2011 SSOE Statistical Summary

Swanson School of Engineering Statistical Summary For the 2011 Academic Year

University of Pittsburgh

Contents: University Overview ............................................................. 2 History .................................................................................. 3 Organizational Chart ........................................................... 5 Departments and Degree-Granting Programs .................. 6 Special Academic Programs ................................................ 9 Research Facilities, Centers and Laboratories .................................................. 18 Academic Record ................................................................ 48 Student Awards and Honors .................................. 48 Enrollment .............................................................. 55 Co-op Companies ................................................... 59 Student Placement/Employment ............................. 63 Fees and Tuition..................................................... 63 Degrees Conferred ................................................. 64 Graduate Roster: 2010-2011 ................................. 66 Faculty ................................................................................ 73 Faculty Headcount ................................................. 73 Faculty Profiles ...................................................... 74 Faculty Research Interests ................................... 119 Research Expenditures ......................................... 137 Publications ......................................................... 138 Awards and Honors ............................................. 244 Distinguished Lectureships .................................. 246 External Programs ........................................................... 247 Alumni Relations: ................................................. 248 Alumni Profile ...................................................... 248 2011 Distinguished Alumni .................................. 250 Development: ....................................................... 257 External Support .................................................. 257 Major Gifts ........................................................... 258 Endowment Support ............................................. 259 Swanson School of Engineering Board of Visitors ........ 260 Visiting Committee and Advisory Boards ...................... 261 School Directory ............................................................... 266

The University of Pittsburgh The University of Pittsburgh of the Commonwealth System of Higher Education is a nonsectarian, coeducational, state-related, public research university. Founded in a log cabin near the confluence of Pittsburghâ&#x20AC;&#x2122;s three rivers in 1787, it is the oldest institution of higher learning west of the Allegheny Mountains and has grown to international prominence. The University of Pittsburgh is the most comprehensive educational complex in the tristate area, enrolling over 35,000 full- and part-time students, and employing approximately 12,000 faculty members and staff. Pitt is a member of the prestigious Association of American Universities (AAU), an organization comprised of eminent North American research institutions. As an international institution with strong local roots, Pitt fulfills a three-pronged mission of education, research, and public service. With its 132-acre main campus located in the Oakland section of Pittsburgh, it also serves western Pennsylvania with regional campuses in Bradford, Greensburg, Johnstown, and Titusville. Among the more than 90 academic, research, and administrative buildings and residence halls located at the main campus is the 42-story Cathedral of Learning, which is the second-tallest academic building in the world. The University of Pittsburgh Medical Center has achieved international prominence through pioneering efforts in human organ transplantation, including heart, liver, and kidney transplantation. The Universityâ&#x20AC;&#x2122;s Schools of Health and Rehabilitation Sciences, Medicine, Pharmacy, and Public Health have all attained national and international recognition, as have the Swanson School of Engineering, the Katz Graduate School of Business, Graduate School of Social Work, the Graduate School of Public and International Affairs, and the School of Information Sciences. In addition, Pitt researchers have made substantial contributions to such diverse fields as anthropology, astronomy, computer science, bioengineering, psychology, and numerous other disciplines. Research activities are conducted at the University in its schools and in its 200 centers, institutes, laboratories, and clinics. Numerous cultural and athletic events, including musical and theatrical presentations, as well as 18 athletic programs, are sponsored by the University each year and are enjoyed by hundreds of thousands of area residents. The University has 26 libraries and special collections housing more than 6.1 million volumes, more than 5.4 million pieces of microforms, and over 87,000 current serials. Pitt's University Library System is the 26th-largest academic research library in all of North America and the 16th-largest among the prestigious public libraries of the Association of American Universities. It provides a large array of innovative, world-class services.

The Swanson School of Engineering Since 1846, the University of Pittsburgh’s Swanson School of Engineering has developed innovative processes and designs that have shaped our state, our country, and our world. The Swanson School faculty and students are on the forefront to developing solutions to create a better future. The Swanson School continues its founding commitment to industrial, electrical, and mining engineering, the fields the world relies on for its energy and raw materials. The Swanson School also focuses on our health, our planet, and the ingenuity that keeps us competitive with recognized programs in bioengineering, sustainability, and nanotechnology. Energy, manufacturing, and product innovation are also critical strategic initiatives. From the molecular world of nanoscience to the multinational world market, our students experience programs based in South America, Europe, and Asia. The Swanson School of Engineering prepares graduates through actual experience to enter exciting careers in advanced research and industry. Students find their place in the workforce through our established co-op program and working partnerships with engineering’s top companies. Our faculty and staff represent countries around the world and are internationally recognized for providing excellent educational programs, for conducting cutting edge research, and for creating the partnerships that shape the industry. The mission of the Swanson School of Engineering is to produce highly-qualified engineers and useful creative research and technology through academic excellence. The faculty and staff at the University of Pittsburgh Swanson School of Engineering are recognized for providing excellent educational programs, for conducting leading edge research, and for creating innovative industrial partnerships.

History The University of Pittsburgh’s Swanson School of Engineering has a long and distinguished history. The earliest engineering courses at Pitt were established in response to the growth of Western Pennsylvania during the early industrial revolution, with the first degrees of “Engineer” awarded in 1846, thereby establishing Pitt as one of the nation’s sixth earliest engineering programs. The involvement of Pittsburgh industry in the years surrounding the Civil War transformed a regional industrial base into one with strong international significance, and the University responded to the need. In 1868, specialized degrees in Civil and Mechanical Engineering were initiated, with Mining Engineering following in 1869, and Electrical Engineering in 1890. In 1909, the Department of Metallurgical Engineering was established, followed by the Department of Chemical Engineering and the world’s first Department of Petroleum Engineering in 1910. Also in that year, the school created one of the nation’s first undergraduate Cooperative Education Programs. Pitt Engineering’s tradition of innovative programming resulted in the establishment of one of the nation’s first Industrial Engineering Departments in 1921. Our latest department, Bioengineering, was established in 1998.

Among the many prominent individuals associated with the early history of the school were Samuel Pierpont Langley and Reginald A. Fessenden. Langley, who is credited with developing the engineering science of aerodynamics during his 24 years at Pitt, designed the first heavier-than-air craft capable of flight and greatly influenced the Wright Brothers. Fessenden, brought to Pittsburgh by George Westinghouse as the first electrical engineering department head, obtained more than 300 patents. Through his pioneering studies with voice transmission, he is now credited with being the “Father of Radio” and made the first broadcast of the human voice in 1906. In 2007, the school became the Swanson School of Engineering after a historic event: John A. Swanson (PhD ’66) made the largest individual philanthropic commitment in the history of the University of Pittsburgh. As a result of his remarkable generosity, the Board of Trustees presented a formal resolution on February 29, 2008 and announced the changing of the school’s name to the John A. Swanson School of Engineering. Currently, the Swanson School continues toward its $180 million campaign goal, part of the University of Pittsburgh’s comprehensive $2 billion campaign. Included in this campaign is the transformation of Benedum Hall, which includes a complete renovation of lab, classroom, and office space. In 2009, the Mascaro Center for Sustainable Innovation addition was completed, a three-story building that connects Benedum Hall across the plaza to the auditorium, through the generosity of John C. “Jack” Mascaro (BSCE '66, MSCE '80), founder and president of Mascaro Construction Company.

Deans of Engineering Daniel Carhart

1882 - 1908

Frederick L. Bishop

1910 – 1927

Elmer A. Holbrook

1927 – 1950

G. Raymond Fitterer

1951 – 1963

Harold E. Hoelscher

1965 – 1973

Max L. Williams

1973 – 1985

Charles A. Sorber

1986 – 1993

H.K. Chang

1994 – 1996

Gerald D. Holder

1996 –

Departments and Degree-Granting Programs Bioengineering Degrees Offered: BS, MS, and PhD in Bioengineering Areas of Specialization: Bioengineering research at the University of Pittsburgh incorporates the application of engineering and biologic principles, methods, and technology in two broad areas: scientific inquires into fundamental biological and biophysical phenomena; development of instrumentation, materials, devices, and systems relative to application in the biological sciences and medicine. Active, externally funded areas of research include: computer processing of biologically derived signals; computer analysis of radiographic, ultrasonic, and nuclear magnetic resonance images; gene therapy and adult stem cells; development of prostheses, artificial organs, and implantable sensors; ultrasound; neural tissue engineering; structure, function, and interactions of individual biological macromolecules; cell migration; development of medically related instrumentation; mathematical modeling of physiological systems; tissue engineering and regenerative medicine; biomaterials and biocompatibility; musculoskeletal biomechanics and sports medicine; cardiovascular biomechanics; bladder biomechanics; rehabilitation biomechanics; ergonomics and occupational biomechanics. Further details regarding individual research programs can be found on the websites of Laboratories and Groups directed by our faculty and of their Affiliate Institutions and Departments Chemical and Petroleum Engineering Degrees Offered: BS, MS, PhD in Chemical Engineering; MS in Petroleum Engineering Areas of Specialization: Active areas of research in the Department include Biological and Biomedical Systems; Energy and Sustainability; and Materials Modeling and Design. Additional research areas exist in programs that have exploited opportunities at the interface between disciplines. The Departmentâ&#x20AC;&#x2122;s recognized research activities impact the following boundaries between established disciplines: Biotechnology/Environment; Biology/Engineering; Energy/Environment; Polymer Chemistry/Physics; and Catalysis/Chemistry/Materials; Catalysis/Energy; Catalysis/Environment. Civil and Environmental Engineering Degrees Offered: BS, MS, and PhD in Civil Engineering Areas of Specialization: Solid mechanics; structural mechanics; structural engineering; mechanics of fluids; geotechnical engineering; hydraulics; hydrology; water resources engineering; civil engineering design; construction management; environmental engineering

Electrical and Computer Engineering Degrees Offered: BS, MS, PhD in Electrical Engineering BS, MS, PhD in Computer Engineering (joint with Computer Science Department) MBA/MSECE Areas of Specialization: Biomedical devices and signal processing; electric power systems and smart grid; nano-photonics and nanoelectronics; green computing with nanoscale technologies; radio frequency technologies and RFID; low power computingâ&#x20AC;&#x201D;architectures and circuit techniques; optoelectronic sensors, lasers, and ultra-fast optoelectroncs; digital signal and image processing; pattern recognition; heterogeneous system simulation. Industrial Engineering Degrees Offered: BS, MS, and PhD in Industrial Engineering Areas of Specialization: Operations research; manufacturing systems; information systems; engineering management; computational optimization; automatic data collection technologies; medical decision making; activity based costing; mathematical programming; scheduling, production and inventory control; computeraided design; computer-aided manufacturing; manufacturing technologies for bio-medical products; simulation; stochastic models; robotics; total quality management; health systems applications; engineering education; project management, and product development; wireless systems. Mechanical Engineering and Materials Science Degrees Offered: BS, MS, and Ph.D. Areas of Specialization: Kinematics; dynamics; thermodynamics; heat transfer; fluid mechanics; mechanical measurements; mechanical design; vibrations; acoustics; mechanical and thermal systems; stress analysis; energy utilization; fuel cells; advanced energy technology; solid mechanics; continuum mechanics; biomechanics; micro-electrical-mechanical systems; nanotechnology sciences; manufacturing and controls; ceramics; metallurgy; materials science engineering.

Interdisciplinary Programs Bioengineering Joint MD/PhD (Bioengineering) Program Dual BS Degree Program in Bioengineering & Chemical Engineering Joint MBA/MS (Bioengineering Program) Chemical and Petroleum Engineering Degrees Offered: MBA/MSChE in Chemical and Petroleum Engineering

Civil and Environmental Engineering Degrees Offered: MBA/MSCEE in Civil and Environmental Engineering Electrical and Computer Engineering Degrees Offered: MBA/MSECE, PhD in Electrical and Computer Engineering Industrial Engineering Degrees Offered: MBA/MSIE in Industrial Engineering Mechanical Engineering and Materials Science Degrees Offered: MBA/MSMSE

Undergraduate Programs Computer Engineering Degrees Offered: BS in Computer Engineering (with Arts and Sciences) Areas of Specialization: VLSI design; digital system design; computer architecture; embedded systems; software engineering; microprocessor systems; operating systems; optoelectronic information processing; digital design; VHDL design and tools development; parallel processing; programming languages. Engineering Physics Degrees Offered: BS in Engineering Physics Areas of Specialization: Electronics, electromagnetic materials, modern physics, optics, applied thermodynamics.

Swanson School of Engineering Special Academic Programs Freshman Engineering Academic Program – Integrated Curriculum The School of Engineering’s Freshman Engineering Academic Program consists of a well designed series of integrated courses in mathematics, chemistry, physics and engineering. All engineering freshman pursue this common, integrated core, which includes an honors component for the most academically gifted students. The two specially designed engineering courses (ENGR 0011 and 0012) not only introduce students to basic engineering skills and problem formulation and solving methodologies, but also provide an overview of the various engineering disciplines. A unique aspect of the program is the integration of instructors from the English Writing Center and the School of Engineering Bevier Library staff into the freshman coursework. As a result, students complete two major writing projects, a first semester paper describing in-depth an area of engineering that the student is interested in as a possible major and a second semester paper that is part of the professionally run Engineering for the New Millennium Conference, in which all of freshman engineering students participate. This later paper must be on a relevant engineering topic and include a discussion about sustainability. Student papers are arranged into sessions chaired by professional engineers. Session chairs meet with the students during the semester, critiquing the developing papers and offering suggestions for improvement. Freshman engineering students also participate in a two-term engineering seminar (ENGR 0081 and 0082), conducted in part by upper class peer advisors. These seminars provide general information on the transition to college, the improvement of study skills, and an overview of the various engineering fields. Moreover, students are given several opportunities to visit the various programs to discuss with faculty their anticipated program of study. Besides these opportunities, the Freshman Engineering Program office provides career and academic advising, workshops, and assistance with the Engineering Living Learning Community (Students Planning Academic Careers in Engineering (aka SPACE) – within Forbes Hall. Special programming is also conducted in Sutherland Hall – the LLC for first year honors students. Honors Options A selected number of outstanding students are offered the opportunity to take ENGR 0711 instead of ENGR 0011 during the Fall Term. This accelerated course covers the two-course sequence in one term, enabling students to choose from two special courses in the Spring Term: • ENGR 0712 provides an opportunity to learn mathematical modeling and research methodologies with one of the School’s most distinguished faculty • ENGR 0715 provides students with an opportunity to apply engineering methodologies in a service learning environment with local organizations. ENGR 0715 Engineering Applications for Society is a unique, rewarding learning experience for freshman engineering students who have completed the prerequisite ENGR 0711 Honors Engineering Analysis and Computing Fall semester course. The course provides a “Service Learning” experience through which students learn and develop valuable skills necessary to succeed as an engineer by solving a real problem of value to a local community organization.

The goal for this course is to create a win-win experience for both the students and the community organizations. In return for their participation in the students’ educational process, the community organizations benefit by having a problem of value addressed or “solved” by the students. Not only are the students rewarded by the satisfaction of solving a real problem of value to their community, but through this experience they learn many personal and professional skills that cannot be learned in traditional engineering curriculum. In particular, they learn that solving problems as an engineering professional truly involves more than the equations learned in classrooms where the answers can be found at the end of a book. Fessenden Honors in Engineering Program The Fessenden Honors in Engineering Program (FHEP) is a joint program with the University Honors College. FHEP is an opportunity for freshmen engineering students with ability and scope to participate in intellectually stimulating coursework and discussions that cross disciplinary boundaries. FHEP augments a challenging curriculum with the student led FHEP Seminar, where the Fessenden students engage in provocative discussions led by upper class preceptors. Its purpose is to enable emerging engineers to better understand their chosen profession, its responsibilities and mandates, and its relation to society at large. Topics discussed might include C.P. Snow’s “Two Cultures” debate, engineering ethics, the meaning of “quality” in engineering design, and the distinction between technical training and education. A total of 45 students participated in the program during the 2009-2010 academic year.

International Program The Swanson School of Engineering has been one of the first engineering programs in the country to recognize the increasingly international dimensions of engineering practice. To us, this not only means that a large proportion of our graduates must be prepared for overseas assignments, some of which may be of long duration, but it also means that a substantial portion of engineering work will continue to be sent offshore to technically competent engineering graduates who demand salaries that are considerably less than current US salaries. The implication is clear – US engineering education will have to change if our graduates are to remain competitive in the market place and bring value beyond their technical skills. Consequently, a major long-range objective has been to create a broad, coordinated program of international opportunities for our students that enable them to learn to work as engineers in cross-cultural environments. This suggests creating a variety of courses and exchanges, including some in which Pitt engineering students join international students in design projects working both virtually and on-site. Swanson School students have the option to choose to study abroad for a semester, a summer, or as part of a short-term program (of three weeks or less), as well as to participate in an international research experience, internship, or service learning project. Much of our success is due to the Swanson School partnering with the International Business Center and the College of Business Administration. We have also worked closely with the University Center for International Studies (UCIS), its area studies centers, and especially the University’s Study Abroad Office. These partnerships have resulted in several successful initiatives, several of which are outlined below: The Plus3 Program - The “Plus 3” program is for rising sophomores. It builds upon material covered in Managing Complex Environments for CBA students and ENGR 12 for engineering students. The School of Engineering has participated actively for the past several years, sending both faculty and students abroad. The three-credit course begins with four preparatory class sessions in March and April,

followed by a two-week study trip in early May, then ends with each student team presenting a final report in early September. During the two-week trip, business and engineering students work in teams as they make a number of company visits and prepare a report on a particular industry. Pitt students also have an opportunity to interact with local students, hear guest lectures and make several cultural visits while in the host country. Each trip is led by a faculty member accompanied by a support staff from Engineering, the College of Business Administration, or the University Center for International Studies (UCIS). The Plus3 program aims to cultivate interest in foreign language study and future study abroad. This is particularly important for engineering students, as the discipline has traditionally been less wellrepresented due to time constraints imposed by strict curriculum requirements. The Plus3 model has been so successful that the University of Pittsburgh has adopted it to create “Integrated Field Trips Abroad,” now a component of courses across the university curriculum. The Plus3 Program received the 2005 Institute for International Education’s Heiskell Award for innovation in study abroad. Engineering for a Better Environment Brazil – this short-term program is offered to students who have an interest in renewable energy. The program, which is offered as a three credit course at Pitt, introduces students to various forms of green energy in Brazil. Engineering in the Americas Before Columbus: Cusco, Peru – this short-term program is offered to students with an interest in structures. The program, offered as a three credit course at Pitt, brings students to Cusco, Peru to study sites from the Incan culture and to work directly with a local community to address a technical issue relating to structures. Engineering and Business Collaborations in India – this program is offered to students interested in learning more about management issues within the context of the Indian environment. It is offered as a three credit course. The program introduces students to real-world management, technical and other issues that are facing many well-known Indian and global corporations, and includes lectures led by industry leaders who are facing many challenges in the current global economic climate. Undergraduate Student Exchange with the Universidad De Montevideo – this is the first of a series of upper level IFTA courses that are being created for Engineering and Business students. A special four credit, three-week course on “Global Supply Networks and Manufacturing Cultures in Latin America” was developed by colleagues at the Universidad De Montevideo. It provides participants with an understanding of international supply chain operations with a special focus on Latin American and Uruguay. The two-week study visit to Uruguay enables students to place their understanding of those concepts within an international, cross-cultural context. INNOVATE (International Technology, Innovation and Leadership Conference) – this program was created by Rice University and IAESTE in 2004. This past year we joined as a sponsor and have created a special course, ENGR 1600, in conjunction with the INNOVATE Symposium. This tenday study trip for a large group of US students and several international students in early March visited several countries in Asia. The Symposium addressed how technology has driven globalization and business decision-making. The ENGR 1600 course was taught as a collaborative effort between Pitt and Rice University using video conferencing. It was divided into three sections: the pre- and post-trip phases and the actual trip. Prior to the trip, the course focused on topics related to Asian countries and globalization, with guest speakers drawn from Asian Studies and Rice’s Baker Institute. These lectures provided the basis for comparative discussion and analysis. Topics included: leadership, technology trends, history and politics, economics, contemporary culture and demographics, and specific analysis of different business sectors. After returning, students documented their experience, through an end-ofsemester formal paper and presentation at the annual Alumni Dinner.

Internship and Exchange opportunities in Germany The University signed an exchange agreement the UAS-7 Consortium – seven Germany universities (Berlin School of Economics, Bremen University of Applied Sciences, Cologne University of Applied Sciences, Hamburg University of Applied Sciences, Munich University of Applied Sciences, Münster University of Applied Sciences, Osenabrück University of Applied Sciences) whose core academic strength is their engineering/technical degree

programs. The agreement allows for the exchange of students from the UAS-7 universities and the University of Pittsburgh for study and internship experience. As part of this exchange agreement, SSOE undergraduate students can be selected to participate in the UAS-7 Consortium’s “Study and Internship Program (SIP) in Germany” Program. Selected students spend the fall semester taking courses at one of the Universities of Applied Sciences, and spend the spring semester doing a full-time internship at a German organization that is arranged by their host university. Students in the SIP program receive substantial funding from Germany to participate in this program. FIPSE-CAPES Program (Brazil) - In AY 2007-2008, an agreement was signed for the federally-funded FIPSE-CAPES program: “US-Brazil Partnership in Sustainability and Innovative Design (S&ID) between the SSOE and two Brazilian institutions, the University of Campinas (UNICAMP) and the Federal University of Espirito Santo (UFES). This agreement allows for the exchange of SSOE students and UNICAMP and UFES students for study, as well as a provision for key faculty to develop curricular projects that focus on issues of sustainability, product realization, and innovative design. In AY 2010-2011, a new FIPSE CAPES agreement was signed for the project “Bilateral Development on Aeronautic Skills Between U.S. and Brazil” between the SSOE and two new Brazilian institutions, the Federal University of Itajuba (UNIFEI) and the Federal University of Parana (UFPR). This agreement will allow the exchange of students and faculty, as well the development of innovative shared curricula. Student Organizations - We have an active chapter of and Engineers without Borders (EWB). Through this organization, our students are able to participate in a global service learning opportunity with a focus on a developing country Engineers Without Borders - is a non-profit, humanitarian organization dedicated to improving the quality of life in developing communities via grassroots engineering initiatives. With each community it affects, EWB pledges to address problems affecting health, sanitation, economy, technology, and education with an appropriate and sustainable solution. The University of Pittsburgh student chapter is currently working on a pisiculture development project to assess, design and implement a sustainable fish farm in the community of Makili, Mali. Student members and professional mentors from the Pitt chapter have traveled to Makili in order to complete assessment phases of this project. The students have also been analyzing the data acquired, finalizing the pond construction plans and identifying public health goals for the community. They have obtained a $10,000 industry grant for this project. Construction Management Program The Construction Management Program in the Department of Civil and Environmental Engineering meets the growing need in industry for qualified personnel with an excellent construction management education rooted both in fundamentals and in professional practice. The program has launched a new focus on sustainability and environmentally friendly construction practices. It provides both graduate and undergraduate students with construction management curricula developed in consultation with an industry-wide committee comprised of area contractors, owners, architects, and trade

associations and unions. The program is also offered through our state-of-the-art distance learning facility to accommodate the needs of part-time students. Cooperative Education Program (Co-Op) During the 2010-2011 year, there were 742 active co-op students, a significant increase from last year’s 662 participants. This number represents all students who are current co-ops and have not yet graduated. About 19% of these students worked outside of the Pittsburgh region. Included in this number, a total of 311 undergraduate and 5 graduate applicants accepted co-op positions during the year; this figure is also a marked increase from 234 in 2009-2010. Thirty-eight of the 316 students were replaced with a new company; some of these students requested a different employer, and others were required to find a new company, mostly due to economics. The average starting salary for a first term coop in 2010-2011 was $2701, up from $2673 for the previous year. Our post-graduate survey for engineering co-ops shows that 44% of the respondents reported full-time offers from their co-op employers, with a 76% acceptance rate. Eighty-nine percent of the graduates reported that they are either working or attending graduate school. One hundred sixty-six of the one hundred eighty-one (92%) graduates responded to the survey. The average full-time starting salary of a University of Pittsburgh engineer who co-oped was $57,676, up from the previous year’s average salary of $57,400. The Co-op Employer of the Year for 2010 was Vocollect, Inc. a longtime supporter and success story in our co-op program’s history. Our Co-op Student of the Year for 2010 was Jared O’Connell of the chemical engineering department. Jared was enthusiastically nominated by both his employer, The Hershey Company, and the chemical engineering department. O’Connell was named a finalist in the national Co-op. The Student of the Year competition is sponsored by the Cooperative & Experiential Engineering Division of the American Society of Engineering Education. In July of 2011 we were granted approval to begin a cooperative education initiative for graduate level candidates. We are hopeful that this complement to our undergraduate program will diversify our employer and student base. 1

Green Construction and Sustainable Development Program The Mascaro Center for Sustainable Innovation (MCSI) is a center of excellence in sustainable engineering focusing on the design of sustainable neighborhoods. MCSI encourages and nurtures new collaborative projects based on strong and innovative research, translating the fundamental science of sustainability into real products processes. Our goal is to create innovations that positively impact the environment and improve quality of life. Our research includes projects on greening the built environment, increasing sustainable use of water, and designing distributed power systems. MCSI currently offers two summer undergraduate research programs- International Research Experience for Students (IRES) and Undergraduate Research Program (URP). IRES, funded by the National Science Foundation, is a program that creates an innovative research experience in sustainable design for a select group of undergraduate engineering students. The students participate in a 12-week summer internship as a part of a research team. The teams are co-led by faculty from the University of Pittsburgh and faculty from Brazil. They spend four preparatory weeks in

Pittsburgh before traveling to Brazil to spend the four weeks in residence at UNICAMP in Brazil. They return to spend the final four weeks in Pittsburgh. Undergraduate Research Program (URP) is an internally supported program aimed at providing talented students with creative opportunities that go beyond the engineering classroom curriculum and enables students to develop their own ideas and work independently on hands-on research projects in sustainable engineering with advice and guidance from a faculty mentor. Pitt Engineering Career Access Program (PECAP) The Pitt Engineering Career Access Program (PECAP) is designed to develop and implement programs that promote and support the academic excellence of high achieving pre-college and undergraduate students from groups traditionally underrepresented in science, technology, engineering and mathematics (STEM) fields. PECAP includes a pre-college component, INVESTING NOW, and a college component, the Pitt EXCEL Program. These two initiatives provide a continuous pipeline for students from groups traditionally underrepresented to prepare for, enter and graduate from the University of Pittsburgh as STEM majors. PECAP â&#x20AC;&#x201C; INVESTING NOW Created in 1988, INVESTING NOW is a college preparatory program designed to stimulate, support and recognize the high academic performance of pre-college students from groups that are underrepresented in science, technology, engineering and mathematics (STEM) majors and careers. The purpose of the program is to ensure that participants are well prepared for matriculation at the University of Pittsburgh. The primary goals are to: 1) create a pipeline for well-prepared students to enter college and pursue science, technology, engineering and mathematics majors; 2) encourage and support studentsâ&#x20AC;&#x2122; enrollment and achievement in advanced mathematics and science courses; 3) ensure that the participants make informed college choices; 4) support and encourage parents in their roles as advocates for their children; and 5) coordinate partnerships between the University of Pittsburghâ&#x20AC;&#x2122;s Swanson School of Engineering and local and regional schools. INVESTING NOW recruitment, which focuses on eighth grade students, takes place in the spring of each academic year. However, membership involves a student commitment to attend year-round programming from ninth through twelfth grade. Some of the student activities include academic advising, tutoring, hands-on science and engineering workshops, college planning sessions, summer enrichment classes and SAT preparation. Approximately 150 students participated in the INVESTING NOW program during the 2010-2011 academic year. In 2011, 39 INVESTING NOW students graduated from high school. Four of those students currently attend the University of Pittsburgh main campus. 97% of the graduating class enrolled in college for 2011-2012. In addition, 62.0% of the students are majoring in science, technology, engineering or mathematics fields at various colleges and universities. PECAP-Pitt EXCEL Program Pitt EXCEL is a comprehensive program committed to the recruitment, retention and graduation of academically excellent undergraduates, particularly individuals from groups traditionally underrepresented in the field. Program activities include academic counseling, tutor and study sessions, engineering research and mentoring opportunities, graduate school preparation and career development workshops, as well as a two-week intensive chemistry, math, physics and study skills review session for

pre-freshmen entitled the Summer Engineering Academy. Brief descriptions of the major programs sponsored by Pitt EXCEL are highlighted below: Summer Research Internship (SRI) Each year, selected Pitt EXCEL students participate in a nine-week Summer Research Internship (SRI) Program. Students are assigned to faculty mentors who lead research teams. Each student meets regularly with a faculty mentor to review daily journals, discuss progress, and collaboratively discover innovative solutions to engineering problems. The primary objective is for students to develop a positive relationship with a role model in their discipline of engineering. Additional objectives for facilitating a mentoring partnership include: personal and career guidance; access to the professional community; and guidance that will ease the transition from school to work or undergraduate to graduate school. There were nine students and eight faculty mentors involved in the 2011 Summer Research Internship Program. Summer Engineering Academy The Summer Engineering Academy is a two-week residential program for pre-freshmen engineering students that enables them to make a smooth transition from high school to college. During the program, students learn essential study skills for college and receive an intensive review of chemistry, There were 26 math and physics concepts, with an introduction to engineering problem solving. incoming School of Engineering freshmen, eight females and eighteen males, enrolled in the 2011 Summer Engineering Academy class. Undergraduate Enrollment The School continues to have measurable success in the education of students from groups traditionally underrepresented in the field of engineering. Figures from the beginning of academic year 2011-2012 indicate that there are approximately 180 ethnically underrepresented (African American, Hispanic and Native American) students enrolled, representing 7.7% (180/2323) of the undergraduate student body in the School and 1.9% (34/2323) multiracial undergraduate students. Female students represent 23.0% (535/2323) of the undergraduate student body. Undergraduate Graduation 22 ethnically underrepresented students - 17 African Americans and five Hispanics - graduated from the Swanson School of Engineering during the 2010-2011 school year, representing 5.1% (22/434) of the graduates for the year. In addition, 87 women graduated during the year, representing 20.0% (87/434) of all graduates. Diversity Graduate Engineering Initiatives The Engineering Office of Diversity (EOD) also administers the Diversity Graduate Engineering Initiatives to recruit traditionally underrepresented students into graduate engineering education through partnerships with student organizations, graduate research experience, and Diversity graduate fellowships and scholarships. Graduate Diversity Fellowships: The EOD has implemented an aggressive strategy to recruit underrepresented graduate students, expand college visits and widen fellowship opportunities. With the support of the Office of the Dean, the Office of the Provost, and the Office of the Chancellor, the University of Pittsburgh is a member in the

National GEM (Graduate Engineering Minority) Consortium. The GEM Consortium program awards fellowships designed to offer opportunities for undergraduate students to obtain M.S. and PhD degrees in engineering through a program of paid summer internships and graduate financial assistance. One GEM Scholar has completed his thesis and will be receiving a MS in December 2011. He is currently seeking information for continuing to PhD from several universities including Pitt. Seven K. Leroy Irvis Fellows are continuing their studies in 2011-12; three in Bioengineering, one in Civil and Environmental Engineering, one in Electrical and Computer Engineering and 2 in Mechanical Engineering and Materials Science. Two K. Leroy Irvis fellowships have been given for 2011-2012; one to a Bioengineering student and one to a Mechanical Engineering Student. The Deanâ&#x20AC;&#x2122;s Graduate Diversity TA continues to be a positive incentive to departments that make best efforts in the recruitment of students from diverse backgrounds. Eight terms have been given for the 2011-12 year to departments: Bioengineering received 3; Civil and Environmental Engineering received 2; Industrial Engineering received 1 and Mechanical Engineering and Materials Science received 2. Under the cooperative agreement between the Swanson School of Engineering and Educational Advancement Alliance (EAA), three STEM Fellowships are continuing graduate studies. Two HBCU Fellows are in Electrical and Computer Engineering and one is in Mechanical Engineering. The HBCU STEM Fellowship provides fellowships and stipends to graduates of Historically Black Colleges and Universities (HBCUs) who have gained admission into Masterâ&#x20AC;&#x2122;s level programs in STEM areas of study at colleges and universities in Pennsylvania, New Jersey, Delaware and the District of Columbia. The fellowship program is administered by the Educational Advancement Alliance (EAA) and sponsored by the National Nuclear Security Administration (NNSA), a U.S. Department of Energy Agency. Statistical Performance Measures Graduate Enrollment and Graduation: The School of Engineering has had success in increasing the numbers of female and underrepresented students enrolled in its MS and PhD programs. There were 86 female MS students in 2010-11 an increase of 13. The number of female PhD candidates has risen dramatically, from 35 in 200010 102 in 2010-2011. The number of underrepresented MS students enrolled decreased from 18 in 2009-10 to 17 in 2010-11. The number of underrepresented PhD candidates decreased from 18 to 17 in 2010-11. Of 53 PhD degrees conferred between August 2010 to April 2011, 13 were upon women (24.6%) One PhD was awarded to an underrepresented student in 2010-11 (1.9%). Of the 93 Master Degrees awarded in 2010-11, 19 were awarded to women (20.5%). Three were awarded to underrepresented students (3.3%).

PhD Enrollment and Degree SCHOOL TOTAL WOMEN URS PHD PHD PHD PHD PHD (E) (D) (E) (D) (E)

MS Enrollment and Degree SCHOOL WOMEN URS TOTAL PHD MS MS MS MS MS MS (D) (E) (D) (E) (D) (E) (D)

2000-01 198 43

315

100

2001-02 206 32

321

108

2002-03 221 30

362

138

2003-04 237 33

341

127

2004-05 258 36

304

135

2005-06 274 49

270

116

2006-07 276 44

276

2007-08 288 37

272

117

2008-09 321 48

314

2009-10 349 52

402

132

2010-11 389 53

102

426

(E)=Enrollment, (D) =Degrees, URS= Underrepresented students (African, Hispanics and Native American students) George M. Bevier Engineering Library The George M. Bevier Engineering Library provides access to books and journals both in print and electronically, in addition to a wide variety of databases to serve the teaching and research needs of following disciplines: engineering, physics and astronomy, mathematics, geology and planetary sciences. The Library is named in honor of George M. Bevier (BSE, ’43) a pioneering geologist, geophysicist and engineer. Library patrons can access the collection of the University Library System's Digital Library via PITTCat+, an on-line catalog. Specifically, University Library System also provides access to many remote resources for the University of Pittsburgh faculty, students, and staff, including Compendex, Web of Science, ScienceDirect, Knovel and thousands of electronic journals from publishers, including the American Chemical Society, the Institute of Physics, Elsevier and Wiley. PITTCat+ and other databases are available through the ULS website at http://pitt.summon.serialssolutions.com/ The University of Pittsburgh is a member of the Association of Research Libraries with extended memberships in several other library consortia which include PALCI and NERL.

Research Facilities, Centers and Institutes The strength and diversity of the Schoolâ&#x20AC;&#x2122;s research centers and institutes reflect the interrelationship and often complementary nature of faculty research activities. The concept of centers and institutes within the University and the Swanson School of Engineering takes advantage of this natural grouping process, thereby producing synergistic interactions that enhance the faculty research capabilities. Consequently, the scope of research that can be addressed by any group of faculty is expanded significantly. The students who participate in center and institute research have a unique opportunity to be involved in important projects throughout their graduate experience. Furthermore, centers and institutes represent an attractive opportunity for corporate and agency sponsorship of both basic and applied research. There are a number of centers and institutes that exist in the University and the Swanson School of Engineering and several that are in various developmental stages. The following are brief descriptions of existing centers and institutes. The Michael L. Benedum Hall of Engineering Students enrolled in the University of Pittsburgh Swanson School of Engineering receive their education in the modern, well-equipped Michael L. Benedum Hall of Engineering. The building complex is named in honor of Michael L. Benedum, a pioneer in the oil industry and co-founder of the Benedum Trees Oil Company. A grant from the Claude Worthington Benedum Foundation enabled the University to purchase the land on which the engineering complex is built. The Michael L. Benedum Hall of Engineering consists of a completely air-conditioned 14-floor engineering tower and a separate 538-seat auditorium. Classrooms and offices occupy the perimeter of the building, with the library, student lounge and student activities offices located on the plaza level. Laboratories are confined to central bays with heavy-equipment laboratories located in the sub-basement, which extends under the entire complex. These large rooms accommodate special instructional facilities that approximate actual industrial conditions.

Interdisciplinary University of Pittsburgh Centers Involved with the Swanson School of Engineering University of Pittsburgh Applied Research Center (U-PARC) U-PARC, located 12 miles from the main campus is a multimillion-dollar, 55-building facility housing scientific equipment and services available to the University community. Over 100 corporations, including a number of emerging high-technology companies, have offices at U-PARC. In addition, several of the Swanson School of Engineeringâ&#x20AC;&#x2122;s research groups maintain laboratories at this site. U-PARCâ&#x20AC;&#x2122;s pilot plant services range from petroleum, petrochemical, and chemical-based technologies to environmental, synthetic fuels, biotechnology, and other emerging technologies.

Bioscience Tower 3 (BST3) In the fall of 2005, the University of Pittsburgh formally opened the newly constructed, state-of-the-art Biomedical Science Tower 3 (BST3), adjoining research facilities and UPMC clinical facilities as well as the medical school’s Scaife Hall. BST3, one of the most advanced research facilities of its kind, houses more than 50 laboratories occupied by approximately 500 scientists, graduate students, technicians, and support staff. Among the programs housed in BST3 are: • Center for the Neural Basis of Cognition (CNBC) • Center for Vaccine Research in Biodefense and Emerging Infections • Department of Computational Biology • Department of Neurobiology • Department of Structural Biology • Developmental Biology Group • Drug Discovery Institute • Pittsburgh Institute for Neurodegenerative Diseases (PIND) • Proteomics Core Laboratory • Regional Biocontainment Laboratory The Department of Bioengineering occupies approximately 5,500 of BST3’s 331,000 square feet, in close proximity to other research groups. The 10-story structure was built to stand as a national model for how modern laboratory space should promote interaction among scientists, foster more fruitful collaborations, and adapt to ever-changing research demands and priorities. Bioengineering research at BST3 includes applications of microtechnologies to explore cell polarity during vertebrate cell differentiation, cell and tissue mechanics during vertebrate development, biomaterials for neural prostheses and tissue regeneration, and unraveling how neural circuits transform sensory inputs into motor commands. Center for Assistive Technologies The Center for Assistive Technologies in the School of Health and Rehabilitation Sciences is comprised of rehabilitation engineers, physical and occupational therapists, and technicians who closely collaborate with a regional and national network of physicians, vocational counselors, educators, physical and occupational therapists, speech and language pathologists, rehabilitation technicians, consumers, and advocates in the provision of assistive technological services. Jorge Letechipia is Director of the Center for Assistive Technologies. Center for Bioengineering The Center for Bioengineering was founded in 1987 to foster the application of the University's growing portfolio of research expertise in the areas of biotechnology and bioengineering. Its mission includes the encouragement of the development of cross-disciplinary research teams by providing laboratory space and interdisciplinary educational programs. The Center site is located one mile from the main University of Pittsburgh campus. The Department of Bioengineering occupies about 12,600 sq. ft. of research space. The following bioengineering laboratories are currently housed at the Center: Musculoskeletal Research Center, MSRC (Dr. Savio Woo), Cardiovascular Systems Laboratory (Dr. Sanjeev Shroff), BioTransport Laboratory (Dr. Jack Patzer), Vascular Bioengineering Laboratory (Dr. David Vorp), Cell Migration Laboratory (Dr. Partha Roy), Computational Biomechanics Laboratory (Dr. Spandan Maiti) and Molecular Biological and Biophysical Core Facilities (Department).

Center for Energy The Center for Energy at the University of Pittsburgh is dedicated to improving energy technology and sustainability, with particular emphasis on energy efficiency and reliability, advanced materials for demanding energy technologies, and energy diversification. These areas of research focus, coupled with associated educational initiatives and regional industrial collaborations, make the Center for Energy unique among other university energy centers in the USA. As a University-wide endeavor, the Center for Energy leverages the energy-related expertise of more than 40 faculty members from multiple disciplines, including chemical engineering, chemistry, civil engineering, electrical engineering, industrial engineering, geology, mechanical engineering, and materials science. Indeed, the Center serves to promote and facilitate multi-disciplinary research collaborations concerned with resolving the world’s current and future energy-related challenges. A major goal and defining characteristic of the Center is to work closely with the concentration of energy-related companies in this region and from around the globe. To that end, the Center acts as an easily accessible entry point for industry in identifying energy-related research expertise, form collaborations, and participate in research at the University. The Center for Simulation and Modeling The Center for Simulation and Modeling (SAM) was established in October, 2008 as a Universitywide effort with major contributions from the Swanson School of Engineering and the Faculty of Arts and Sciences. SAM (www.sam.pitt.edu) grew out of the Center for Molecular and Materials Simulation (CMMS), augmenting the original mission of CMMS to go beyond providing computing hardware to establishing a center that provides support for high performance computing at all levels. SAM is dedicated to supporting and facilitating computational-based research across campus. Faculty across the University are using modeling and simulation to further their research. SAM serves as a catalyst for multidisciplinary collaborations among professors, sponsors modeling-focused seminars, teaches graduate-level modeling courses, and provides individual consultation in modeling to all researchers at the University. Professors J. Karl Johnson (ChE) and Kenneth D. Jordan (Chem) are co-directors of SAM. There are more than 50 faculty associated with SAM using simulation and modeling at the University. They come from a wide range of disciplines, including astronomy, biology, chemistry, economics, engineering, health, and medicine. Areas of research include: energy and sustainability, nanoscience and materials engineering, medicine and biology, and economics and the social sciences. Computational resources are available through SAM, which has a full-time technical director who assists users with installation and parallelization of software. SAM provides in house high-performance computing (HPC) resources allocated for shared use for campus researchers. The systems are housed in the University’s Computing Services and Systems Development (CSSD) data center and are administered and maintained jointly with CSSD. The cluster compute nodes were purchased with funds provided by the University and by faculty researchers. Current Frank cluster hardware •

200, 8-core Intel Nehalem, 12GB-48GB RAM

•

45, 12-core Intel Westmere, 12GB-48GB RAM

•

23, 48-core AMD Magny-cours, 48GB-256GB RAM

•

Total of 3244 CPU cores

•

16 NVIDIA C2050 general purpose GPU cards

•

Low-latency Infiniband interconnect (most nodes)

Human Engineering Research Laboratories (HERL) The Human Engineering Research Laboratories (HERL) is a joint effort between the University of Pittsburgh, UPMC Health System, and the VA Pittsburgh Healthcare System. HERL now occupies prime laboratory and office space in the Bakery Square business park, Pittsburgh's newest shopping and technology hub. Under the direction of HERL Founder and Director, Rory Cooper, PhD, and Michael Boninger, MD, HERL Medical Director and Director of the newly established University of Pittsburgh Model Center on Spinal Cord Injury (UPCMCI), HERL is dedicated to wheelchair and mobility research, specifically the biomechanics of wheelchair use and upper extremity pain that can result from years of manual wheelchair propulsion. The laboratory, which was designated as a Center of Excellence for Wheelchair and Related Technology, also studies the effects of force and vibration on a wheelchair user’s “ride comfort.” HERL is the only wheelchair-testing laboratory outside the private sector. HERL is the home for the VA Rehabilitation Research and Development Center for Wheelchairs and Related Technology, and a NIDRR Model Systems Center for Spinal Cord Injury. In addition, HERL is a partner in the NIDRR Rehabilitation Engineering Research Center for Wheelchair and Seating, and Rehabilitation Engineering Research Center on Telerehabilitation. McGowan Institute for Regenerative Medicine To realize the vast potential of tissue engineering and other techniques aimed at repairing damaged or diseased tissues and organs, the University of Pittsburgh School of Medicine and UPMC Health System have established the McGowan Institute for Regenerative Medicine. The McGowan Institute serves as a single base of operations for the University’s leading scientists and clinical faculty working to develop tissue engineering, cellular therapies, biosurgery, and artificial and biohybrid organ devices. The Institute mission includes the development of innovative clinical protocols as well as the pursuit of rapid commercial transfer of its technologies related to regenerative medicine. Regenerative medicine is an emerging field that approaches the repair or replacement of tissues and organs by incorporating the use of cells, genes, or other biological building blocks along with bioengineered materials and technologies. Musculoskeletal Research Center (MSRC) The MSRC, which is located at the Center for Bioengineering, offers diverse multidisciplinary research and educational opportunities. Graduate and undergraduate students conduct research toward their degrees in the Department of Bioengineering or any of the traditional engineering disciplines. The MSRC encourages collaboration between clinical and basic scientists in the study of the musculoskeletal system. Education is the primary goal of the MSRC. Students work with bioengineers, orthopaedic surgeons, biochemists, molecular biologists, and gene therapists, exploring innovative orthopaedic applications of basic science principles and technologies. Savio L-Y. Woo, PhD, DSc is Director of the MSRC. Bioengineering faculty, Dr. Richard Debski and Dr. Steven Abramowitch maintain their primary laboratories within MSRC.

Swanson School of Engineering Centers and Laboratories Applied Signal and System Analysis Laboratory This laboratory provides research opportunities to undergraduate and graduate students in bioengineering and related disciplines to conduct research in signal processing, systems analysis and modeling in biomedical and electrical engineering. The lab is housed in Benedum Engineering Hall and is directed by Professor Patrick Loughlin. Current research activities include the analysis and modeling of human postural control; design of vibrotactile feedback for balance; pulse propagation in dispersive media; and propagation-invariant classification of underwater sounds. Atom Probe Field Ion Microscopy Laboratory The Atom Probe Field Ion Microscopy Laboratory is a unique, highly sophisticated research facility for investigating the structure and chemistry of solids on an atomic scale. The installation includes three units for field ion microscopy and atom probe analysis. Automatic Data Collection Laboratory (ADC)/ Virtual Enterprise Lab Industrial Engineeringâ&#x20AC;&#x2122;s ADC/Virtual Enterprise Laboratory is an educational and research laboratory developed under a grant from the National Science Foundation, AIMUSA, and the Swanson School of Engineering. This state-of-the-art laboratory is the most comprehensive and complete NSF funded laboratory of its kind in the United States and focus on information systems engineering and software development. The facility is designed to aid the teaching of Automatic Data Capture concepts and tools to undergraduate and graduate engineering students. Students gain hands-on skills and perform research in such technologies as virtual enterprises, bar codes, wireless communications, speech recognition, and smart cards. They are involved in projects in areas including E-Commerce and web software development, automatic data collection for new product conformance testing, and supply chain engineering. These labs are collocated as they make use of much of the same equipment even though their research domains are distinct. Equipment includes barcode technology, magnetic stripe, RF Data Capture, machine vision and voice technology. All software operates on ten networked Pentium Computers. Some of the application software includes manufacturing execution and warehouse management, inventory management, vision and voice inspection, personnel access, barcode printing, barcode verification, magnetic strip encoding and decoding, and point of sale (POS) Control. Professor Ming-En (Alex) Wang in Industrial Engineering is the director of this laboratory. Basic Metals Processing Research Institute (BAMPRI) Materials Science and Engineeringâ&#x20AC;&#x2122;s BAMPRI focuses on metallurgical research of interest to the basic metals industry. An objective of BAMPRI is to compensate for the reduction of in-house Research & Development by industry that has occurred in the past decade. The Institute develops and implements the latest product and processing technology for producers, fabricators, and end-users. Anthony J. DeArdo, William Kepler Whiteford Professor in Materials Science and Engineering, is Director of BAMPRI. Bioengineering Design and Multimedia Laboratory The Design and Multimedia Laboratory facilitates the interaction of small interdisciplinary student teams in an effort to collaboratively solve real-world design, analysis, and

prototyping problems. The lab is outfitted with a network cluster of 19 custom built PCs and peripherals all with comprehensive design capabilities, enabling students to develop paperless designs that have been analytically dissected and evaluated. In addition, students have access to an 800 square foot multimedia area where professional level presentations and technical demonstrations are developed, rehearsed, and delivered. Bioengineering Instrumentation and Physiology Laboratory This laboratory was designed to accommodate small teams of students working collaboratively and is unique in that it enables students to obtain instruction in a lecture environment and directly apply that information in a hands-on laboratory setting. Students can experience experimental data collection, data processing and data analysis all in one facility. The laboratory is equipped with sixteen experimental stations. Each station can accommodate three students and is equipped cluster of 16 custom built PCs and peripherals. All computers are running Windows 7 as the operating system. All of the computers are equipped with a National Instruments PCI-MIO-16E-4 data acquisition card that can be used with the National Instruments BNC 2090 adapter. Six of the stations utilize a Biopac Systems MP30 Adapter. The Biopac adapter provides the students with the ability to collect physiological measures and analyze the signals through several different isolated plug-in signal conditioners and amplifiers. The National Instruments Adapter allows the students to interface the PC with other instrumentation. Bioengineering Methods and Applications Laboratory The facility enables students to participate in an undergraduate laboratory course that integrates the knowledge and skills from three core Bioengineering courses including: Biotransport Phenomena; Mechanical Principles of Biologic Systems; and Biothermodynamics. Equipment utilized in the laboratory includes an ATS 1101 Materials Testing Device, adult and pediatric blood oxygenation flow loops incorporating Biomedicus blood pumps, two ABL5 Blood Gas Analyzers, and several dialysis systems. The laboratory is designed to accommodate 24 students in a session. Bioengineering Tissue Engineering Laboratory This facility is adjacent to the Methods and Applications Laboratory described above and provides state-of-the-art tissue engineering facilities for graduate students. Equipment in the laboratory includes a biological flow hood, incubator, centrifuge, microscopy station, and several freezers. Bioengineering Human Movement and Balance Laboratory This research and teaching laboratory is under the direction of RakiĂŠ Cham, PhD and Mark Redfern, PhD, and offers graduate and undergraduate students the ability to participate in a variety of whole body biomechanics research. The facility utilizes a variety of motion analysis systems, force-plate equipment and EMG units to collect kinematics, kinetics and muscle activity during various human movement experiments. An overhead support system allows for the safe collection of data during locomotion on flat and inclined surfaces. Modeling software is also available to simulate, validate and predict whole-body biomechanics.

Biomaterials Foundry The primary goal of this laboratory, under the direction of Yadong Wang, PhD, is to advance medicine through material innovation. We use tools from chemistry, biology, and materials science and engineering to create functional biomaterials that enable new treatments in regenerative medicine. We actively engage in 3 areas of research: 1) Coacervte-based delivery of heparin-binding proteins; 2) Cell-free in situ tissue engineering; and 3) Biomimetic nerve guide for nerve regeneration. Project 1 introduces coacervate, nm-sized oil droplet of assorted organic molecules held together by hydrophobic forces from a surrounding liquid, to controlled release of proteins. This novel approach enables highly efficacious delivery in a very small package. Project 2 uses biodegradable elastomeric scaffolds to enable in-situ regeneration of small diameter arteries without cell seeding or culturing steps. Project 3 combines micron scale contact guidance with biomimetic presentation of growth factors. The end goal of all 3 projects is clinical translation and we are actively collaborating with clinicians, basic scientists, and engineers to pursue this. BioManufacturing and Vascular Device Laboratory This lab is directed by Dr. Youngjae Chun and its objective is to design, manufacture, and test medical devices for treating vascular diseases. Primary research focuses on improving device performance and developing more diverse biomedical applications for treating vascular diseases with a focus on novel materials and manufacturing concepts. This lab also focuses on developing novel artificial biomaterials such as fully biocompatible hybrid/composite materials made of metals, polymers, and bio-species. Facilities include in-vitro pulsatile flow circuits with vascular disease models, cell-tissue culture capabilities, and florescent microscopy with imaging system. Current research is focused on the development of a novel in-vitro test apparatus for characterizing flow alterations and monitoring local blood pressure distributions with the placement of endovascular devices. Biomedical Materials Laboratory This laboratory, under the direction of Yadong Wang, PhD, works at the interface of chemistry, materials, and medicine. The research focus is on creating biomaterials that present controlled chemical, physical, and mechanical signals to the biological systems. The ultimate goal is to direct how human bodies will interact with these materials in a therapeutic environment. The laboratory actively engages in collaborative efforts to explore the applications of these materials in cardiovascular tissue engineering, nerve regeneration, and controlled release of therapeutics. The major equipment of the laboratory includes essential tools for chemical synthesis (inert atmosphere box, GPC, microwave synthesis station) and cell biology (plate reader, microscope, RT PCR). Bio Tissues and Complex Fluids Laboratory The Bio Tissues and Complex Fluids Laboratory is devoted to the characterization and experimental study of complex materials. Much of the work in this laboratory focuses on understanding and quantifying the link between material behavior and structure. These results are used for the development of constitutive equations to model these materials in a predictive fashion. A second focus of the laboratory is the study of the motion and stability of particles in viscous and viscoelastic fluids.

Bio Transport Laboratory This laboratory is under the direction of Jack Patzer, PhD and focuses on research related to the application of BioThemodynamics and BioTransport Phenomena (principles of heat, momentum, and mass transport) to understand the properties of physiological systems, medical devices, and bioreactor engineering. Current investigations involve the application bound solute dialysis (BSD) as a detoxification approach to support patients with liver failure, use of ischemia protective polymers (IPP) to mitigate ischemia/reperfusion injury in organ harvest and transplant, and wound perfusion/skin regeneration for patients with severe burns. Major equipment includes a Sun workstation for finite element analysis fluid dynamics, spectrophotometers for colorimetric composition analysis, plate reader for colorimetric composition analysis, blood-gas analyzer, table-top refrigerated centrifuge, cell incubators, and Prisma dialysis machines. Other equipment includes multiple roller pumps, gas mass flow controllers, oscilloscope, electrochemistry controllers and analyzers. Cardiovascular Systems Laboratory This laboratory is under the direction of Sanjeev Shroff, PhD and focuses on research related to cardiovascular mechano-energetics and structure-function relationships. This research utilizes a variety of biophysical, cell and molecular biology, biochemistry, and imaging techniques. The facility has: 1) setups for biophysical measurements at isolated heart, isolated muscle, and single cell levels (mechanics and intracellular calcium transients), 2) a cell-culture room (incubator, laminar flow hood, centrifuge, microscope), and 3) a wet lab which has equipment necessary to do protein biochemistry and molecular biology research. Cell and Molecular Biophysics Laboratory This research laboratory is under the direction of Hai Lin, PhD and offers graduate and undergraduate students the ability to participate in research related to Cellular and Molecular Biophysics. The research of this lab focuses on the structure, function, and interactions of individual biological macromolecules at the cellular and molecular levels with a multimodal approach, using the Atomic Force Microscope (AFM) combined with cell biology and electrophysiological techniques. The facility has 1) an atomic force microscope and an fluorescence microscope (Olympus IX70), which can be integrated to carry out simultaneous nanometer resolution AFM imaging and optical fluorescence imaging; 2) a cell-culture room that is equipped with tissue culture incubators, laminar flow hood, centrifuge and a microscope, and 3) a wet lab which has equipment necessary to for biochemistry and molecular biology research. There is also an adjacent core cellular and molecular facility that is equipped with a gel-imaging station, spectrophotometer, high speed centrifuge, ultracentrifuge, -80o C freezer, environmental shaker and incubator for microbiological research, a cold room, sterilizer and labware washer. Cell Migration Laboratory This research laboratory is under the direction of Partha Roy, PhD and offers graduate and undergraduate students the ability to participate in research related to molecular mechanisms of cell migration with emphasis in tumor metastasis. This research utilizes a variety of cell biology, molecular biology, biochemistry and imaging techniques. The facility has: 1) a cellculture room that is equipped with tissue culture incubators, laminar flow hood, centrifuge and a microscope, 2) a wet lab which has equipment necessary to do protein biochemistry and molecular biology research, and 3) a microscopy room that houses an IX-71 Olympus research grade inverted microscope and image acquisition system.

Center for National Preparedness The Center for National Preparedness (CNP) was established in the wake of the September 11 terrorist attacks to develop holistic and logical approaches to education, research, and training on issues related to national preparedness. CNP has been formulated around four primary guiding principles for Homeland Security: prevention, protection, response, and recovery. Prevention requires effective diplomatic policies, border security, and surveillance systems, which must be a first priority prior to catastrophic events. Protection provides the assurance of military vigilance, the health of the American population, the security of critical infrastructure, and the continued operation of cyber networks. Response focuses on employing properly trained and equipped professionals at the local, state, and federal levels. Recovery emphasizes the importance of rapid restoration of key components within critical infrastructure. CNP is uniquely positioned to use this multi-layered approach to provide expertise to organizations that must deal with homeland preparedness. CNP is a broad, multidisciplinary, collaborative enterprise that engages the University’s scientists, engineers, policy experts, and clinical faculty. Members of CNP possess expertise in biomedical research, public health, medicine, national security policy, engineering, and information technology. The unifying theme of our efforts is the application of systems (and systems of systems) approaches from the engineering sciences to a new academic discipline of Homeland Security and National Preparedness Studies. Center for Sustainable Transportation Infrastructure Over the past several years, the Department of Civil and Environmental Engineering (CEE) has strategically positioned itself to focus its research and educational efforts on the transportation sector. The Center for Sustainable Transportation Infrastructure (CSTI) was formed to expand on the successful research and education collaboration between the Pennsylvania Department of Transportation (PennDOT) and the CEE Department. PennDOT and the University of Pittsburgh formalized their relationship through an Intergovernmental Agreement, which provides a mechanism to support CSTI activities with up to $25 million dollars over five years. CSTI’s vision is to advance the state of transportation infrastructure through collaborative, multi-disciplinary research and education efforts and dissemination of new technologies and knowledge. CSTI is interested in fostering collaborative transportation research throughout the Swanson School of Engineering, the University, industry, and other academic institutions to expand its research program. Ceramics Processing Laboratory The Ceramics Processing laboratory includes glove box facilities for chemical synthesis of powders and thin films. Powder preparation facilities allow for mixing and milling of powders, Horiba CAPA-300 particle size analyzer, Quantachrome BET surface area analysis, mini spray drier, Brookfield viscometer, uniaxial press and colloidal filtration pressurization unit, cold isostatic press. Firing facilities include a high-temperature sintering dilatometer and various tube and box furnaces for firing ceramics and melting glass at temperatures up to 1700°C in air. Chemical Engineering Process Simulation Laboratory The Chemical Engineering Process Simulation Laboratory brings to the Department the full complement of commercial design software that is used throughout the world by practicing chemical engineers. Students use software systems including AspenPlus, BJAC, Emission Master, BatchFrac, and the Icarus Process Evaluator to blend their technical skills with applied designs. This marriage of theory and practice at a level used by practicing engineers has significantly enhanced the ability of the Department’s graduates to quickly contribute in a professional setting. The Process Simulation

Laboratory is located in B72A Benedum Hall. It serves as a teaching lab and as a study area for the students using the simulation software. Cluster Computing Laboratory The Cluster Computing Laboratory is dedicated to the development of new architectures that utilize commodity personal computers as the processing/storage nodes. More efficient computer communication and coordination is facilitated through a high-speed, intelligent network. Equipment includes a cluster of 16 Pentium III computers, a cluster of 8 Pentium computers, a surface-mount soldering station for custom hardware development, and a number of development workstations. Mentor Graphics has donated over $2M worth of hardware development software for this Laboratory and for the teaching laboratories in the Computer Engineering Program. Composite Materials Laboratory The Composite Materials Laboratory is used mainly for research in penetration and fracture mechanics of composite materials, the characterization of associated dynamic failure modes, and understanding the physics of dynamic failures of new generation of composite materials. The lab is equipped with a high-performance penetrating and fracturing Split Hopkinson Pressure Bar (SHPB) integrated to a high speed optical/CCD imaging system for high strain rate testing. The system is capable of capturing dynamic fracture, crack propagation, and fragmentation processes during composite materials failure at over 2 million frames per second. The lab operates a laser Raman Spectroscopy for characterization of residual strengths and micro micromechanical properties of composite materials with 1 mm resolution. Heat, moisture absorption, dynamic impact, or a combination of these factors results in transformation of micromechanical properties of composite materials in the region of damage and beyond. Laser Raman spectroscopy is used to directly measure fiber stress at the microscopic level because Raman frequencies or unique atomic vibrational energy levels of the constituent fibers are stress-strain dependent. In many crystalline or paracrystalline materials, the Raman peak position shifts linearly to lower wave numbers under tensile strains and to higher wave number under compressive strains. Composite materials of interest include woven composites, advanced composite materials, nano-composites, smart composite, and high-temperature materials such as ceramics. Computational Biomechanics Laboratory Spandan Maiti directs this laboratory located at the Center for Bioengineering and provides graduate and undergraduate students the opportunity to conduct computational biomechanics research. Computational models for complex constitutive and failure behavior of native and engineered tissues are developed in this lab. Theories from applied mathematics, numerical algorithm and computational science are utilized to develop simulation software that examine the mechanical behavior of these tissues in a multiphysics environment. The lab is equipped with a number of state of the art 12 core Mac Pro workstations in a parallel environment. Computational Nanomechanics Lab The Computational Nanomechanics Lab focuses on investigating the mechanics of materials at the nanoscale using large-scale computer simulations. Current research projects include 1) Thermomechanical behavior of carbon nanotube based and nano-bio materials, 2) Atomistic-tocontinuum themomechanical theory in solids, and 3) Multiscale method development. The

computational tools the lab employs include molecular dynamics simulations, first-principles methods, Monte Carlo simulations, and finite element/meshfree methods. The computational resources the Lab has access to include a brand new 800-core cluster (shared with other research groups at Pitt) and a 24core cluster. This 800-core cluster has 100 nodes each with two quad-core Intel Nehalem CPUs. The computer nodes are connected via a high speed Infiniband network, which will deliver exceptional performance for parallel calculations using large numbers of CPUs. The 24-core cluster consists of 4 x 6-Core Intel Xeon E7450 processors with 12GB of memory. The cluster has SUSE Linux Enterprise Server 10 installed along with MPICH, MPICH2 and Intel compiler ICC and IFC version 10.1 with Math Kernel Library 10.0.1.014. The lab also has several brand-new desktop computers, each having an Intel quadcore processor. The computers are well-equipped and are fully integrated into the University of Pittsburgh high-speed network. In addition, the lab has access to the state-of-the-art computing facilities at the Pittsburgh Supercomputing Center (www.psc.edu). Computational Optimization Laboratory The Computational Optimization Laboratory contains state-of-the-art computing facilities including several optimization software packages. The laboratory is used for applied research thrusts as well as course instruction. Techniques employed include linear and mixed-integer programming, network flows, nonlinear programming, stochastic programming, Markov decision processes, and heuristic optimization. The applications include medical decision making, facility layout, energy modeling, supply chain management and scheduling. The goals of this laboratory include applying optimization techniques to industrial problems, developing new algorithms for solving speciallystructured problems, and teaching at the undergraduate and graduate levels. Computational Transport Phenomena Laboratory The primary objective of the Computational Transport Phenomena Laboratory is to conduct theoretical research in fluid mechanics, combustion, heat and mass transfer, applied mathematics, and numerical methods. The emphasis of current research in this laboratory is on “understanding physics” rather than “developing numerical algorithms.” Several areas of current investigations are turbulent mixing, chemically reacting flows, highspeed combustion and propulsion, transition and turbulence, nano-scale heat transfer, magnetohydrodynamics, and plasma physics. The numerical methodologies in use consist of spectral methods (collocation, Galerkin), variety of finite difference, finite volume and finite element schemes, Lagrangian methods, and many hybrid methods such as spectral-finite element and spectral-finite difference schemes. The laboratory is equipped with high-speed mini-supercomputers, graphic systems, and stateof-the-art hardware and software for "flow visualization." Most computations require the use of off-site supercomputers (mostly parallel platforms), for which high-speed links are available. Computer Aided Design/Computer Aided Software Engineering Classroom-Laboratory This new state-of-the-art laboratory is used to support the teaching and research program in computer, electrical and mechanical engineering. Specifically, the laboratory combines a lecture facility together with a combination of high performance Windows and UNIX workstations. This facility is used by the students and faculty in the courses on Software Engineering, VLSI design, and System on a Chip Design, Digital System Verification, and Hardware Design Methodologies. This laboratory contains the hardware and software necessary to provide for the analysis and simulation of new computer designs. Examples include new proposed Internet security solutions,

experimental wireless ad hoc networks and configurations, and schemes for the management of networked systems. The laboratory provides for the development of CAD design tools and the integration of these tools to support industrial strength design flows. Finally, this facility supports the many System-on-a-Chip and Mixed Technology Micro-systems research projects currently in process in the school by providing the platform for the higher performance CAD software tools. Computer Aided Manufacturing and Automation Laboratory The Computer Aided Manufacturing and Automation Laboratory is a comprehensive teaching and instructional laboratory with the following equipment: • • • • • • • • •

an Adept SCARA robot with six-axes movement an American AARM robot with motion controller three table top teaching six-axes robots four programmable logic controller (PLC) workstations a mini-manufacturing cell with part identification capability a computer-controlled flow line for physical simulation part-identification equipment including a laser scanner a video digitizer with a frame grabber an optical text scanner Computer Lab for Innovation and Productivity (CLIP) The Computer Laboratory for Innovation and Productivity (CLIP) is a digital instructional classroom. The room is designed to service the continually increasing need for Industrial Engineering students to develop a proficiency in computer applications that will enable them to succeed and excel when they join the global workforce. The classroom allows undergraduate courses to be conducted in individual or collaborative learning formats through the use of computer software and room layout. The classroom computers are powerful and are loaded with the latest software to ensure that the skills being taught to students emulate real world experiences. The lab is equipped with an audio system, projector, printer, document camera, and thirty-two student computers. The instructor computer incorporates software that allows instructors or presenters to control the screens, mice, and keyboards of the student machines. The software can also be used to digitally collect assignments from or distribute sample files to student computers. The document camera extends the capability of the classroom to allow for the immediate conversion of non-digital mediums or objects to a digital format that can be displayed on the projector or students computers. Currently the lab offers Computer Aided Design, Database, and Productivity Analysis to students. Computer Vision and Pattern Recognition The Laboratory for Computer Vision and Pattern Recognition in the Department of Electrical and Computer Engineering supports research in computer vision, pattern recognition, image processing, and video compression. Special research interests include applications of wavelet transform and sparse representation, image/video compression, and artificial neural networks. The Laboratory is equipped with PC - based image processing and pattern recognition workstations with associated cameras.

Design Studios Industrial Engineeringâ&#x20AC;&#x2122;s Design Studios provide students with computer facilities that are available 24 hours a day with computers and printers and full Internet and e-mail access. The lab provides high-speed PC and UNIX workstation hardware containing artificial neural network and expert and fuzzy systems software, (including complete systems software and C language source libraries) to expedite user programming. There are optimization packages that include LINDO and CPLEX and statistical packages including Statistix, SAS, SPSS, and S+. Simulation packages such as SIMAN, ARENA, and CINEMA are available. The laboratory and its equipment are available to graduate students participating in research projects in the areas of computational intelligence and operations research. Electrical Properties and Dielectric Measurements The electrical characterization facility contains an LCR meter, impedence analyzers, and a ferroelectric testing system for measuring the dielectric properties of bulk materials and thin films. The facility also includes a microwave cavity and network analyzer used to measure dielectric constants and Q-factors at microwave frequencies. Electric Machinery Laboratory The Electric Machinery Laboratory provides horsepower range universal motor-generator sets for student electric machinery experiments. A series of seven experiments are used to complement the theory of electric machines taught in parallel. After an initial 3-phase transformer experiment to introduce 3-phase instrumentation and laboratory safety, students in groups of three connect and record data on their own universal machines. The first machine experiment is to measure the torque-angle curves for a synchronous generator motor driven by a shunt dc motor. Induction motor experiments follow, then lastly, shunt and series dc machine tests. The final experiment is paralleling and loadsharing of synchronous generators with the Laboratory â&#x20AC;&#x153;infinite busâ&#x20AC;?. Energy Systems Laboratory The purpose of the Energy Systems Lab at the University of Pittsburgh is to investigate the multi-scale thermal-fluid behavior encountered during the conversion and use of energy. The laboratory includes a National Instruments DAQPad-6020E multifunction I/O device for USB connected to an SCXI system with multiple thermocouple, voltage, and current terminal blocks, an Omega Engineering OMB-DAQ55 data acquisition module, fine-gauge thermocouples with low noise connectors and electric ice points, Omega FP-5070 mini-flow sensors, millivolt pressure transducers with full bridge design, heat flux sensors, digital meters, high accuracy rotameters, a Sony DCR-TRV900 3 CCD digital video camera with frame-grabbing and streaming video cards, a Leitz Epivert modular inverted microscope with swappable high-precision objectives, and a number of computer workstations. The Environmental Engineering Laboratory The Environmental Engineering Laboratory provides research and analytical capabilities in environmental science and engineering for wastewater treatment, water resource protection and development, industrial waste, toxic and hazardous waste management, and environmental impact assessment remedial action. The facility consists of about 10,000 square feet of space, divided into individual laboratories which contain equipment for standard chemical, microbiological and instrumental analyses including: An On-Line Standford Research System QMS-100 Mass

Spectrometer; Hewlett Packard 5890 Series-II Gas Chromatograph interfaced with 5971A Mass Selective Detector; Hewlett Packard 5890 Series-II Gas Chromatograph interfaced with Tekmar LSC2000 Purge-and-Trap Unit, OI Electrolytic Conductivity Detector, and Photo Ionization Detector; Hewlett Packard 5890 Series-II Gas Chromatograph interfaced with Flame Photometric Detector and Flame Ionization Detectors; Hewlett Packard 5890 Series-I Gas Chromatograph with Electron Captured Detector; Perkin Elmer AutoSystem-XL Gas Chromatograph with Flame Ionization Detector; Perkin Elmer 8500 Gas Chromatograph with Thermal Conductivity Detector; Dionex 4500i Ion Chromatograph with Conductivity Detector; Perkin Elmer 4100-ZL Graphite Furnace Atomic Absorption Spectrophotometer; CEM Microwave Digester, Perkin Elmer 1100-B Direct Flame Atomic Absorption Spectrophotometer; Perkin Elmer 403 Atomic Absorption Spectrophotometer with MHS-10 Mercury Hydride Generator; Perkin Elmer Lambda-2 UV/Visible Spectrophotometer; Perkin Elmer TGA-7 Thermographic Analyzer; Ionics 1555-B Carbon Analyzer; Coulter MultisizerII Particle Counter; N-CON WB-512 COMPUT-OX Respirometer; Parr 1266 Bomb Calorimeter; Landfill Reactors; Azur Microtox-500 Bioassay Analyzer; Leco SC-132 Sulfur Analyzer; Hach 2100-A Turbidimeter; OREC 03B1-0 Ozon Generator; Pulsar Rip-Tide-500 UV Water Treatment System; Bench Scale EXEKIA Membralox 1T1-70 Cross Flow Membrane Filtration Unit; Corvall RT-6000B Refrigerated Centrifuge; International IEC-K Ultra Centrifuge; Fisher 228 Centrifuge; Buchi 323 Distillation Unit; Metrohm 702-SM Titrino Automatic Titrator; Phipps & Bird 300 Paddle Stirrer; Eberbach 6000 Table Shaker; Burrell 75 Wrist Shaker; Fisher Vortex Genie-2 Mixer; Fisher 12-561-3-FAZ Microscopes; Quebec Colony Counter; Bausch & Lomb 20 Spectrophotometers; Hach Digesters; Ion-Analyzers; pH-meters; Dissolve Oxygen Probes; Incubators; Branson 5200 Ultrasonic Bath; Water-baths; Magnetic Stirrers; Ovens; Hot-plates, Mettler AE-163 and AE-50 Analytical Balances; Allied Fisher 8240-DA Digital Balance; several portable balances; and research grade glassware and supplies. Fiber Grating and Sensor Laboratory This Electrical Engineering lab is equipped with state-of-the-art facilities for writing fiber Bragg gratings and long-period grating. In the FGS laboratory, fiber gratings are written with a highpower Lumonics 248-nm KrF excimer laser. A flexible and motorized optical configuration enables the fabrication of long (>10 cm) Bragg gratings for dispersion compensation and for fiber lasers. The FGS laboratory has a rich set of WDM phase masks covering the entire telecommunication window from 1530 nm to 1580 nm. A high-pressure (>200 bars) hydrogen loading chamber is available to photosensitize standard fibers or waveguides. Supporting equipment includes an Ericisson fusion splicer (FSU995), an annealing oven, a CO2 laser for rapid thermal annealing, and a collection of fiber optic accessories (insulators, WDMs, circulators, and couplers etc). Fluids Mechanics Laboratory The Fluids Laboratory is the center for experimental research in fluid mechanics and rheology at the University of Pittsburgh. Much of the research in this laboratory examines the behavior complex fluids, such as polymeric solutions, suspensions, and biological fluids in processing-like flows. Laboratory work focuses on the understanding of the link between flow behavior and the material properties so that materials can be processed more efficiently to yield the desired characteristics. In obtaining this goal, this laboratory develops and applies many cutting-edge technologies to obtain precise, in situ measurements of fluid velocity, stress, pressure, and temperature. These measurements are compared with direct numerical simulations to model, understand, and predict the flow behavior.

Gas Turbine Heat Transfer Laboratory The Gas Turbine Heat Transfer Laboratory is equipped with advanced flow and heat transfer measurement facilities directed toward obtaining fundamental understanding and design strategies of airfoil cooling in advanced gas turbine engines. Major experimental systems available include a particle imaging velocimetry, a computerautomated liquid crystal thermographic system, a UV-induced phosphor fluorescent thermometric imaging system, and a sublimation-based heat-mass analogous system. Specific projects currently underway include optimal endwall cooling, shaped-hole film cooling, innovative turbulator heat transfer enhancement, advanced concepts in trailing edge cooling, and instrumentation developments for unsteady thermal and pressure sensing. George A. Davidson, Jr. Unit Operations Laboratory The Departmentâ&#x20AC;&#x2122;s Unit Operations Laboratory was renamed to reflect the support of George A. Davidson, Jr. in implementing a five-year development effort to enhance the existing Unit Operations Laboratory. This development effort provided an opportunity for our students to develop laboratory and process design skills and solve a multitude of design problems using state-of-the-art apparatus and instrumentation. In 2009-2010, the Unit Operations Laboratory located in room SB92 was completely renovated as part of Swanson Schoolâ&#x20AC;&#x2122;s Benedum Hall Transformation Plan. Geotechnical Engineering Laboratory The Geotechnical Engineering laboratory, which is computer controlled, includes static triaxial and direct shear apparatuses for both soils and rocks, a ring shear apparatus, a gyratory compactor, a dynamic triaxial apparatus, consolidometers, constant and variable head permeameters, a resonant column apparatus, an ultrasonic velocity testing apparatus, and a shaking table. In addition, the laboratory houses standard equipment for Atterberg Limits determination and grain size analysis. Human Factors Engineering (HFE) The Human Factors Engineering (HFE) Laboratory is a team-based teaching and research laboratory for undergraduate and graduate students. The laboratory focuses on cognitive, ergonomic, and environmental aspects of human factors, and their influence on productivity and quality. The lab has a wide array of hardware and software including Ergomaster and Manniquin Pro for conducting ergonomic studies, as well as Minitab, SPSS and NVivo7 for data analysis. Intelligent Control Laboratory (ICL) The general research interests of the Intelligent Control Laboratory (ICL) include (i) developing advanced control methods inspired by neural control principles and (ii) studying the human neural system using techniques from control theory and information theory. The ICL is also devoted to the application of intelligent control technology in design and optimization of communication systems, power systems, transportation systems, robotics, and services computing. Currently, the lab is equipped with the following major devices: (i) CyberGlove, a data glove for capturing hand movement. It has 22 sensors that can measure angles at all the finger joints of the right hand. (ii) GWS Mini Dragonfly, a remotely controlled, electronically powered helicopter. (iii) Polhemus' Fastrack, a 3 dimensional motion-tracking device with 4 signal channels. Each channel computes the position and orientation of a small receiver as it moves through space. (iv) Delsys EMG machine (Bagnoli 8), an electromyogram device with 8 single differential surface electrodes. (v) Four workstations.

Internet Software Development Laboratory The goal of the Internet Software Development Laboratory is to provide tools and resources to the software engineer that enable rapid development of Internet/Intranet applications. While Java is ideally suited for use in web browsers running on a networked desktop computer, its potential is far greater and will continue to revolutionize the Internet. To expand and enhance Internet software development, this Laboratory seeks to apply and enhance the Java platform for a number of application areas including: enterprise software, electronic commerce, embedded network-aware sensors and actuators, mobile information appliances, and set-top multimedia computers. Sun Microsystems has donated over forty JavaStations for thin-client computing stations. Symantec Corporation has donated their Visual CafĂŠ Java development software for research and student use. Joint Replacement Biomechanics Laboratory The Joint Replacement Biomechanics Laboratory focuses on the improvement of both the life span of joint replacements and the design of the components used in joint replacement. The laboratory is equipped for computational and experimental analyses. John A. Jurenko Computer Architecture Laboratory This laboratory in the Department of Electrical and Computer Engineering provides the hardware and software necessary for students to design and build digital circuits. It is used in two undergraduate laboratory courses where students are provided with an understanding of the three-way relationship between the mathematical abstraction of logic as expressed in Boolean algebra, schematics and simulations using CAD tools, and the physical realization of these circuits in hardware. The facility contains 24 networked high-performance workstations, complete with logic analyzers, oscilloscopes, and related equipment used to design, breadboard, and test digital circuits. In addition, the laboratory contains complete support for both Altera and Xilinx Field Programmable Gate Array system development. Finally, a full complement of software, including the Mentor Graphics Design Tools and the Microsoft Visual Studio, is available which allows students to simulate their designs and develop new hardware and software systems. This laboratory was created through a generous gift from John A. Jurenko, a Pitt alumnus and friend of the University. W.M. Keck Rapid Prototyping and Reverse Engineering Laboratory The Departments of Bioengineering and Industrial Engineering have joined efforts in the creation of a state-of-the-art laboratory that provides students with a unique hands-on experiences in the development and production of functional prototypes through the utilization of leadingedge rapid prototyping and reverse engineering technologies including stereolithography, fused deposition modeling, 3-dimensional printing, and laser scanning. Engineering students are given the opportunity to bring new designs and redesigns to reality through the utilization of leadingedge rapid prototyping and reverse engineering hardware and software. Keystone Mixed-Technology Microsystems Design Laboratory The Keystone Mixed-Technology Microsystems Design Laboratory supports a heterogeneous network of over two dozen computing platforms including, Windows and Linux workstations. A RAID file server supports the research group, and several compute servers including an IBM Cell Broadband compute server that are dedicated to Micro and Nano Systems CAD based projects.

Design software includes commercial electronics design tools from Altera, ARM, Cadence, IBM, Mentor, MicroMagic, Synopsis, Tanner, and Xilinx and Analog design tools from Neolinear. The available optical system design tools include OSLO (for lens design and imaging), and RSoft (for beam-propagation and fiber networks). Micro-mechanical CAD design is supported with packages from Ansys, Cadence, and Tanner. A number of university based tools and other utilities have been developed and maintained in-house. These facilities have been successfully used to design and test a number of electronic and optoelectronic devices and systems. These have been fabricated by the MOSIS service using multiple CMOS and GaAs foundries; MIT Lincoln Laboratories 3D IC prototyping facility; TSMCâ&#x20AC;&#x2122;s 90nm CMOS process; Peregrine Semiconductor, using their UTSi (Silicon on Sapphire) foundry; AT&T Lucent, using their GaAs FET-SEED process and several experimental projects fabricated through the Consortium for Optical and Optoelectronic Technologies in Computing Program (CO-OP) funded by DARPA. The Kresge Rapid Manufacturing Laboratory The Department of Bioengineering has teamed with the Department of Industrial Engineering, further extending the laboratory capabilities in the School of Engineering to include Rapid Manufacturing technology. In a joint effort, the departments secured a $500,000 grant from the Kresge Foundation for the development of the Kresge Rapid Manufacturing Laboratory. This laboratory will enable students to take a prototype to the production stage by manufacturing small batches of fully functional products. The technologies included in the new facility will complement the existing laboratories and will include: Plastic Injection Molding, CNC, Vacuum Casting, and Materials Testing. Laboratory for Advanced Materials at Pittsburgh (LAMP) The Laboratory for Advanced Materials at Pittsburgh (LAMP) under the direction of Professor Paul W. Leu, focuses on designing and understanding advanced materials by computational modeling and experimental research. Simulations and experiments are used in a synergistic manner to study the mechanical and electronic properties of nanomaterials and surfaces for various applications. Facilities include a chemical vapor deposition tube furnace for nanotube synthesis and nanowire synthesis. Current research is focused on transparent conductors and solar cells. Laser and Opto-Electronics Laboratories The Laser and Opto-Electronics Laboratories facilities exists for research in nonlinear optics, materials, and devices. As part of the Department of Electrical Engineering, these laboratories emphasize facilities for maskmaking, lithography, dry-etching, evaporation and sputtering of metals or insulators, diffusion alloying, and wire-bonding. The structural and electrical characteristics of fabricated material and devices are evaluated using state-of-the-art test equipment. Semiconductor devices can be characterized at low temperatures in a continuous flow cryostat, capable of reaching temperatures as low as 5 degrees Kelvin. These laboratories contain argon, Nd:YAG (frequency doubled and tripled), carbon dioxide and Ti:sapphire lasers. Manufacturing Assistance Center (MAC) The MAC is a working factory opened in November of 1994 at the University of Pittsburgh Applied Research Center (U-PARC) as an initiative of the University of Pittsburgh, School of

Engineering’s Industrial Engineering Department. It is comprised of a synergistic network of laboratories encompassing machine tooling, computer aided design and manufacturing, metrology, materials tracking, and human issues. The MAC’s mission is twofold: 1.) provide research and educational support to the University of Pittsburgh and 2.) provide Southwestern Pennsylvania small and mid-sized manufacturers with the tools necessary to compete in the global marketplace. With the resources available in the MAC labs, area manufacturers can receive demonstrations on new equipment and manufacturing processes, perform pilot manufacturing, and conduct limited production. In addition to these services, the MAC also provides training on computer numerical control (CNC) machining, computer aided design (CAD), computer aided manufacturing (CAM), and computer integrated manufacturing (CIM), plus a variety of other concepts (e.g. materials requirements planning, total quality management, team development, etc.) utilized in today’s highly successful manufacturing organizations. David I. Cleland, Professor in Industrial Engineering, is the Co-Director of the MAC, along with Dr. Bopaya Bidanda. John A. Mascaro Learning Center The John A. Mascaro Learning Center in Civil and Environmental Engineering was dedicated on September 14, 2000. The Learning Center seats sixty students, with every two seats sharing a desktop computer. The room is equipped with two retractable projection screens, which can be independently controlled. The same image or different images can be projected on both screens simultaneously. Videotape and DVD projections are possible, all controlled through a console on the podium. Also available is a document reader, which can project 3-D objects and transparency films on both screens. The computers are networked so that the instructor can access and control all of the computers in the room from the podium. The speaker on the podium is able to access any of the thirty computers on the desks, capture a student's program on his monitor and project the image on the monitor on the retractable screens for the whole class to see. This capability permits an instructor to share and analyze each student's work and discuss aspects of his assignment or project with the rest of the class. All computers can access the Internet independently. Mascaro Center for Sustainable Innovation (MCSI) In 2003, through funding from the Heinz Endowments, the George Bevier Estate and John C. Mascaro (Chairman of Mascaro Construction Company), the Swanson School of Engineering established the Mascaro Center for Sustainable Innovation (MCSI) as a center of excellence that focuses on innovative research, education and outreach to enable more sustainable communities. MCSI’s expertise includes the built environment, infrastructure and materials. Over the past eight years, MCSI has supported over 41 research teams who are tackling diverse and challenging sustainability issues comprising faculty from all six engineering departments. MCSI has also supported over 100 undergraduate students for 12-week summer research projects in sustainable engineering and MCSI faculty have developed 5 interdisciplinary courses for undergraduate and graduate students as well as host the newly created Engineering for Humanity Certificate. The Center boasts a strong community outreach component including a biannual Engineering Sustainability conference where experts in the field gather to explore the state-of-the-art in sustainability research. For more information visit us at: www.mascarocenter.pitt.edu Materials Micro-Characterization Laboratory (MMCL) The MMCL is part of the Department of Materials Science and Engineering and is located on the 8th floor of Benedum Hall. It houses instrumentation for X-ray diffraction, scanning and transmission electron microscopy, and scanning probe microscopy. This facility and its staff offer access to instrumentation and expertise for the structural, compositional, and

chemical characterization of materials at the nano-scale. XRD Laboratory: Two Philips X’pert diffractometers are available, one dedicated to powder diffraction and capable of temperatures up to 1600°C, and the other with a thin film attachment and a Eulerian cradle useful for the study of crystallographic textures. SEM Laboratory: A Philips XL-30 field emission scanning electron microscope (SEM) equipped with detectors for imaging in SE and BSE mode, compositional analyses by energy-dispersive X-ray spectroscopy (EDS), and collection of electron beam backscatter patterns (EBSP) capabilites. Spatial imaging resolution of 2nm and detection of elements with Z = 6 or larger is possible. Orientation imaging microscopy (OIM) for measurement of crystallographic textures is also available. TEM Laboratory: Two 200kV transmission electron microscopes are available both of which have line resolutions of 0.14 nm. The JEOL 200CX is capable of diffraction contrast imaging, selected area diffraction, and magnetic domain imaging. The JEOL 2000FX STEM features analytical TEM attachments for thin window EDS and electron energy-loss spectroscopy (EELS) for chemical characterization from areas as small as ~15 nm. In STEM mode, bright-field and dark-field imaging and the collection of EDS and EELS maps are possible with the Emispec Vision system which controls all data channels simultaneously. Scanning Probe Microscopy Laboratory: A Digital Instruments Dimension 3100 scanning probe microscope permits atomic force microscopy (AFM), scanning tunneling microscopy (STM), and magnetic force microscopy (MFM) investigations in a single platform. Samples up to eight inches in diameter can be scanned in air or fluids, and automated stepping can be used to scan multiple areas of the sample without operator intervention. Mechanical Testing This facility includes two hydraulic MTS machines. One has a high temperature capability for hot deformation simulation, and the other is an MTS 880, 20,000-pound frame with hydraulic grips and temperature capability up to 1000˚C. Two screw-driven machines are available, a 50,000pound Instron TT and a 10,000-pound ATS tabletop tester (this machine has fixtures for loading in tension, compression and bending). The facility also includes several hardness testers, including one Brinell, two Rockwell, one Rockwell Superficial, and one Vickers, plus a new Leco M-400 G microhardness tester. Two impact tested are available—one with 100 foot-per-pound and the other with 265 foot-per-pound capacity. An ultrasonic elastic modulus tester is also available. Mechanics of Active Materials Laboratory The Mechanics of Active Materials Laboratory focuses on the experiment- and physicsbased constitutive modeling of smart materials, with a strong secondary emphasis on applications. A smart (or active) material is any material that can transform energy from one domain to another, akin to how man-made motors transform electrical energy into mechanical work. Dr. Lisa Weiland is the director of this laboratory, in which active materials such ferroelectric ceramics, electroactive and photoactive polymers, and nastic materials are considered both experimentally and computationally. Experimental studies focus on developing characterization methods for novel materials for which there are no established procedures. Computational studies generally focus on nano length scale active response as a means to anticipate macro length scale response. The goal of research is to understand the multi-scale physics responsible for the 'smart' behavior observed in these materials in order to expand viable engineering applications, which range from shape morphing structures and bio-sensors to a range of adaptive structures concepts appropriate to sustainability challenges.

Metals Processing This laboratory includes a cold rolling mill and various muffle and recirculating air furnaces for heat treatment of metals and alloys. Metal melting and casting facilities include air, inert atmosphere, and vacuum facilities. A special arc melting unit also provides a facility for preparing buttons and rapidly solidified ribbons. Micro/Bio Fluidics Laboratory Micro/Bio Fluidics Laboratory is primarily devoted to (1) engineering and developing a variety of micro/bio fluidic sensors, actuator and integrated systems that enable us to handle a wide range of micro/bio objects with more direct access and to (2) studying science and engineering associated with them. In particular, most research activities are heavily involved with micro fabrications. Available equipment includes a high-power florescent microscope, a lowpower microscope, optical benches, a parylene coater, computers, data acquisition systems, highvoltage amplifiers, a conductivity meter, arbitrary waveform generators, MEMS device design software and so on. Micromechanics and Nano-science Laboratory This mechanical engineering laboratory is a modern facility with cutting-edge technology for the study of micromechanics and physics of micrometer and nanometer scaled structures and materials. The laboratory contains atomic force microscopes and a nano-indentation testing facility, which provide a capability of measuring load vs. displacement at scales of 10-9 Newton versus nanometer, nano-scaled adhesion, and micro-mechanical behavior for advanced materials including semiconductors and biosystems. Micro- / Nano-electronic Device Characterization and Modeling Lab The ECE Dept. houses measurement and modeling capabilities for physical characterization of micro- and nano-scale electronic devices and for derivation of equivalent circuit models for novel devices. DC characterization instrumentation includes a Keithley 4200 Semiconductor Characterization System (4200 SCS) and RF instrumentation includes an Anritsu 37397D Vector Network Analyzer which can make s-parameter measurements on the device under test (DUT) between 40 MHz and 67 GHz. Measurement can be made on fabricated wafers or bare die using a Cascade Microtech M-150 manual probe station. Additionally Agilent IC-CAP integrated software is available to enable computer based control of instrumentation, computation of extracted parameters, and extraction of equivalent circuit models. Tanner L-Edit Prof software is utilized for designing photolighographic mask sets for novel device fabrication and itâ&#x20AC;&#x2122;s also utilized for SPICE integrated circuit design and performance assessment using the derived equivalent circuit models Mircosensor and Microactuator Laboratory With supports from federal funding agents, the current and future research activities conducted in the two Labs can be grouped in following closely related areas: 1) fabrication and property characterization of piezoelectric, pyroelectric and ferroelectric thin films and thick films; 2) on-chip integrated microsensors and microactuators that are based on piezoelectric AlN, ZnO and PZT thin film materials; 3) acoustic wave devices, including thin film bulk acoustic wave devices for RF and microwave frequency control application, and acoustic wave sensors; 4) piezoelectric and electrostrictive ceramics, and polymers such as PZT, PMN-PT, PVDF and copolymers, electro active elastomers, magnetostrictive materials, multiferroic materials, and

other functional materials for transducers and biomedical applications; 5) Fabrication and characterization of semiconductor nanowires, nanoparticles, and multifunctional nanocomposites. The laboratories accommodate extensive fabrication and characterization capabilities for functional materials and devices. For more information about the two Labs, please visit Lab Web page: http://www.pitt.edu/~qiw4. Molecular Biological and Biophysical Core Facility This core facility has: 1) gel-imaging station, spectrophotometer, high speed centrifuge, ultracentrifuge, -80o C freezer, environmental shaker, and incubator for microbiological research, 2) cold room, sterilizer and labware washer, 3) an atomic force microscope and an fluorescence microscope (Olympus IX70), which can be integrated to carry out simultaneous nanometer resolution AFM imaging and optical fluorescence imaging, 4) a cell-culture room that is equipped with tissue culture incubators, laminar flow hood, centrifuge and a microscope, and 5) a wet lab that has equipment necessary to for biochemistry and molecular biology research. Frank Mosier Chemical Engineering Learning Center The Department’s state-of-the-art Frank Mosier Learning Center has been designed to facilitate active learning through a unique classroom design. The computer and audio-visual systems in the Learning Center permit computer-based “hands-on” activities in class under the direct oversight of the professor. This instructional format promotes improved learning and retention of recently acquired skills and knowledge. Full use of this new integrated instructional methodology is made possible by the integrated computer, audio-visual, and facility design. The Frank Mosier Learning Center is located on the 12th floor of Benedum Hall. The development of the Learning Center was made possible through the generous support of Mr. Mosier and supplemental support from the University Classroom Renovation Project. The computer system was designed and implemented by the University’s Computer Support and Systems Design Department. Nanorobotics and Molecular Recognition Laboratory This lab is well established for nanorobotics study and surface study using atomic force microscopy. It houses a fume hood, a scanning probe microscope with a Farady cage, a vacuum oven, a current meter/source, a solar simulator,etc. The major equipment includes: (1) Agilent 5500 Reconfigurable Scanning Probe Microscope (SPM); (2) PHANTOM Omni Joystick (SenSable Inc.); (3) Fisher Scientific Vacuum Oven 281A; (4) Keithley 2601 Source/Meter; (5) Newport 96000 150W solar simulator; (6) Other instruments, including a Tektronix 100MHz function generator, an HP 150 MHz oscilloscope, a four-channel 150MHz Tektronix oscilloscope. The on-going research in the lab includes nanorobotic manipulation for fabrication of nanodevcies and biosensors, biomaker detection by atomic force microscopy, nanorobotics for patchclamping, and development of carbon nanotube enhanced organic solar cells. Nanoscale Optoelectronics Laboratory These facilities exist for research in developing new device structures and device physics that are based on optical and electronic phenomena occurring in nanoscale structured materials. A broad spectrum of instruments are available for synthesis, fabrication, and characterization, including bottomup (self-assembly) and top-down processes of nanostructured materials and their integration at all

length scales (from nano to wafer scale). Plasmonic phenomena occurring in nano-optic structures are of particular interest, since many novel properties derived from the phenomena can be incorporated into an on-chip configuration for nanosystems-on-a-chip that offer multifunctionality across heterogeneous domains (optical, electrical, chemical, biological, etc). The facilities include wafer cleaning and chemical etching; deep-UV contact mask aligner (Karl Suss MJB 3); plasma etching (Unaxis ICP-RIE 790); surface profilometer (Alpha-Step 200); thermal oxidation, annealing, diffusion, pyrolysis, or alloying processes; optical microscope; wire saw and polishing/lapping machine; UV holographic lithography; anodic oxidation and electrodeposition processes; physical vapor deposition (RF magnetron sputtering and thermal evaporation); semiconductor parameter analyzer (Hewlett Packard 4145B); electrochemical doping profiler (Bio-Rad PN4300); capacitance-voltage measurement (Keithley); deep level transient spectroscopy (Bio-Rad DL4600); probe-station (Karl Suss PM 3); LN2 cryostat; a broad spectrum of optical apparatus for spectroscopy and imaging in the UV-visible-IR and (200-1750 nm); plasmonic optical trapping; scanning-probe-based near-to-far-field optical characterization setup. Nondestructive Evaluation and Structural Health Monitoring Laboratory The laboratory for nondestructive evaluation (NDE) and structural health monitoring (SHM) studies is a relatively new facility established in September 2006. The facility consists of about 750 square feet of dust-free space, which contains the state-of-the-art equipment in ultrasonic testing and acoustic emission (AE) technology. The laboratory includes: - Acoustic Emission Instrumentation: one Physical Acoustics Corporation 4-cahnnel PCI/DSP system with waveform module including a notebook computer and AE-Win software; acoustic emission pico, WD, and S14 AE-transducers. - Ultrasonic Testing Instrumentation: one Tektronix AFG3022 arbitrary function generator (2 output channels); one Lecroy Waverunner 44Xi 4-channels oscilloscope (with PC incorporated running under Windows XP); four commercial broadband OlympusNDT-Panametrics Ultrasonic Transducers; one OlympusNDT-Panametrics high power (max 400 Volts) signal generator. - Modal Testing Instrumentation: 8-channel, line-powered, ICP® sensor signal conditioner; four 1/4 in. pre-polarized condenser microphone, free-field, 4 mV/Pa, 4 to 80k Hz (± 2 dB); Modally Tuned® Impulse Hammer w/force sensor and tips, 0 to 100 lbf, 50 mV/lbf (11.2 mV/N); one 086D80 Miniature Instrumented Impulse Hammer w/force tips, 0 to 50 lbf. - Miscellaneous Equipment: one National Instrument-PXI 1042Q chassis with arbitrary function generator and multifunction Data Acquisition System; one acoustic microphone AT815b; three PC, 2 running under Windows XP and one running under Windows Vista operative systems. Optical Computing Systems Laboratory The Optical Computing Systems Laboratory supports joint research with Computer Science in guided wave optical computing, communications, and storage. Equipment consists of two high speed sampling oscilloscopes: a Tek 11402 3GHz digitizing scope and a Tek CSA803 50GHz Communications Signal Analyzer, as well as a Tek 1240 Logic Analyzer, assorted bench equipment: supplies, function generators, etc. and facilities for PCB design and prototyping of opto-electronic subsystems. Orthopaedic Engineering Laboratory The Orthopaedic Engineering Laboratory is collaboration between the Mechanical Engineering and Materials Science Department and the Department of Orthopaedic Surgery at the

University of Pittsburgh. This lab performs computational simulation and experimental evaluation of surgical procedures, injury modeling and assessment of biomechanical functions. Other activities included the medical device development, tissues engineering, characterization of tissue properties and quantitative anatomical description. The goal of this lab is the advancement of othopaedic medicine through the application of engineering analysis. Pavement Mechanics and Materials Laboratory The Department of Civil and Environmental Engineering Pavement Mechanics and Materials Laboratory has developed into an all encompassing laboratory equipped to perform a full range of tasks including the casting, curing and testing of everything from concrete specimens to full-scale pavements. The 2700 ft2 facility features the latest equipment in both destructive and non-destructive testing of portland cement concrete. Housed within the lab are two environmentally controlled rooms. The 1007-ft3 room can be adjusted to replicate a wide range of environmental conditions for curing portland cement concrete test specimens while the 630-foot room is maintained at a constant temperature and humidity for determining the drying-shrinkage properties of concrete in accordance with ASTM-157. The laboratory is equipped with everything needed for measuring basic aggregate properties such as the gradation, absorption capacity and specific gravity, as well as, more detailed characterizations such as determining wear resistance using the Los Angeles abrasion machine or running a micro-deval test. A 5.5 ft2 concrete mixer and all other necessary tools for casting concrete specimens are available along with equipment for measuring the properties of fresh concrete. The laboratory is equipped to test the more basic properties of hardened concrete, such as, strength, elastic modulus and Poissonâ&#x20AC;&#x2122;s ratio along with the more elaborate testing equipment needed for measuring such things as the dynamic modulus, thermal coefficient or fracture toughness of concrete. Some of the sample preparation equipment available in the laboratory includes a concrete saw, core machine and a fume hood for sulfur capping. The laboratory houses a Baldwin compression machine that can be used to apply loads up to 200,000 lbs. A multitude of tests can also be performed using the MTS TestStar Controller. The controller can be used for performing dynamic testing using a closed-loop servo hydraulic test machine. This system can be fed by either a 10 gpm or 60 gpm hydraulic pump. Pittsburgh Integrated Circuits Analysis (PICA) Laboratory This Pittsburgh Integrated Circuits Analysis (PICA) Laboratory in Electrical Engineering is a research laboratory devised for the investigation of computer-aided design, simulation, and testing techniques associated with the design and analysis of very large-scale integrated circuits (VLSI). The Laboratory also supports research on computer-aided design of optoelectronic systems consisting of optical mechanical electrical micro-systems (OMEMS) and optoelectronic integrated circuits (OEICs). The Laboratory equipment consists of a network of a dozen UNIX, Linux, and NT workstations with 50GB of mass storage, color laser printers and plotters. In addition, the Laboratory has digital circuit testers, word generators, and a logic analyzer for testing fabricated integrated circuits. The Laboratory software consists of a range of CAD VLSI interactive graphics design tools and simulators to support FPGA as well as standard cell and full custom design of NMOS, CMOS and GaAs, analog and digital integrated circuits. Planar Lightwave Circuit (PLC) Laboratory This Electrical Engineering lab has complete design, growth, fabrication, test, trimming, and packaging facilities for both passive and active photonic circuits. This lab is based on a flame hydrolysis deposition system and is capable of producing single-mode and multimode silica waveguides on 6-inch wafers with thickness from 1 to 400 microns. The films can be doped with B, P, and Ge for controlling the refractive indices with a precision better than 10-4. Active dopants (e.g. Er)

are also available. Fabrication facilities include a spin coater, a mask aligner, and a deep reactive ion etcher (ICP). The characterization facilities are capable of conducting fully automatic transmission, birefringence, and polarization-dependent loss measurements in sophisticated waveguide structures. The packaging facilities include edge polishing, dicing, birefringence compensation, and fiberwaveguide bonding. The supporting equipment for the PLC laboratory includes optical spectrum analyzers, high-precision tunable lasers, optical multimeters, Er-doped ASE light sources, diode lasers (635 nm and 1550 nm), a polarization controller, high power UV light sources, a phase contrast microscope with motorized sample stages, a metricon prism coupler, a wet etching station, and simulation packages for waveguides and free-space optical elements. RFID Center of Excellence The RFID Center of Excellence is likely the most well equipped RFID Research Center in the world. The Center is currently housed in six laboratories within Benedum Hall. Equipment includes 5 Real Time Spectrum Analyzers, 2 state of the art Network Analyzers, numerous Professional Grade Power Meters, Spectrum Analyzers, LCR meters and all the necessary bench support equipment such as RF Amplifiers, Power Supplies, Stand Antennas, etc. The Center also houses two Anechoic Chambers, a GTEM Cell and a CO2 Powered Platform to propel RFID tags to speeds up to 100 MPH. In addition, commercial RFID readers and tags for all classical RF bands are available for use in standards and performance testing. Radio Frequency Identification (RFID) Applications Laboratory The Radio Frequency Identification (RFID) Applications Laboratory within the IE Department is part of the University of Pittsburgh School of Engineering's RFID Center of Excellence. The lab complements the work done at the Center in the development of RFID technology by focusing its research on the development and implementation of RFID applications in areas such as asset tracking, supply chain management and logistics. Facilities include software and hardware for testing readers and tags as well as other equipment such as conveyors and portals. Examples of current research projects include the optimal design of RFID portals and the optimal location of RFID reader antennae, evaluation and testing of tags and tag locations on consumer goods, statistical evaluation of data generated by RFID tags in retail environments, and the development of optimal implementation strategies for the EPCGlobal Gen2 protocol. Radio-Frequency Prototyping and Measurements Laboratory Radio Frequency (RF) technology is permeating most all aspects of everyday life well beyond cellular telephones and pagers. The components to use RF in various devices are relatively simple to use and they extend the functionality of common household, personal and industrial, scientific and medical objects and equipment. The RF Prototyping and Measurements Laboratory provides facilities to test and demonstrate novel and unique applications of this technology. The devices available include commercially available components and custom designed devices build by the Swanson School of Engineering of the University of Pittsburgh. Examples include medical equipment, communications and industrial human interface systems. Radio-Frequency Shielded Facility The Radio Frequency Shielded Laboratory supports the RF experiments and testing within the Department of Electrical Engineering. The walls of this laboratory are covered with copper plaques to

prevent any radio frequency energy from entering or leaving the room. The RFS laboratory is 13 feet and 10 inches wide by 25 feet and 7 inches long, with a height of 9 feet and 2 inches. The following figure shows one configuration of the RF measurement equipment in the room as well as a typical set up configuration to perform the active interference tests. Radio-Frequency Systems and Devices Laboratory This laboratory is the home of the PENI Tag. The PENI Tag technology is an enabling technology that makes possible operational devices that are currently as small as 3 cubic millimeters in size with no batteries or connecting wires. The design of the small Systems On a Chip (SOC) requires the most modern computer workstations and software. Chips are designed and simulated in this laboratory by a team of researchers. They are then submitted for fabrication over the internet to a remote foundry. The completed chips are then tested here. The PENI Tag technology makes it possible to remotely provide power to operate a wide range of devices and systems that are used for product identification, such as bar codes in the supermarket, as well as sensing things such as temperature and humidity, and also to provide security functions. In addition to computers (workstations) and software, the laboratory is equipped with a wide array of radio frequency test equipment. Devices designed by the team using this laboratory have been the subject of extensive media coverage and have acquired the interest of technology and management persons of numerous major US corporations. The Shankar Research Group The central themes of research at the Shankar Research Group are to characterize, control and exploit physical phenomena that are operative at the nanometer length-scale to engineer material systems with unprecedented properties. To this end, we focus on understanding the fundamental mechanics of deformation at the nano-scale, elucidation of kinetics of atomic transport in nanostructured domains, and characterization of phase-transformations in nanomaterials. Facilities include sample preparation capabilities for electron microscopy and micromechanical characterization, microhardness and tensile testing, and capabilities for the creation of ultra-fine grained multi-phase materials. Current research is focused on the elucidation of microstructure evolution and behavior of multi-phase materials subjected to severe thermomechanical deformation and investigations of development of environmentally benign machining processes. Signal Processing and Interpretation Laboratory (SPIL) The Department of Electrical and Computer Engineering's Signal Processing and Interpretation Laboratory was established in 1980 and has been actively involved in research on digital signal processing and time series analysis with application to geophysical and seismic signal processing. Considerable emphasis is placed on theoretical research as well as application of the theory to the solution of real problems. Ongoing research activities include VSP data processing, 3D modeling and interpretation, multiscale deconvolution, source and receiver array design with optimum beamsteering, two-dimensional transform techniques, velocity filtering for suppression of coherent noise, and image processing and knowledge-based techniques for segmentation of seismic sections based on textural properties.

Sound, Systems and Structures Laboratory This mechanical engineering laboratory is dedicated to development, modeling, and experimental characterization of active systems at the micro (MEMS) and macro scales. The diverse range of projects typically blend the related fields of acoustics, noise control, hearing loss prevention, vibrations, structural-acoustic interaction, controls, and analog/digital signal processing. The 1,000 ft2 laboratory is equipped with state of the art equipment. Past and current applications include biological modeling and control, development of automated classification systems, applied controls, and hearing loss prevention. Statistical Signal Processing Laboratory The research lab has 3 SUN workstations, two dedicated to research in wireless communications and biomedical applications, and one for educational projects in video streaming and web tutorials. There are also two PCs in the lab. All these machines are interconnected and connected with the university computers. Stochastic Modeling, Analysis and Control (SMAC) Laboratory The primary mission of the Stochastic Modeling, Analysis and Control (SMAC) Laboratory is to support research that addresses the modeling, analysis and control of engineering and service systems that have inherently stochastic elements. Research in the Lab emphasizes analytical and computer-based modeling of such systems (e.g., maintenance, production, telecommunications, inventory, transportation and healthcare), and their optimization by exploiting applied probability, stochastic processes and discrete stochastic optimal control techniques. This collaborative Laboratoryâ&#x20AC;&#x2122;s aim is to gain valuable insights into solutions to complex decision-making problems in uncertain environments. The SMAC Lab is primarily funded through grants from the National Science Foundation (NSF), the U.S. Department of Defense, the U.S. Nuclear Regulatory Commission, the Department of Veterans Affairs and other governmental agencies. Current research thrusts include the performance evaluation of large-scale sensor networks; degradation-based reliability modeling and evaluation; data-driven, adaptive maintenance planning models; spare parts inventory modeling and control; multi-server retrial queueing systems; medical decision making applications; healthcare operations; and satellite constellation maintenance modeling and optimization.

Structural Nanomaterials Laboratory This lab is directed by Dr. Ravi Shankar and its objective is to characterize, control and exploit physical phenomena that are operative at the nanometer length-scale to engineer material systems with unprecedented properties. To this end, we focus on understanding the fundamental mechanics of deformation at the nano-scale, elucidation of kinetics of atomic transport in nanostructured domains and characterization of phase-transformations in nanomaterials. Facilities include sample preparation capabilities for electron microscopy and micromechanical characterization, microhardness and tensile testing and capabilities for the creation of ultra-fine grained multi-phase materials. Current research is focused on the elucidation of microstructure evolution and behavior of multi-phase materials subjected to severe thermo-mechanical deformation and investigations of development of environmentally benign machining processes. .

Thermal and Chemical Analysis This department has thermograyimetric analysis and differential thermal analysis capabilities. DTA 7, a differential thermal analyzer and a Theta high speed dilatometer are housed in the MEMS department. Thermal Science and Imaging Laboratory The Thermal Science and Imaging Laboratory is equipped with advanced flow and heat transfer measurement facilities directed toward obtaining fundamental understanding and design strategies for advanced thermal control systems. Major equipment includes a subsonic wind tunnel, a particle imaging velocimetry, a computer-automated liquid crystal thermographic system, a UV-induced phosphor fluorescent thermometric imaging system, and a sublimationbased heat-mass analogous system. Specific projects currently underway include optimal endwall cooling, shaped-hole film cooling, innovative turbulator heat transfer enhancement, advanced concepts in trailing edge cooling, and instrumentation developments for unsteady thermal and pressure sensing. Vascular Bioengineering Laboratory This research laboratory located in the Center for Bioengineering is under the direction of David A. Vorp, PhD, and offers post graduate, graduate and undergraduate students the ability to participate in research that seeks solutions for vascular pathologies. This research utilizes a variety of tissue engineering, cell biology, molecular biology, and experimental and computational biomechanics techniques. The facility has: 1) a cell-culture room that is equipped with tissue culture incubators, laminar flow hoods, and equipment for mechanical stimulation of cells in a 2D and 3D environment, 2) a wet lab which has equipment necessary to do protein and molecular biology research and mechanical testing of biological materials, 3) a microscopy room that houses a Nikon Eclipse E800 research grade microscope and NIS elements image acquisition and analysis system, and 4) a computational analysis lab that has high end computer modules and engineering software to reconstruct and analyze 3D models vascular aneurysms. Veterans Engineering Resource Center. The Veterans Engineering Resource Center (VERC) is collaboration with the Veterans Affairs Pittsburgh Health System (VAPHS). Its goal is to achieve the development and application of systems engineering methods and principles to health care systems. These include analytical and computer based modeling methods such as queuing, optimization, simulation, and decision analysis. The methods that the VERC develops will contribute to data driven analysis that provides insight into operational problems faced by health care systems management and suggest potential courses of action. Current research is focused on surgery scheduling, critical care management and reusable medical equipment. Vibration and Control Laboratory The Vibration and Control Laboratory is devoted to the study of smart structures and microsystems. The primary focus is on the use of smart materials in a variety of applications, including structural vibration control, microelectromechanical systems (including sensors, actuators, resonators, and filters), and energy harvesting. The laboratory is well equipped for experimental and analytical research. Equipment includes computers and data acquisition

hardware for simulation and real-time control of dynamic electromechanical systems; a variety of modern transducers and instrumentation for sensing, actuation, and measurement such as dynamic signal analyzers, shakers, high voltage power supplies, and amplifiers, and a variety of basic instrumentation and sensors; and a work center for constructing electronics and test rigs, with emphasis on piezoelectric systems. The Visualization and Image Analysis (VIA) Laboratory This laboratory, directed by George Stetten, MD, PhD, is based at the University of Pittsburgh in Benedum 434/435 and at Carnegie Mellon University in Newell Simon Hall A427. We are developing new methods of displaying and analyzing images, primarily for medical applications. We have introduced a new device called the Sonic FlashlightTM, for guiding invasive medical procedures, and are currently developing similar technology using optical coherence tomography to guide eye surgery. We have introduced FingerSight TM to allow visually impaired individuals to sense the visual world with their fingertips, and ProbeSight to give ultrasound transducers the ability to incorporate visual information from the surface of the patient. Finally, we are developing a new type of surgical tool, the Hand Held Force Magnifier, which provides a magnified sense of forces at the tip of the tool for microsurgery. Watkins-Haggart Structural Engineering Laboratory The Watkins-Haggart Structural Engineering Laboratory is the facility at the heart of the experimental structural engineering research efforts at the University of Pittsburgh. This unique facility is located in the sub-basement of Benedum Hall on the main campus of the University of Pittsburgh. The Lab is a high-bay testing facility, 100â&#x20AC;&#x2122; long by 40â&#x20AC;&#x2122; wide by 30â&#x20AC;&#x2122; high with a reaction floor capable of resisting a half million pounds of force (tension or compression) over any 3 square foot area. The high-bay testing area is serviced by a 10-ton radio controlled bridge crane. In addition, a fork truck and heavy equipment mover are available for additional lifting and moving capacity. As a compliment to the reaction floor, the lab is also equipped with a re-configurable, self-contained reaction frame that was donated by US Steel Corporation. Loading for full-scale testing carried out in the lab is provided by servo-controlled hydraulic actuators whose capacities range from a few hundred pounds up to a half million pounds each. The actuators are controlled by a state-of-the-art MTS digital closed-loop servohydraulic control system. Hydraulic power is supplied to the Lab through a series of hard-line hydraulic manifolds that interface with the labs two high capacity (60 gallon per minute of flow at 3,000 psi of pressure) hydraulic power units. A series of loading frames that range in capacity from 20,000 pounds to 400,000 pounds are also housed in the Watkins-Haggart Structural Engineering Laboratory. The laboratory has multiple computer controlled data acquisition systems that allow for the automatic reading and recording of over 130 discrete channels of instrumentation. The laboratory additionally houses extensive equipment and data acquisition suitable field testing structures.

John A. Swanson Institute for Technical Excellence The John A. Swanson Center for Product Innovation is a Swanson School of Engineering initiative that consists of four state-of-the-art laboratories that serve as a focal point for product development research and education at the University. The SCPI has been configured to provide a one-stop shop for University researchers and manufacturing and bioengineering companies interested in developing innovative new products and processes. The center ties together four otherwise distinct laboratories that parallel the new product's development lifecycle of design,

prototyping, and manufacturing. It includes the Design and Multimedia Laboratory, the W.M. Keck Rapid Prototyping and Reverse Engineering Laboratory, the Kresge Rapid Manufacturing Laboratory, and the Micro-Electro-Mechanical Systems (MEMS) Laboratory. These laboratories contain design workstations, reverse engineering equipment, rapid prototyping equipment (that allows the manufacturing of polymer-based prototypes), rapid manufacturing equipment (that will produce fully functional prototypes and soft tooling), and micro- and nano-scale design technology. John A. Swanson Micro/Nanotechnology Laboratory The Micro-Electro-Mechanical-Systems (MEMS) Laboratory is a newly established research and educational facility directed for design, fabrication, and performance characterization of various engineering systems in micro- and nano-scales. This laboratory is built upon the existing capabilities in precision manufacturing, smart materials and transducers, rapid prototyping, and semiconductor fabrication in the School of Engineering. For the typical silicon-based MEMS processing, the school is already equipped with various workstations and laboratories for lithography, thin-film deposition, wet-etching, bonding, and device characterization. The Department of Mechanical Engineering and Materials Science Laboratory is currently expanding its research capabilities to both nano-scale devices and non-silicon-based thickfilm micro-devices. New fabrication equipment, such as thick-film deposition/patterning facilities, deep reactive ion etching facilities, and special equipment to develop MEMS devices for biological and medical applications, is being established. John A. Swanson Embedded Computing and Interfacing Laboratory The John A. Swanson Embedded Computing and Interfacing Laboratory provides a variety of the latest equipment and development software that allows students to design and test real-time embedded computer systems. The laboratory is used in undergraduate and graduate ECE and COE courses that focus on the interaction and interconnection of computers with real-world physical devices and systems. The facility contains 13 sets of high speed networked workstations, oscilloscopes, and other related equipment used for demonstration and experimentation. In addition, the laboratory contains a set of nine Altera DE2 FPGA boards and a set of nine ARM Evaluator-7T boards. Each of these system prototyping boards includes a complete suite of design software that allows students to program, compile, simulate, analyze, and debug their designs. This laboratory was created through a generous gift from John A. Swanson, a Pitt alumnus and friend of the University. Swanson Center for Micro and Nano Systems (SCMNS) The Swanson Center for Micro and Nano Systems supports the numerous micro and nano technology research projects taking place in the School of Engineering. In the Center, industry members have the opportunity to work side by side with the researchers on emerging micro and nano technologies. The epicenter of the SCMNS activity occurs in the John A. Swanson Micro/Nanotechnology Laboratory (JASMN). JASMN is a highly specialized research and educational facility directed for design, fabrication, and performance characterization of various engineering systems at the micro- and nano-scales. This laboratory is built upon the existing capabilities in precision manufacturing, smart materials and transducers, rapid prototyping, and semiconductor fabrication in the Swanson School of Engineering. For the typical silicon-based MEMS processing, the school is already equipped with various workstations and laboratories for lithography, thin-film deposition, wet-etching, bonding, and device characterization. The JASMN Laboratory has

recently expanded its research capabilities to both nano-scale devices and non-silicon-based thick-film micro-devices. New fabrication equipment, such as thick-film deposition/patterning facilities, deep reactive ion etching facilities, and special equipment to develop MEMS devices for biological and medical applications has bee incorporated into JASMN. â&#x20AC;˘ Sounds, Systems, and Structures Laboratory â&#x20AC;˘ Vibration and Control Laboratory

Academic Record This section contains an overview of enrollment, diversity, student awards, and degrees conferred for the past academic year.

Student Awards and Honors HONOR STUDENTS Fall 2010 Top 2% Undergraduate Honors Students Seniors Jacob C. Boe Daniel P. Browe Benjamin J. Bucior Nicholas M. Czarnek Wayne D. Dailey Laura A. Dempsey Julianne D. Fatula Randall L. Gamble

Brian Hu John G. Kazmierczak Andrew T. Kenny Philip D. Konieczny Michael J. Krajcovic Christopher R. Murrett Ryan P. Niemic Steven G. Sachs

Julie A. Schalles Jacob D. Schultz Sameer S. Shroff Randy N. Stein Donald J. Virostek Anna K. Yoney

Jacob M. Kiefer Garrett M. Klein Joshua E. Mealy Paul E. Monroe Grace E. Owens

David W. Palm Ian T. Steck Carsen A. Stringer Brian M. Tackett

Nicholas J. List Stephanie E. Momich Todd M. Moyle Julie L. Solar

Michaelangelo D. Tabone Bo Wang Charles P. Yocum

Juniors Alexa D. Becker Olivia A. Creasey David J. Eckman Cullen C. Grover Nathan A. Hunter 2010 Graduates Stephen C. Balmert Thomas W. Chase Eric M. Chontos Robert W. Durso

ACHIEVEMENT REWARDS FOR COLLEGE SCIENTISTS, PITTSBURGH CHAPTER, WESTINGHOUSE ELECTRIC COMPANY AWARD, to Megan A. Jamiolkowksi. AKER SOLUTIONS SCHOLARSHIP, for a meritorious student, to Erica C. Flinchbaugh. AMERICAN CHEMICAL SOCIETY GRADUATE STUDENT AWARD IN ENVIRONMENTAL CHEMISTRY, to Heng Li. AMERICAN HEART ASSOCIATION CLAUDE R. JOYNER M. D., RESEARCH FELLOWSHIP, to Jong J. Kim.

AMERICAN HEART ASSOCIATION GREAT RIVERS AFFILIATE PREDOCTORAL FELLOWSHIP, to Kalidasan Thambiayya. AMERICAN SOCIETY FOR ARTIFICIAL INTERNAL ORGANS PAUL S. MALCHESKY STUDENT FELLOWSHIP, to Amanda R. Daly. ATS-CHESTER ENGINEERS FELLOWSHIP, to graduate students in civil and environmental engineering, to Jennifer M. Howells and Megan N. Witkowski. MICHAEL BAKER CORPORATION SCHOLARSHIP IN CIVIL ENGINEERING, for meritorious civil engineering students, to Ryan P. Butler, Bradley B. Clark, and Kristin R. Dauer. BASHIOUM AWARD IN CHEMICAL ENGINEERING, for participation in departmental activities in chemical and petroleum engineering, to Nicole L. Hoehn. RUSSELL VOHR BECKETT AND HAZEL LEY BECKETT SCHOLARSHIP IN ELECTRICAL AND COMPUTER ENGINEERING, for undergraduate students in electrical or computer engineering, to John R. Bates, Daniel J. Campo, Karen Cheung, Tyler A. DeGirolamo, Akshay Hari, William J. Hinzman, Kyra F. Lee, Henry G. Leung, Steven M. McCarroll, Nathan R. Roberts, and Chenell E. York. BECKMAN SCHOLAR, to Siddharth Jhunjhunwala. PHYLLIS S. BERSON SCHOLARSHIP, to an outstanding student in engineering, to Wilton T. Snead. SELWYN D. BERSON SCHOLARSHIP, to outstanding students in engineering, to Taylor A. Bissell, Benjamin K. Dichter, and Trevor J. Staab. GEORGE M. BEVIER FELLOWSHIPS, to Stephen C. Balmert, Jeffrey W. Barker, William R. Barone, Matthew J. Bauman, Kory J. Blose, Kasey A. Catt, Chieh-Li Chen, Collin D. Edington, Kathryn F. Farraro, Saik Kit Goh, Shimeng Huang, Megan A. Jamiolkowski, Richard G. Jeffries, Chang Jiang, Noah Johnson, Scott D. Kennedy, Soroush S. Khanlou, Katrina M. Knight, Jeffrey T. Krawiec, Bin Mao, Chelsea A. Marsh, Danielle M. Minteer, Douglas A. Nelson, Nicole J. Ostrowski, Robert G. Rasmussen, Carmen N. Rios, Christopher D. Saylor, Noah R. Snyder, Kevin D. Staton, Cody A. Stone, Daniel K. Stough, Quan Tao, Jason Tchao, and Xin Wang. DAVE AND JEANETTE BUNDY SCHOLARSHIP, to meritorious undergraduate students in engineering, to Jaren P. Bailey, Jillian W. Bonaroti, Jenna L. Gilbreath, and Matthew R. Kaminski. FRANCIS J. BURTT SCHOLARSHIP, for an outstanding engineering student, to Andy Abdel-Kader. CARNEGIE SCIENCE CENTER AWARD, to Bryan N. Brown. THE CENTER FOR ENERGY UNDERGRADUATE RESEARCH SYMPOSIUM, poster category first prize, to Emily N. Wolff. THE CENTER FOR ENERGY UNDERGRADUATE RESEARCH SYMPOSIUM, video category first prize, to Christopher D. Rovensky. CENTER FOR THE NEURAL BASIS OF COGNITION GRADUATE FELLOWSHIP, to Erin A. Crowder. SHIO-MING CHIANG UNDERGRADUATE SCHOLARSHIP IN CHEMICAL AND PETROLEUM ENGINEERING, to Jana J. DuMond, Austin D Healey, Jennifer E. Kay, Angela J. Nepa, and Danielle M. Pooler. GEORGE H. CLAPP SCHOLARSHIP, for academic merit, to Laura A. Dempsey, Benjamin K. Dichter, Rosa E. Goldstein, Jennifer C. Huling, Jessica C. Huynh, and Philip T. Zucker.

LON H. COLBORN SCHOLARSHIP IN CHEMICAL ENGINEERING, to a deserving student majoring in chemical and petroleum engineering, to Trevor W. Bublitz. WILLIAM R. COOK SCHOLARSHIP, to a deserving student in chemical and petroleum engineering, to Trevor W. Bublitz and Jennifer E. Kay. FRANK E. COSTANZO SCHOLARSHIP, for academic merit, to Trevor J. Staab. JAMES COULL MEMORIAL SCHOLARSHIP, for an outstanding graduate student in the chemical and petroleum engineering department, to Rahul D. Solunke. HARVEY L. CUPP JR. SCHOLARSHIP, to a deserving student in mechanical engineering, to Alexander J. Hamilton. ALFRED M. DANZILLI SCHOLARSHIP, for meritorious achievement in engineering, to Lalithasree Chintam. JAMES AND MARGARET DEGNAN SCHOLARSHIP, for undergraduate students in chemical and petroleum engineering, to Ashley N. Capco and Austin D. Healey. RALPH W. DENISEVICZ MEMORIAL SCHOLARSHIP, to outstanding electrical engineering students, to Evan M. McCullough and Charles A. Saunders. ARTHUR C. DICK ENDOWED SCHOLARSHIP, for high-achieving students in engineering, to Wayne D. Dailey, David B. Dgien, Adam L. Dobson, Rebecca L. Everett, Laura J. Gay, Evan T. Graupmann, Brian H. Hu, Erica Parise, and Bernard F. Siu. DiPAOLO ENDOWED SCHOLARSHIP IN CIVIL ENGINEERING, to a meritorious civil engineering student, to Michael J. Mish. GEORGE S. DIVELY UNDERGRADUATE SCHOLARSHIP, for academic achievement in engineering, to Anca L. Pelinescu. SAMUEL J. EASTON JR. MEMORIAL SCHOLARSHIP, for outstanding upperclassmen in electrical engineering, to Evan M. McCullough, David C. Oakley, and Justin P. Oliano. CHARLES CLAY ELMERS MEMORIAL SCHOLARSHIP FOR METALLURGICAL ENGINEERING, for junior, senior or graduate students majoring in metallurgical engineering, to Mary E. Biddle, Rita N. Patel, Sameer S. Shroff, and Jason J. Wolinsky. ENGINEERING MINORITY SCHOLARSHIP, for achievements and leadership in engineering, to Victoria Lai and Gabrielle F. Salazar. THE WILSON J. AND KAREN A. FARMERIE FOUNDATION SCHOLARSHIP, to undergraduate students in mechanical engineering, to Jonathan E. Dumm and Bridget M. Endler. FESSENDEN-TROTT SCHOLARSHIP, for outstanding scholastic merit and activities, to James R. Day, Timothy M. Gallo, Justin M. Gray, Sean C. Oâ&#x20AC;&#x2122;Brien, Kameron A. Sanzo, and Nicholas P. Stamatakis. JOSEPH H. AND ROSE P. FIELD ENDOWED SCHOLARSHIP, for a deserving student enrolled in engineering, to Joseph R. Petrulli. REGIS F. FILTZ SCHOLARSHIP, for qualified students from the Norwin School District, Westmoreland County, or Western Pennsylvania, to Julianne P. Friend and Jonathan M. Weimer. PAUL F. FULTON MEMORIAL SCHOLARSHIP, for academic achievement in chemical and petroleum engineering, to Lindsey E. Elnikar, Justin W. Lehr, and Michael A. Ramella.

JAMES, JR. AND WILLIAM GARDNER SCHOLARSHIP, for outstanding students in engineering, to Kristen R. Gottron and Bernard F. Siu. ALBERT E. AND OLGA GAZALIE ENDOWED SCHOLARSHIP, for high academic achievement in engineering at the undergraduate level, to Jefferson G. Argyros, Vincent P. Dâ&#x20AC;&#x2122;Ottavio, and Gautam Vangipuram. GENERAL MOTORS FOUNDATION SCHOLARSHIP FOR MINORITIES, for academic achievement, to Daniela T. Aizpitarte and Ranique D. Roquemore. GENERAL MOTORS FOUNDATION SCHOLARSHIP FOR WOMEN, for academic achievement, to Kate M. Cloonan and Sara L. Morneweck. BARRY M. GOLDWATER SCHOLARSHIP honorable mention, to Heather L. Duschl. HALLIBURTON FOUNDATION SCHOLARSHIP, for undergraduate students planning a career in engineering, to Peter J. Brendel, Geanine R. Castaldi, Rachael Dalecki, Brogan N. Guest, and Scott C. Streiner. DONALD M. HENDERSON ENGINEERING SCHOLARSHIP, to outstanding African American students in engineering, to Ahmed I. Kashkoush, Olubanke I. Kayode, Roger C. Walker, and Naomi G. Young. DOUGLAS KENNEY HUBER MEMORIAL OUTSTANDING SENIOR AWARD, in chemical and petroleum engineering, to Monica M. Stalzer. INTERNATIONAL INSTITUTE OF FIBER REINFORCED POLYMERS IN CONSTRUCTION APFIS 2009 BEST PAPER AWARD, at the second annual Asia Pacific Conference, to Jarret L. Kasan. K. LEROY IRVIS FELLOWSHIP, to provide outstanding African American students the opportunity to become involved in research in engineering, to Katrina M. Knight and Christopher M. Shelton. NATHAN BERND JACOBS SCHOLARSHIP, to a talented, industrious student in engineering, to Luther F. Schalk. JOHN A. JURENKO SCHOLARSHIP, for academic achievement by undergraduate electrical or computer engineering students, to Asher G. Finkel, Taylor T. Holmes, and David A. Hynek. WILLIAM J. KERSCHGENS MEMORIAL SCHOLARSHIP, to meritorious students enrolled in engineering, to Rachel E. Hoyer, Robert W. Kosarowich, Kelvin Luu, Corinne T. McClain, and Benjamin M. Zeldes. ELMER J. AND CHARLOTTE MCMURRAY KIDNEY MEMORIAL SCHOLARSHIP, for academic achievement, to Mark J. Bucsek, Shirley X. Ma, and Christopher M. Sisk. FRANK W. KOZEL SCHOLARSHIP IN ENGINEERING, for a meritorious student, to Cameron Jones. EDWARD AND NOREEN LEVINE SCHOLARSHIP IN MEMORY OF DEAN HAROLD HOELSCHER, for an undergraduate student in engineering, to Shirley X. Ma. KARL H. LEWIS IMPACT ALUMNI ENDOWED FUND, to Deitrick F. Franklin. ROBERT v.d. LUFT SCHOLARSHIP, for academic merit in engineering, to Daniel P. Browe and Zachary F. Merrill. RICHARD J. MADDEN FOUNDATION SCHOLARSHIP, for undergraduate electrical or computer engineering students, to Nicholas M. Czarnek, James T. Dameron, Bryan J. Gielarowski, Philip D. Konieczny, Thomas D. Nason, Alex A. Patterson, and Zachary D. Sweigart. ARTHUR MARIMPIETRI ENDOWED SCHOLARSHIP, for undergraduate engineering students in the Department of Mechanical Engineering and Materials Science, to Michael L. Belair, Mark R. Benkowski, Robert

E. Carey, Luby Choi, Matthew R. Esola, Karl R. Koleck, Christopher T. Lakin, Nicholas B. Lingle, Jonathan J. Lui, Heather E. Pacella, and Yuyang Xu. McGOWAN TRAINEE CAREER ADVANCEMENT PROGRAM SCHOLARSHIP, to Bryan N. Brown. EDWIN B. McKINNEY STUDENT RESOURCE FUND, for undergraduate students in electrical engineering, to Maria A. Legato, Michael W. Rogers, and Shaw Yu. JOHN M. MILLIKEN MEMORIAL SCHOLARSHIP, for meritorious students from Allegheny County, Pa., enrolled in engineering, to Lisa A. Buono, Jesse R. Minuto, Michael T. Stuck, and Lisa R. Volpatti. FRANK E. MOSIER SCHOLARSHIP, for engineering honor students from Elk County or Western Pennsylvania, to Erica L. Carson and Louis A. Miller. NATIONAL DEFENSE SCIENCE AND ENGINEERING GRADUATE FELLOWSHIP, to Erin A. Crowder. NATIONAL INSTITUTE OF HEALTH PRE-DOCTORAL FELLOWSHIP AWARD, to Andrew J. Glowacki. NATIONAL SCIENCE FOUNDATION GRADUATE FELLOWSHIP, to Emma M. Baillargeon, Erin A. Crowder, and Katherine M. Povirk. OUTSTANDING RESEARCH ASSISTANT AWARD, to Liangliang Cao. OUTSTANDING SENIORS, to Stephen C. Balmert, Zachary M. Matthews, Todd M. Moyle, Nicole J. Ostrowski, Dhwani H. Patel, Andrew S. Thornburg, Charles P. Yocum, and Yi Zhuang. OUTSTANDING TEACHING ASSISTANT AWARD, to Andrew J. Glowacki. MARK G. PAPA SCHOLARSHIP, for undergraduate students in chemical and petroleum engineering, to Rodney S. Andrews, Ryan S. Bhagratti, Benjamin J. Bucior, Rebecca J. Byrnes and Danielle M. Pooler. JOHN C. PAPP ENDOWED SCHOLARSHIP, for qualified students preferably from Riverview High School, Oakmont, Pa., to, Jonathan C. Dray, Julianne D. Fatula, Oliver C. Green, Megan E. Gunsaulus, Jessica E. Nevins, and Matthew D. Radacosky. PARKER HANNIFAN CORPORATION SCHOLARSHIP, to a meritorious in-state industrial or mechanical engineering student, to Eric M. Zatcoff. THE PITTSBURGH FOUNDATION WAYNE RAWLEY SCHOLARSHIP, for outstanding engineering students, to Stephen A. Albert, Alexa D. Becker, Akshay Hari, Michael G. Malencia, Emmett A. Manzo, Meghan A. McCutcheon, Grace A. Meloy, Paul E. Monroe, John M. Rovinsky, Andrew J. Seel, Sarah E. Songer, Ian T. Steck, Michael D. Watson, Jeffrey M. Weiss, and Matthew K. Weschler. THE PITTSBURGH FOUNDATION WELLINGTON C. CARL SCHOLARSHIP, for outstanding performance at the undergraduate level, to Emma C. Cinibulk, Michael J. Cunningham, Brian C. DeWillie, Hunter S. Eason Vanessa M. Edwards, Rafey A. Feroze, Rebecca J. Gerth, Cullen C. Grover, Claire A. Hoelmer, Andrew W. Kittka, Caitlyn E. McCann, Nicole T. McClain, Joshua E. Mealy, Lindsay A. Nelson, Ashley N. Nielsen, Andy K. Olsen, Phillip L. Olsen, Marshall L. Steele, Olivia G. Telford, Justin D. Wildemann, and Kyla R. Williams. PEX CLASS OF 1949 ENDOWED SCHOLARSHIP, to outstanding students in engineering, to Ryan P. Niemic, Danielle M. Rager, and Corey A. Ray. PROFESSIONAL PROMISE AWARD IN CHEMICAL ENGINEERING, to Monica M. Stalzer. ROTARY AMBASSADORIAL SCHOLARSHIP, to David M. Gau.

ROBERT E. RUMCIK '68 SCHOLARSHIP, for academic merit in materials science and engineering, to Jason Bennet, Andrew J. Foltiny, and Rita N. Patel. SILENT HOIST AND CRANE COMPANY AWARD, for meritorious achievement in chemical engineering, to Brittany A. Chambers, Stanislaw P. Gawal, and Karen A. Kaminsky. EDWARD J. SLACK ENDOWED SCHOLARSHIP, for academic achievement by engineering students, to Andrew J. Janaitis, Andrea L. Shoffstall, Blair C. Suter, and Brandon R. White. CRAIG STARESINICH SCHOLARSHIP, for undergraduate students in engineering, to Lucas A. Duvall and Nicole M. Salamacha. EDWARD B. AND GERALDINE J. STUART MEMORIAL SCHOLARSHIP, for chemical engineering students who show scholastic excellence and service to the community, University, and department, to Joseph A. Miccio and Lauren M. Sakerka. SUNOCO FELLOWSHIP AWARD, for a student in chemical and petroleum engineering, to Sam N. Rothstein. JOHN A SWANSON SCHOLARS, for students in engineering, to Kyron H. Abraham Jr., Rebecca O. Akinlosotu, Devon L. Albert, Carlos R. Arguero, Giancarlo F. Binando, Emmeline L. Blanchard, Christine F. Bontempi, Jake R. Bosin, Greta R. Brecheisen, Eric M. Brichler, Eric A. Buescher, Lisa A. Buono, Ryan M. Byrne, Maxim Campolo, Nicholas D. Colley, Ceclia A. Collins, Keelen P. Collins, Sean M. Cooper, Patrice N. DaValt, Jada M. Davis, Kevin A. Day, Antonio C. Deshields, Ryan N. Dohn, Jenna L. Dziki, David J. Eckman, Conor D. Freeland, Brittany E. Givens, Jillian K. Gorski, Erin E. Gramling, Erica N. Grasinger, Bradley J. Harken, Rhombus J. Harloff, Joseph C. Hughes, Steven V. Iasella, John I. Izevbigie, Erik M. Jensen, Stephen J. Johnson, Austin J. Kamykowski, Kaushik Kannan, Logan M. Kausch, Jaclyn C. Krogh, Joseph R. Landry, Katelyn J. Loughery, Victor U. Mbakwe, Gerald T. McFarlin, Johlize M. McNeil, Patrick G. O’Donnell, Joseph Petrich, Mallori M. Pherson, Jordan X. Poindexter, Arvind Prasadan, William C. Price, Oscar T. Prom, Michael J. Randazzo, Rohit R. Rao, Caroline R. Repola, Cristian A. Riley, Michael N. Rutigliano, Matthew W. Schmidlin, Andrew W. Schultz, Rebecca W. Siegrist, Alexander R. Sieman, Connor M. Spielman, Christopher W. Stavrakos, Peter J. Stegman, Benjamin P. Stein, Kirsten M. Taing, Raymond J. Van Ham, Elissa Warmbrand, Stephen M. Whaite, Cynthia Wong, and Jennifer L. Yeager. SAMUEL A. TAYLOR SCHOLARSHIP, for meritorious achievement in engineering, to Benjamin M. Zeldes. TEXACO FOUNDATION MINORITY ENDOWED SCHOLARSHIP, for a high achieving minority student in engineering, to Patrice N. DaValt. MARGARET A. THOMAS MEMORIAL SCHOLARSHIP, to students who demonstrate high scholastic aptitude, to Julianne D. Fatula and Joanna M. Male. JOHN W. TIERNEY SCHOLARSHIP, for outstanding academic achievement and service to the Department of Chemical and Petroleum Engineering, to Wafa Koubaa. UNITED NATIONS EDUCATIONAL SCIENTIFIC AND CULTURAL ORGANIZATION AND DAIMLER, MODIALOGO ENGINEERING SILVER AWARD, for local and international student teams to develop proposals to improve the quality of life in the developing world, to Bhavna Sharma. 2010 UNIVERSITY CO-OP STUDENT OF THE YEAR, to Jared J. O’Connell. U.S. DEPARTMENT OF ENERGY AT THE NATIONAL ENERGY TECHNOLOGY LABORATORY, UNITED RESEARCH SERVICES ENERGY AND CONSTRUCTION SCHOLARSHIP, to Monica S. Nicola. GEORGE WASHINGTON PRIZE, finalists, to engineering students who demonstrate qualities of academic excellence, service and leadership, to Jennifer M. Howells and Alexis L. Nolfi. GEORGE WASHINGTON PRIZE, winner, to an engineering student who demonstrates qualities of academic excellence, service and leadership, to Michael J. Nayhouse.

EPHRAIM WERNER ENDOWED SCHOLARSHIP, for students in chemical, materials science, or metallurgical engineering, to Stephen J. Denninger, David J. Kraemer, and Benjamin R. Schneider. WHITAKER FOUNDATION FELLOWSHIP, for bioengineering students, to Michael S. Freedman and Matthew G. Perich. WHITAKER INTERNATIONAL FELLOWSHIP, for a bioengingeering student, to Matthew G. Perich. WOMEN’S AUXILIARY TO THE AMERICAN INSTITUTE OF MINING, METALLURGICAL AND PETROLEUM ENGINEERS, INC., NATIONAL SCHOLARSHIP AWARD, to Stephen M. Lamm. WILLIAM R. YAPLE SCHOLARSHIP, for a student in mechanical engineering, to Matthew D. Radacosky. JOSEPH E. ZUPANICK SCHOLARSHIP IN MECHANICAL ENGINEERING, for deserving engineering students, to Jacob C. Boe and Justin L. Bressi.

Engineering Cooperative Education Program Participating Companies 2010-2011 ABB Inc/Cleveland, OH Accenture, Inc./Greentree, PA Acutronic USA Inc/Blawnox, PA Aerotech/Blawnox, PA AIG Advanced Integration Group/McKees Rocks, PA Air Products & Chemicals/Allentown, PA AK Steel/Butler, PA AKJ Industries/Ft. Myers, FL* Alcoa/Cleveland, Ohio Allegheny Energy Alliance Coal/Lexington, KY* American Bridge Corporation American Contracting & Environmental Services/Laurel MD Amman & Whitney Ansaldo ST ANSYS, Inc./Canonsburg, PA Appleton Papers Applied Control Systems, Inc. Arcadis/Seven Fields, PA Areva T & D/Charleroi, PA ArgonST/McLean, VA Ariel/Mt. Vernon, OH ATI/Allegheny Ludlum/Brackenridge, PA Atlantis Technologies* BASF/Monaca, Pa & Evans City, PA Bayer Material Science/Pittsburgh PA Bentley Systems/Exton, PA Bimbo Bakeries/Philadelphia, PA BMW/Spartanburg, SC Bombardier/West Mifflin, PA Boston Scientific/Spencer, Indiana* Brayman Construction/Saxonburg, PA Bunting Graphics/Verona, PA C3 Controls/Beaver, Pa Cameron Measurement Systems Carbon Steel Inspection Cargill/Sioux City, IA* Carpenter Technology Centacor/Malvern, PA* ChemAdvisor ChemRisk Chester Engineers* CIA/Washington, DC* City of Pittsburgh

Civil & Environmental Consultants Cohera Medical Compunetix/Monroeville, PA Converteam/Cheswick, PA Cook Myosite Corna/Kokosing/Columbus, OH Crane Company/Houston, TX Crayola/Easton, PA Crucible Compaction Metals, Inc. Crucible Research C.S. Davidson/York, Pa Curtiss-Wright EMD Danaher Corporation Delta Airport Consultants/VA Diamond Staffing* Dick Corporation Dickâ&#x20AC;&#x2122;s Sporting Goods Disney World/Orlando, FL Domtar/Johnsonburg, PA Dow Chemical/Midland, MI* DTE Energy E.I. Dupont/Newark, DE Eaton Electric ECI Telecom Ellwood Group, Inc. Emerson Process Management Energy Management Consultants/Carlisle, PA EMS Environmental/Bethlehem, Pa Equitable Resources Ethicon Endo- Surgery/Cincinnati, OH EverPower Wind Holdings/Pittsburgh, Pa Exonic Systems/BW Rogers ExxonMobil/Fairfax, Va Federated Investors* FedEx Ground Corporate FedEx Ground Facilities First Energy Corporation/Akron, Ohio First Energy Nuclear Corporation Frito Lay/York, PA* GAI Consultants Genco Supply Chain Solutions* G.E. Aviation/Cincinnati Ohio G.E. Industrial Systems / Bridgeville PA G.E. Infrastructure/Erie, PA G.E. Lighting/Bridgeville PA

Giant Eagle, Inc. Glatfelter/Chillicothe, Ohio* GlaxoSmithKline/Philadelphia, Pa* Great Lakes Construction/Hinckley, Ohio* Groundwater & Environmental Services/Exton, Pa Grunley Construction/Maryland* Hankook Tire/Akron, Ohio Harley-Davidson Heinz North America Heraeus* Hershey Chocolates USA Honda of America/Marysville, Ohio Human Engineering Research Lab IBACOS, Inc Industrial Scientific/Oakdale, PA Innovation Works James Construction/Carnegie, PA Joy Mining&Manufacturing/Franklin, Pa KEMA Powertest* Kennametal Inc./Latrobe, Pa KI SheetMetal* Kiewit Construction Company Lanxess Lidestri Foods, Rochester, NY* Logistics Management Institute/McLean, VA Lord Corporation/Erie, Pa Lubrizol Corporation/Wyckliffe, Ohio Lutron/Coopersburg, Pa Maguire Group Mascaro Construction Massaro Construction McCormick-Taylor/Harrisburg, PA MC Dean/Dulles, Va McGowan Institute/UPMC McNeil Consumer Healthcare/Ft. Washington, PA McNeil Consumer Healthcare/Lititz, PA Medrad, Inc.* Metso Minerals/Canonsburg, Pa Michael Baker Corporation/Coraopolis, PA* Mine Safety Appliances / Cranberry PA Mine Safety Appliances / Murrysville PA Morris Knowles & Associates/Delmont, PA NASA/Glenn Research/Cleveland, Ohio NASA/Goddard/Greenbelt, MD

NASA/Johnson Space Center/Houston, TX* National Security Agency/MD Naval Surface Warfare Center/Philadelphia, PA/Bethesda, MD Norfolk Southern/Norfolk, VA Northrop Grumman Corporation Nova Chemicals/Monaca, PA Oâ&#x20AC;&#x2122;Donnell Consulting OHM Labs OmNova Solutions/Akron, Ohio P.J. Dick Corporation Paul C. Rizzo Associates/Pittsburgh, PA* PA Dept of Transportation / Bridgeville Pepco Holdings/Newark, DE Philips Medical/Cleveland, Ohio* Pittsburgh Water & Sewer Authority PKMJ Technical Services/Moon Twp, PA Plextronics* Pennsylvania Power & Light/Allentown, PA* PPG/WV* QinetiQ-NA Raudenbush Engineering RE2* Relex Software Corporation Reserved Environmental Services* Robinson Industries/Zelienople, PA Roman Mosaic Company Ross Distributors/Carlisle, PA Rycon Savannah River Site/Aiken, SC Savvior Technology Solutions Schroeder Industries LLC/Leetsdale, PA Sesame Place/Langhorne, Pa* Siemens Power Generation/PennHall, PA Snake Tray/Long Island, NY Sonneborn Spartech/Donora, PA Talisman Energy/Monaca, PA* Teamus Construction/Carnegie, PA Tetratech NUS Timesys Corporation Timet Toyota/Ann Arbor, Michigan Trumbull Corporation/West Mifflin, PA Turner Construction Ulliman Schutte/Miamisburg, Ohio Universal Electric Universal Stainless/Bridgeville, PA U.S. Army Corps of Engineers

United Parcel Service/New Stanton PA University of Pittsburgh/Dr. Steven Levitan UPS Professional Service/NewStanton,PA URS/NETL USAirways Valspar /Rochester, PA Venture Engineering* Verizon Wireless/Bridgeville, PA VoCollect/Monroeville, PA Volvo Construction Equipment/Shippensburg, PA* WalMart Logistics/Bentleyville, AR Washington Penn Plastics/Washington, PA Walsh Construction Westinghouse Electric Co./Cranberry Twp, PA Westinghouse Energy Center Westinghouse Specialty Metals/Blairsville, Pa West Virginia Dept of Transportation* ZollLifecor/Blawnox, PA

Graduate Roster: 2010-11 August - 2010 Bioengineering

None

CERTIFICATE Energy Resources Utilization

Shannon Alexandra Balke Tushar R. Karkhanis Fanke Qin Adam Gregory Smelko Mitchell J. Thompson III Danielle Yang

Industrial Engineering

None

Matthew Ross Kaminski

CERTIFICATE Fessenden Honors in Engineering

Materials Science and Engineering Shannon Alexandra Balke Danielle Yang

None Chemical Engineering Mechanical Engineering Nicholas A. Barone Dustin M. Copenhaver Patrick E. Vescovi Civil Engineering Thomas Matthew Hurney III Bryan James Jenks Eric F. Lange Christopher Mattera Timothy Michael Pratt Dana Eileen Slone R. Tyler Stevens Jonathan Turban Herbert Berkeley Williams Lawrence A. Yakich Computer Engineering Kennan G. Arlen Jeffrey M. Brinkhus Russell G. Evans Michael Ryan Flynn Nigel M. Foucha Jeffrey M. Koenig Mikhail Lemkov Greg M. Nehus Matthew D. Odille Timothy Scott Sarnese Vincent David Schiarelli Electrical Engineering Mark Joseph Harvilla Harrison George Molovich William Joseph Newmeyer, Jr. Matthew Louis Rehder Mark T. Ressler Richard J. Sniscak Charles J. Turner Michael Damien West Thomas A. Wooldridge

Andrew David Archambault Andrew Phillip Churilla Corey Prescott Churilla Grant B. Coolbaugh Joseph B. Cornell, Jr. Jeffrey Thomas Davis Nathaniel R. Donohue-Babiak James Michael Eliou Ross B. English Bryan Daniel Furey Larry D. Gilliam, Jr. Jonathan P. Graziano Adam M. Hughey Nathan Allen Knox Stephen Lawrence Lasek Nicholas John List William Thomas Frank Lusk Gregory Scott Newell Kelsey Lyn Ondras Theodore Rogers Andrew R. Schevets Andrew J. Seitz Christopher Lee Simpkins Justin Randall Smoker Michael Francis Studzienko Laura Jane Tesseneer Christopher Thai Eric D. Thorhauer Katelyn M. Troiani Louis William Turicik Patrick C. Wolfe Michael Bryan Zimmerman

None CERTIFICATE Nuclear Engineering Nicholas A. Barone Grant B. Coolbaugh James Michael Eliou Bryan Daniel Furey Jonathan P. Graziano Adam M. Hughey Nicholas John List William Thomas Frank Lusk Gregory Scott Newell Kelsey Lyn Ondras Michael Francis Studzienko CERTIFICATE Product Realization None MASTER OF SCIENCE Bioengineering Diana Gaitan Leon Matt Thomas Oberdier Isabelle Elfriede Valenti Chemical Engineering

Metallurgical Engineering

None

Civil Engineering

CERTIFICATE Civil Engineering and Architectural Studies

Casey D. Hanner Derek Randal Mitch Adam M. Sam Scott O. Shrake Mahdi Tajari

None Engineering Physics

CERTIFICATE International Engineering Studies

Computer Engineering

Chemical Engineering

None

Candice Lee DeLeo Nitin Vilas Tople

None

Jared E. Carlson Steven V. Chiado Sonya Gray Daley Alexander Jonas Damewood Jacob Levon Denson Anthony W. Deramo Robert William Durso Cody Michael Earnest Seth W. Gahman Cory Allen Harris Mathew T. Harris Lindsay A. Hohn Stephen R. Hovick Mitchell D. Jacobs Jeffrey Michael Kocis Alex J. Ludinich Michael Zachary McLain Alexander Thomas Misiti Edward Joseph Mullen Huytu Nguyen Sean Patrick O'Dell Donald M. Osinksi Alissa S. Petrik Anthony R. Pinto Christopher M. Pugliesi Edward John Regula, Jr. Stephen David Scheerer Joseph William Schultz Louis J. Seidel Robert Joseph Snyder, III Ryan J. Swift Douglas Patrick Templeton Andrew M. Timbrook Matthew B. Turko Hendrick James van Hemmen John William Zacheiss

Chemical Engineering

Computer Engineering

Logan Scott Baker Kofi O. Bonsra Ashley Nicole Capco Michael Degenhart Michael Stephen DiPietro Lucas A. Duvall Michael R. Ickes Benjamin Joseph Koches Stephen Michael Lamm Daniel T. Metelsky Jared J. O'Connell Timothy James Parenti Jenna M. Pribanich Carmen David Teolis William Owen Tuttle

Sean Christopher DeHarde Zachary Wayne Duncan Daniel S Fitzpatrick Ryan M. Holzapfel Michael Justin Riley Brian Thomas Schmalzried Bradley Mark Vukich

Electrical Engineering Civil Engineering Raghav Khanna Ang Li Joseph John Oresko II Danlu Rong Joshua Richard Stachel Yucai Wang Industrial Engineering Fuad Samih Ashwash Scott Edward Baciak Erin Leigh Buchanan Matthew C. Dancho Bryan Dennis Kowalski Erin N. Price Steven P. Prock Johnathan Demond Rideau Ying-Hsuan Shih Juan Carlos Zurita Materials Science and Engineering

Juan Jose Gutierrez Heng Li Electrical Engineering Zhanpeng Jin John Francis Kalafut Industrial Engineering Gorkem Saka Materials Science and Engineering None Mechanical Engineering Tony Lee Kerzmann Veronica Bree Miller Lifeng Qin

Anupam K. Gupta Gregorio Solis Bravo

December -2010

Mechanical Engineering

BACHELOR OF SCIENCE

Timothy James Bagatti Kenneth Jacob Huber Douglas Scott Jackson Wesley Andrew Knotts Adrienne Mackanin Scott T. Mullaugh Collin C. Otis Aaron Shane Petrucci Jason Scott Young

Bioengineering

CERTIFICATE Nuclear Engineering Jason Scott Young DOCTOR OF PHILOSOPHY Bioengineering Bradley G. Impink Carl Anthony Johnson, Jr. Marshall Chance Spalding Vijay Krishna Venkatraman John Michael Wainwright Silvia Wognum

Civil Engineering Matthew T. Brody Kyle William Brower Brian B. Budny 67

Electrical Engineering Hashim Abbas Al Hassan Jessica Marie Burger Eric Matthew Chontos Stephen Patrick Churilla Tyler M. Dorsner Jason T. Dusch Joseph Powell Farmer Nicholas G. Franconi Nathan Daniel Gremba Sean Hartley Sean Christopher Hasher

John Andrew Kaiser, Jr. Kenneth James Keaney Mathieu H. Kippelen Jonathan D. Kurtz Thomas J. Lesperance David R. Lubic Andrew Leonard Manderino Paul Francis McGowan, Jr. Farshid Momayezi Marissa Ann Spencer Jessica L. Stein William David Thompson Engineering Physics

William Robert Klein William N. Lauer Michael C. Oyler Heather E. Pacella David Palamides Andrew Winfield Perkins Philip C. Rost Andrew Wayne Sadley Mary Brooke Sciarrotta Richard Eric Secola Travis Hunter Sefzik Rachel Kathryn Ungerman Matthew Joseph Weinstein Daniel C. Westover

None

Metallurgical Engineering

Industrial Engineering

None

Taylor W. Blackman Chad Matthew Bruns Amanda Lynn Buono Alissa M. Fry Matthew P. Hamilton Andrew D. Hope Pierce Ivery Caitlin Elizabeth Keen Matthew Wayne Koller Jonathan William Loadman Joseph Diehl Mateer Christopher Troy Kwame Mensah Paul Joseph Mulholland Elizabeth Ann Nabasny Ryan David Nath Matthew Harrington Orochena Natalie Anne Rozum Mark David Sabatini Katherine Marlene Shesko Julie Lynn Solar James Stephen Waight

CERTIFICATE Civil Engineering and Architectural Studies

Carmen David Teolis CERTIFICATE Product Realization None MASTER OF SCIENCE Bioengineering Gregory Gardner Robert Allen Hartman Nathan Daniel Moore Harsh Narendrakumar Patel Rohan Pinto Nicole Schapiro Chemical Engineering

Materials Science and Engineering Jason Bennett Emily Ross Mechanical Engineering Michael P. Barry Jarret A. Bridge Maria C. Brooks David D. Cimino Michael James Clark Jon S. Clausen Tyler E. Culvahouse Kasey Dolan Jonathan A. Duvall David J. Dziedzic Christopher J. Hughes Matthew R. Hussey

Bing Wei Civil Engineering

None CERTIFICATE Energy Resources Utilization None CERTIFICATE Fessenden Honors in Engineering None CERTIFICATE International Engineering Studies None CERTIFICATE Nuclear Engineering Logan Scott Baker Jessica Marie Burger Eric Matthew Chontos David D. Cimino Kasey Dolan David J. Dziedzic Matthew R. Hussey John Andrew Kaiser, Jr. Kenneth James Keaney William Robert Klein Benjamin Joseph Koches Daniel T. Metelsky Jared J. O'Connell Timothy James Parenti Jenna M. Pribanich Andrew Wayne Sadley Mary Brooke Sciarrotta 68

Robert John Cass Robert P. Conroy Scott M. Duda Rami Badreddine Eldanab Ryan S. Farmer Kerri Alyssa Gatti Jonathan Legare Hart Lei Lei Jay Michael Masi Bo Niu Joshua John Perry Luis C. Ramirez Adam Richard Roebuck Andrew Wayne Spangler James P. Thornton Lucas Timothy Turko Adam Richard Walkowiak Megan Nicole Witkowski Scott Charles Yeager Xuan Zhu Computer Engineering Yong Li Electrical Engineering Adam E. Balawejder Mathew H. Keefer Raymond Paul Kovacs Jr. Ryan Daniel Macel Ryan J. Marino Thomas William Obringer Robert Gerard O'Connor Mona Hussein Ramadan Vikas Revanna Shivaprabhu

Ruchi Singh Scott Sweeny Alan James Wright Yaojun Zhang Zhengnan Zhang

Chemical Engineering

Bhavna Sharma Amir Soltani

Philip Joseph Pavlik Anca Laura Pelinescu Brooklynn Paige Rowland Samantha Jo D Schaefer David W. Smeresky Nicholas M. Thomas Gautam Vangipuram Rheena Aondraya Ware Jonathan Matthew Weimer

Electrical Engineering

Chemical Engineering

Yonggang Xi Di Xu Ning Yao

Nathan A. Aaron Jeffrey T. Bailey Ryan S. Baldwin Katie Lauren Bossong Timothy M. Busch Andrew Michael Carachilo Nathan L. Clohecy Erik Timothy Croushore Chelsea Ann D'Angelo Benjamin T. Dickinson Nicholas James DiSanti Lindsey Eden Elnikar Jared Robert Gaydas Daniel L. Jacobs Sondrayvonne Dom Nique JenningsWhite Jennifer Elizabeth Kay Whitney Cambria Kazer Jerod J. King Russell C. Ludwig Matthew John Mancuso Michael James Mazur Njideka Chinelo Mbonu Evan Christopher McMillin Shawn Thomas Miller Richard James Morales Stephen R. Pachuta Danielle M. Pooler Michael Anthony Ramella Christopher D. Rovensky David Matthew Rutkowski Brittany Ann Ryan Jacob Daniel Schultz Monica Margaret Stalzer Jennifer C. Stover Zachary Allan Studt Vasilios Nicolas Tsouris

Liangliang Cao Rahul Dushyantrao Solunke Civil Engineering

Industrial Engineering Francois Najib Bassil Prajwal Negalaguli Bhat Timothy Lawrence Erin Huihong Liu Brian John Porter Dhivyansh Sha Stergios Taris Varun Toshniwal Lu Zhang Whaley Materials Science and Engineering Edilberto Absalon Sanchez Karen Abigail Belmares Morales Dunia Araceli Diaz Diaz

Industrial Engineering Chen Li Tuba Pinar Yildirim Materials Science and Engineering None

Mechanical Engineering Mechanical Engineering Tyler William Crummy Nathan Carl Greco Ryan D. Griffin Michael Kevin Ikeda Bryan Thomas Mack Adrian Sirbu Chris Marvin Steuck Anthony George Trupiano Fatih Turan Stephen R. Vautard Ann M. Waters CERTIFICATE Nuclear Engineering Andrew L. Crotty Ryan D. Griffin Bryan Thomas Mack Chris Marvin Steuck Anthony George Trupiano DOCTOR OF PHILOSOPHY Bioengineering Bryan Nicklaus Brown Massimo Cenciarini Brooke Charae Coley Matthew Bruce Fisher Michelle Gabriele Laura Beth Meszaros Michael James Turkovich Joseph Bayer Vella II

Pavin Ganmol April â&#x20AC;&#x201C; 2011 BACHELOR OF SCIENCE Bioengineering Nicholas Vincent Apollo Michael John Bashline Samantha Beckowski Tavia Y. Binger Taylor Ariane Bissell Russell Carl Bregman Mark Joseph Bucsek David Martin Gau Stephanie Catherine Haberman Meredith J. Hanrahan Rachel E. Hoyer Brian Hsiao-Chuan Hu Diana Huang Jennifer Carol Huling Marion E. Joy Peter Kamelin John J. Krais Cory Edward Leeson Corinne Taylor McClain Loshna Bi Mohana Krishnan Jessica Erin Nevins Alexis Lauren Nolfi Andy Kenji Olsen Alexis Ruth Opp 69

Civil Engineering Allison L. Ackerman Mashaiel A. Alnifay Andrew Steven Athanasiou Brian James Bohenick Denae Lachelle Brown Geanine Rose Castaldi Bradley B. Clark Joshua L. Dodson

Jaclyn M. Eatherton William N. Febish David C. Fertal Haris Fetahagic Samuel P. Friedman Ricki Nicole Garden Samuel Ryun Gibson Rhombus James Harloff Ryan Andrew Hartenstein Craig Ryan Jubic Adam N. Junstrom Daniel Jeremy Kamen John Kazmierczak Nicolas Paul Lazzaro Christopher J. Leonard Samuel George Luffy Christopher Ryan May Stephanie J. Meek Michael J. Mish Lisa Jennifer Monahan Ian Mundy Lindsay Marie Myers Brian William Petrakis Nicholle Marie Piper Joseph Rais Michael Ryabin Jacob James Sangermano Luther Schalk Gregory W. Smith Daniel William Tatangelo David Christopher Tavaris Michael Ross Volkwein Parker R. Webb Paul G. Werntges Matthew S. Winschel Andrew W. Wissler Emily Nicole Wolff Jennifer Nicole Zettl Computer Engineering Amy Lynne Barvilchak Katlyn Colleen Daniluk Brian D. Dicks Heather Lynn Duschl Taylor T. Holmes Arsean Hooman David Alan Hynek Matthew D. Jarosh Thomas P. Kavsak Philip Donald Konieczny Alexander M. Mercer David C. Oakley, Jr. Victor Raymond Powell Albert Vento

Jenya Rose Debenedetti Bryan J. Gielarowski Katlyn Anne Jennings Nicholas E. Jones Andrew T. Kenny Justin M. Kibler Maria A. Legato Henry Gee Leung James Carl Matson Patrick J. McKibben Robert E. Myers III Alex A. Patterson Matthew Michael Penco Michael William Rogers Daniel Allen Rosenberry Zachary Adam Satira Charles Andrew Saunders Jeremy Andrew Sawyer Vladimir Vismer David Philip Wolff Sossena Cherise Wood Engineering Physics Vincent Isaac Page Philip Thomas Zucker Industrial Engineering Carly Elizabeth Deibler Andrew Paul Duggan Alexandra Dimitrievna Ermakov Andrew David Freeman Adam Fredrick Gogolski Rosa Evelyn Goldstein Michael A. Lesko Caitlin Jane Magley Kyle Kelly Murphy John Wilton Orr Ryan K. Parker Michael P. Reinhart Vincent J. Sartori Alex Matthew Stahl Robert C. Stiefel Scott Charles Streiner Phillip Martin Talarico Thomas Francis Tessier Justin F. Thomas Yu-Lan Tsai Ian Grant Walmsley Eric Myerson Zatcoff

Metallurgical Engineering Materials Science and Engineering None Andrew James Deeley Stephanie N. Porter Mechanical Engineering

CERTIFICATE Civil Engineering and Architectural Studies

Andy Abdel-Kader

None

Electrical Engineering Ellen Elizabeth Bachman Joshua D. Brown

John Robert Abel II Jason R. Acheson David E. Atwater Michael Charles Bennett Dwayne P. Blank Justin Lee Bressi Aaron W. Brown Nicholas Constantine Caffas Darren Anthony Campo Perry Lawrence Cansick Robert Edward Carey Gordon Hilding Collins Justin J. DelleDonne Andrew A. DeRubeis Nicholas John Duncan Bridget M. Endler Matthew David Erin Timothy Jay Frazier Justin Herbert Giunto Eric William Good Johnathan Scott Guthrie Alexander J. Hamilton Meredith J. Hanrahan Matthew V. Hershey Kyle Gregory Hill Thomas James Hogan Michael Steven Hribik Rachel Anne Innella Alexander Keylin Derrick Andre Kirton Karl R. Koleck Michael J. Kopke Neven E. Kurjakovic Grace Ellen Lindsay Danijel Lolic Adam E. Lunney Michael Anthony Maciupa Edward J. Mayo Aric Sean Miller James Timothy Pennington Matthew David Radacosky Francis C. Sage Sameer S. Shroff Lourens Rasmus van Aswegen Yuyang Xu Edward Albert Yarzebinski Alan Yu Blaine William Zehmisch Michael C. Zellers Nicholas Roman Zwiryk

CERTIFICATE Energy Resources Utilization

Zachary Allan Studt

Electrical Engineering

CERTIFICATE Product Realization

Brandon Michael Grainger Brandon Michael Hamschin Matthew J. Korytowski Tuan Anh Nguyen Prince Abey Philip James D. Remus Ravi Kiran Yalamanchili

None None CERTIFICATE Fessenden Honors in Engineering

CERTIFICATE Sustainable Engineering

None CERTIFICATE International Engineering Studies Danijel Lolic Michael Anthony Ramella Lourens Rasmus van Aswegen CERTIFICATE Mining Engineering Perry Lawrence Cansick David C. Fertal Kyle Gregory Hill Francis C. Sage CERTIFICATE Nuclear Engineering John Robert Abel II Jeffrey T. Bailey Ryan S. Baldwin Justin Lee Bressi Aaron W. Brown Timothy M. Busch Darren Anthony Campo Andrew Michael Carachilo Gordon Hilding Collins Erik Timothy Croushore Chelsea Ann D'Angelo Justin J. DelleDonne Andrew A. DeRubeis Nicholas James DiSanti Nicholas John Duncan Justin Herbert Giunto Alexander J. Hamilton Matthew D. Jarosh Derrick Andre Kirton Karl R. Koleck Michael J. Kopke Russell C. Ludwig Adam E. Lunney Matthew John Mancuso Evan Christopher McMillin Aric Sean Miller Stephen R. Pachuta James Timothy Pennington Matthew David Radacosky David Matthew Rutkowski Sameer S. Shroff

Allison L. Ackerman Denae Lachelle Brown Michael Ross Volkwein Paul G. Werntges Jennifer Nicole Zettl MASTER OF SCIENCE Bioengineering Shawn Denver Burton Kyle M. Kovach Andrew J. Malkiewicz Brandon Thomas Mikulis Zachary Randall Nelson Sean P. Ritchie Jennica L. Roche John Jay Round IV

Industrial Engineering Sepideh Abolghasem Ghazvini Rufaidah Yousef Almaian Behdad Beheshti Jiazhao Cai Travis Seargeoh Emile Carless Mina Kabiri Zeinalkhah Pakayse Koken Kan Li Vaughn F. Millen Ricardo Anthony Radaelli-Sanchez Varit Visalathaphand Ran Zhang Yang Zhang Yan Zhong Materials Science and Engineering

Chemical Engineering

None

Prashant Kumar Heather Rae Mann Rachel Susan Scalese

Mechanical Engineering

Civil Engineering Muath Bensaleem Tyler Woods Davis Robert Thomas Gradoville, Jr. Liang Huang Joshua John Jedlicka Zhichao Liu Brandon Austin McGlothlin Matthew L. Melvin Timothy David Mitchell Viviana Nazario Kristen Crede Ostermann Amy Jewel Patil Gina Marie Russell Ryan Douglas Sedar Jason J. Shamrock Joseph W. Swearman Xi Zhao

Joshua S. Beckton Christopher William Ellwanger Brian Matthew Fink Matthew Glen Golliet Rebecca Dawn Heckman Brian L. Hilgert Lisa Ann Leggett Christopher Marc Lopez Stephen J. Reed Camille T. Saxberg Adam Thomas Anees Udyawar Jeffrey Underhill Stacy Zarewczynski Zhijian Zhang Petroleum Engineering Mohamed A. El-Shiekh

Computer Engineering

CERTIFICATE Engineering Technology Management

None

None 71

CERTIFICATE Mining Engineering

Materials Science and Engineering Chao Fang

Philip P. Casteel Amy Jewel Patil James Matthew Pierce Megan Nicole Witkowski

Mechanical Engineering Brian A. Bucci

CERTIFICATE Nuclear Engineering Joshua S. Beckton Christopher William Ellwanger Corey M. Faddish Brian Matthew Fink Matthew Glen Golliet Stephen J. Reed Camille T. Saxberg Adam Thomas Stacy Zarewczynski DOCTOR OF PHILOSOPHY Bioengineering April Jeannette Chambers Morgan Virginia Fedorchak Sagar Dattatraya Joshi Hye Young Kim Gaurav Shukla Jillian Erin Tengood Ashwin Vishwanathan Carrie Ann Voycheck Joost B. Wagenaar Chemical Engineering Mary Katharine Barillas Civil Engineering Can Baran Aktas Walter G. Kutschke Xunchi Pu Neethi Rajagopalan Oscar Cesar Vazquez Martinez Xiaobo Xue Electrical Engineering Dongxiao Li Liming Liu Seda Senay Industrial Engineering Erin Gross Claypool Andrew Christopher Trapp 72

Swanson School of Engineering Faculty Headcount* Fall 2011 Tenure Stream

Tenured

Non-Tenured

Joint Appts.**

Total

Bio

ChE

CEE

122

MEMS

TOTAL

*Excludes Research, Visiting and Part-Time Faculty **Joint appointments are part-time

Office of Administration 9/19/11

Faculty Profiles BIOENGINEERING Steve Abramowitch Assistant Professor, Department of Bioengineering (Primary), Department of Obstetrics, Gynecology, and Reproductive Sciences (Secondary). PhD (Bioengineering), University of Pittsburgh (2004). Dr. Abramowitch serves as the Co-Director of the Tissue Mechanics laboratory in the Musculoskeletal Research Center. His research aims to elucidate the mechanisms of pelvic floor failure in women with pelvic organ prolapse and enhance maternal tissue healing following obstetric injury utilizing functional tissue engineering approaches. Howard Aizenstein Associate Professor, Psychiatry and Bioengineering; Director of the Geriatric Psychiatry Neuroimaging Laboratory. PhD (Computer Science), 1993, and MD, 1995, University of Illinois at Urbana-Champaign. Dr. Aizensteinâ&#x20AC;&#x2122;s research interests focus on structural and functional brain MRI in elderly individuals with cognitive impairment and mood disorders. His research projects integrate the fields of neuroscience, computer science, software engineering and clinical aspects of neuroimaging and brain mapping. Recent projects in the lab include developing automated neuroimage registration and segmentation routines, surface modeling of brain structures, and time-series of functional MRI data. In more clinically-oriented projects, imaging approaches are being used to investigate therapeutic response to antidepressive drugs in late-life depression. Alejandro Almarza Assistant Professor, Department of Oral Biology and Bioengineering; Director of the TMJ laboratories. PhD (Bioengineering), Rice University, 2005. Research interests include: Understanding the normal biomechanical properties and joint mechanics/motion of the Temporomandibular Joint (TMJ) for determining diseased states and to start elucidating the progress of Temporomandibular Joint Disorders (TMDs). Utilize novel tissue engineering techniques, such as 3D printing of nanostructured materials, gene delivery therapies, and stem cells application, for bone and fibrocartilage tissue engineering applications. Gerard Apodaca Associate Professor, Medicine, Cell Biology & Physiology, and Bioengineering. PhD (Experimental Pathology), University of California at San Francisco, 1989. Dr. Apodacaâ&#x20AC;&#x2122;s research interests include defining how Rho family GTPases regulate endocytic traffic in polarized epithelial cells and understanding how the cells lining the urinary bladder sense and respond to mechanical stimuli such as changes in hydrostatic pressure. Mohammad H. Ataai William Kepler Whiteford Professor, Chemical & Petroleum Engineering and Bioengineering. PhD (Chemical Engineering), Cornell University, 1986. Dr. Ataai's research interests include bioprocess engineering, large-scale cell culture and fermentation, production and purification of viral vectors for gene therapy applications, protein purification, metabolic engineering, cellular metabolism, and physiology. Stephen F. Badylak Professor. Departments of Surgery and Bioengineering; Deputy Director of the McGowan Institute for Regenerative Medicine. DVM, Purdue University; PhD (Anatomic Pathology), Purdue University, 1981, and graduated with highest honors with an MD from Indiana University Medical School, 1985. Dr. Badylak has practiced both veterinary and human medicine. Dr. Badylak began his academic career at Purdue University in

1983, and subsequently held a variety of positions including service as the Director of the Hillenbrand Biomedical Engineering Center from 1995-1998. Dr. Badylak served as the Head Team Physician for the Athletic Department for 16 years (1985-2001). Dr. Badylak holds over 50 U.S. patents, 200 patents worldwide, has authored more than 225 scientific publications and 20 book chapters. He has served as the Chair of the Study Section for the Small Business Innovative Research (SBIR) at the National Institutes of Health (NIH), and as chair of the Bioengineering, Technology, and Surgical Sciences (BTSS) Study Section at NIH. Dr. Badylak is now a member of the College of Scientific Reviewers for NIH. Dr. Badylak has either chaired or been a member of the Scientific Advisory Board to several major medical device companies. Dr. Badylak is a Fellow of the American Institute for Medical and Biological Engineering, a charter member of the Tissue Engineering Society International, and currently president of the Tissue Engineering Regenerative Medicine International Society (TERMIS). He is also a member of the Society for Biomaterials. Dr. Badylak is the Associate Editor for Tissue Engineering for the journal Cells, Tissues, Organs, and serves on the editorial board of several other journals. Dr. Badylak’s major research interests include: Tissue Engineering and Regenerative Medicine; Biomaterials and Biomaterial/Tissue interactions; Developmental Biology and its Relationship to Regenerative Medicine; Relationship of the Innate Immune Response to Tissue Regeneration; Biomedical Engineering as it Relates to Device Development and Biomaterials; and Clinical Translation of Regenerative Medicine. Kyongtae Bae Professor and Chairman of Radiology, Professor of Bioengineering. MD, University of Chicago; PhD (Bioengineering), University of Pennsylvania. Dr. Bae is a radiologist and imaging scientist and has extensive experience and publications in computer-aided diagnosis, image segmentation and quantification from radiologic images. He is also the Director of the Imaging Biomarker Lab in the Department of Radiology. In addition to clinical radiology practice in CT and MRI, Dr. Bae has an interest in applying computer and image processing technology to advance clinical translational and imaging biomarker research in a wide range of diseases including polycystic kidney disease, pulmonary embolism, emphysema, osteoarthritis, lung cancer, prostate cancer, breast cancer, Parkinson’s disease, brain tumor perfusion, multiple sclerosis, spine, eye, and liver. Dr. Bae’s lab specializes in developing and analyzing morphological and functional imaging biomarkers from CT, clinical and high-field MR images. Dr. Bae joined the University of Pittsburgh in 2006 as a professor from the Mallinckrodt Institute of Radiology at Washington University in St Louis, where he was a tenured associate professor of radiology and bioengineering. Carey Balaban Professor, Otolaryngology, Neurobiology, Communication Sciences & Disorders and Bioengineering. Director, Center for National Preparedness. PhD (Anatomy), University of Chicago, 1979. Anatomy, neurophysiology and neurochemistry of vestibular function in normal and pathological conditions (e.g., disease and mild traumatic brain injury) are primary focus areas of Dr. Balaban’s research. He also works in the psychophysics of pain and participates in translational applications of our basic research to nascent neurotechnologies in cyber security, homeland security and national defense. Ipsita Banerjee Assistant Professor, Chemical and Petroleum Engineering and Bioengineering, PhD (Chemical Engineering) Rutgers University, 2005. She completed her postdoctoral research in biomedical engineering from Harvard Medical School in 2008. Dr Banerjee's research interests include stem cell differentiation, tissue engineering, systems biology, gene network modeling. She is particularly interested in unraveling the gene regulatory network controlling the directed differentiation of embryonic stem cells to pancreatic lineage. Aaron Batista Assistant Professor, Department of Bioengineering. PhD (Computation and Neural Systems), California Institute of Technology, 1999. Between 1999 and 2007, Dr. Batista conducted postdoctoral research at Stanford University. He studies the neural circuits that transform sensory inputs into motor commands. The

goal of this research is to improve neural prostheses: technologies that can restore motor function to paralyzed individuals by extracting movement command signals from the cerebral cortex. Elia Beniash Associate Professor, Oral Biology and Bioengineering. PhD (Structural Biology and Chemistry), The Weizmann Institute of Science in Israel, 1998. Dr. Beniash’s current research includes biogenic mineralized materials—such as those found in shells, bones, and teeth are produced by organisms ranging from bacteria to higher plants and mammals. The main role of these “biominerals” is mechanical reinforcement of tissues and organs. Fernando E. Boada Associate Professor, Radiology and Bioengineering. PhD (Physics), Case Western Reserve University, 1990. Dr. Boada’s current research interests include magnetic resonance imaging (MRI), signal processing, physics and mathematics of medical imaging, sodium MRI, MRI of stroke and cancer and functional MRI physics. Michael L. Boninger Professor and Chair in the Department of Physical Medicine and Rehabilitation; Professor of Rehabilitation Science & Technology and Bioengineering. He is the Associate Dean for Medical Student Research in the School of Medicine. MD, Ohio State University, College of Medicine, 1989. Specialty training in Physical Medicine and Rehabilitation, University of Michigan Medical Center. Dr. Boninger is the Director of the University of Pittsburgh Model Center on Spinal Cord Injury (UPMC-SCI), funded by NIDDR. In addition, he serves as the Medical Director of the Human Engineering Research Laboratories a VA Center of Excellence. Dr. Boninger’s work focuses on upper extremity repetitive strain injuries in individuals who rely on manual wheelchairs for mobility, using ultrasound to quantify tendon and nerve injury and the response of tissue to stress, and effective methods for teaching research. Harvey S. Borovetz Distinguished Professor and Chairman, Bioengineering, Robert L. Hardesty Professor of Surgery and Professor Chemical and Petroleum Engineering. PhD (Bioengineering), Carnegie Mellon University, 1976. Dr. Borovetz' current research interests are focused on the design and clinical utilization of cardiovascular organ replacements for both adult and pediatric patients. Since 1985, he has served as the academic adviser to the University's clinical bioengineering program in mechanical circulatory support. In 1999 and 2000, Dr. Borovetz was on half-time sabbatical at NIH, working in the Bioengineering Research Group of the National Heart, Lung and Blood Institute. David M. Brienza Professor, Rehabilitation Science and Technology, Bioengineering and the McGowan Institute for Regenerative Medicine; Director of the Rehabilitation Engineering Research Center on Telerehabilitation; Director of the Rehabilitation Engineering Research Center on Spinal Cord Injury. PhD (Electrical Engineering), University of Virginia, 1991. Dr. Brienza's areas of expertise are soft tissue mechanics, wheelchair seating, pressure ulcer prevention, support surface technology, and wheelchairs. Johnny Brigham Assistant Professor, Department of Civil & Environmental Engineering and Bioengineering. PhD (Civil and Environmental Engineering), Cornell University, 2008. Dr. Brigham’s research interests include the development of efficient computational methods for the representation of multiphysics and multiscale systems, solution strategies for inverse problems associated with nondestructive and noninvasive testing, and numerical modeling of biological systems. His recent work has focused on developing computational strategies for the solution of inverse problems, which address the challenges in both the numerical representation of complex systems and optimization approaches to inverse solutions.

Dev Chakraborty Associate Professor, Department of Radiology and Bioengineering. PhD (Physics), University of Rochester, 1977. Dr. Chakraborty's research interests include the measurement and optimization of image quality in medical imaging, using both physical (image based) and psychophysical (human observer based) methods. His special interest is in Free-Response Receiver Operating Characteristic (FROC) methodology which seeks to extend observer performance methodology to more realistic clinical tasks. He has related interests in digital mammography, Computer Aided Detection, dual energy imaging, tomosynthesis and image processing. Rakié Cham Associate Professor, Department of Bioengineering. PhD (Bioengineering), University of Pittsburgh, 2000. Dr. Cham’s research interests include the postural and biomechanical analysis of human movement and occupational tasks towards the prevention of musculoskeletal injuries. She is particularly interested in understanding the human factors (biomechanical, postural control and neurological) that precipitate falls during gait. April Chambers Visiting Research Assistant Professor, Department of Bioengineering. PhD (Bioengineering), University of Pittsburgh, 2011/2005. Dr. Chambers’ research expertise is in the field of human movement biomechanics and falls prevention. Her research areas of interest include gait and postural control; prosthetics; ergonomics; and long term fatigue in young and older adults. Brian E. Chapman Assistant Professor, Radiology and Bioengineering. PhD (Medical Informatics), University of Utah, 1998. Dr. Chapman’s areas of research include visual perception and image quality in MRA; vessel enhancement, segmentation and analysis in MRA; imaging of hepatocellular carcinomas in cirrhotic livers; computer aided detection in volumetric CT; and breast MRI. Constance Chu Assistant Professor, Orthopaedic Surgery in the Division of Joint Replacement at the University of Pittsburgh. MD, Harvard Medical School, 1992. Dr. Chu completed her residency training at University of California at San Diego and her fellowship training at Brigham and Women's Hospital, Harvard Medical School. Clinically, she is actively interested in the topics of arthritis and cartilage injuries of the knee, total knee replacement, knee arthroscopy and cartilage and chondrocyte transplantation. However, presently Dr. Chu and her research team are focusing primarily on articular cartilage transplantation, tissue engineered articular cartilage replacements and the role of antioxidants in the prevention of arthritis. Daniel Cole Assistant Professor, Department of Mechanical Engineering & Materials Science and Bioengineering. PhD, Virginia Polytechnic Institute and State University, 1998. Daniel Cole's research interests are in the area of dynamic systems, measurement and control. His research is focused on how to characterize systems at or near the nanoscale, describe their dynamics, measure such phenomena, and control them. Gregory Cooper Research Assistant Professor, Surgery, Oral Biology, and Bioengineering. PhD (Bioengineering), University of Pittsburgh, 2006. Dr. Cooper has been involved in translational-related research based on tissue engineering for the Department of Surgery, Division of Plastic Surgery. Currently he serves as Director of the Pediatric Craniofacial Biology Laboratory at Children’s Hospital.

Rory A. Cooper Distinguished Professor and Chairman (RST), Rehabilitation Engineering, Mechanical Engineering, and Bioengineering. PhD (Electrical and Computer Engineering), UC Santa Barbara, 1989. Dr. Cooper's areas of interest are the design and testing of assistive devices for mobility impairment, and the influence of disability of neuromotor control and biomechanics. He is also interested in the development of the smart sensor and instrumentation for those applications. Timothy E. Corcoran Assistant Professor, Medicine and Bioengineering. PhD (Bioengineering) Carnegie Mellon University, 2000. Dr. Corcoran's research interests include aerosol drug delivery and respiratory fluid mechanics. Dr. Corcoran specializes in using nuclear medicine techniques to assess drug delivery and to study physiology in the lungs. Currently these techniques are being applied to study drugs for use after lung transplantation and for the treatment of cystic fibrosis. Dr. Corcoran also works in modeling the respiratory system and in the design of aerosol drug delivery systems. Xinyan Tracy Cui Associate Professor, Bioengineering. PhD (Macromolecular Science and Engineering), University of Michigan (2002); Research Scientist at Unilever Research US (2002-2003). Dr Cui directs the Laboratory of Neural Tissue Electrode Interface and Neural Tissue Engineering (NTE Lab). In the field of Neural Interface, her interest lies in the characterization and improvement of the chronic neural electrode-tissue interface from the biomaterials and biocompatibility perspective. In Neural Tissue Engineering, her lab is interested in manipulating stem cell growth and differentiation with electrically conductive and active materials. In addition, Dr. Cui is also interested in developing various biosensors and drug delivery systems. Dr Cui is the member of McGowan Institute for Regenerative Medicine and Center for Neural Basis of Cognition. Moni Kanchan Datta Research Assistant Professor, Department of Bioengineering, PhD (Metallurgical and Materials Engineering), Indian Institute of Technology, Kharagpur, India (2003). Dr. Dattaâ&#x20AC;&#x2122;s research interests focus on bone tissue engineering and renewable energy science. In the field of bone tissue engineering, his research is focused on alloy design of biodegradable metallic biomaterials as well as synthesis of the desired alloy using different equilibrium and non-equilibrium processing techniques with novel microstructure for orthopedic and craniofacial applications. On the other hand, Dr. Dattaâ&#x20AC;&#x2122;s research on electrochemical science is devoted on electrochemical biosensor, and energy generation and storage for application in portable electronic devices as well as hybrid electric vehicles Lance Davidson Associate Professor. Department of Bioengineering. PhD (Biophysics) University of California at Berkeley; Postdoctoral fellowship in Biology and Cell Biology at the University of Virginia in Charlottesville (19962004); American Cancer Society Postdoctoral Fellow (1999-2002); Research Assistant Professor in Biology at University of Virginia in Charlottesville (2005). Dr. Davidsonâ&#x20AC;&#x2122;s research integrates cell biology of adhesion and cell motility with tissue architecture and mechanics in order to understand the role of mechanics in morphogenesis: how forces are patterned, generated, and transmitted to bring about formation of tissues in the early developing embryo. Dr. Davidson has pioneered techniques using microsurgery, high resolution timelapse confocal microscopy, and a variety of biomechanical test apparatus to observe and measure cells and tissues during morphogenesis in the frog embryo. Ongoing projects in the lab involve: 1) measuring forces generated either internally by cells and tissue explants or after applied strain, 2) observing and learning to modulate cellular responses to a heterogeneous tissue environment, and 3) investigating the role of cell signaling, the cytoskeleton, and the extracellular matrix during morphogenesis.

Bridget Deasy Assistant Professor, Departments of Orthopedic Surgery and Bioengineering. PhD (Bioengineering), University of Pittsburgh (2004). Dr. Deasy serves as the Director of the Live Cell Imaging Lab in the Stem Cell Research Center. Her research aims to utilize time-lapsed, live cell imaging as a tool to understand stem cell proliferation heterogeneity and stem cell population hierarchies. Understanding these dynamics is key to clinical expansion of stem cells with therapeutic phenotypes. In addition, she has tissue engineering research projects which are focused on cartilage repair. In these studies, Dr. Deasy examines injectable gels as potential scaffolds for umbilical cord (UC) stem cells, and the role of compressive loading in directing UC stem cells toward the chondrogenic lineage. Richard E. Debski Associate Professor, Bioengineering. PhD (Mechanical Engineering), University of Pittsburgh, 1997. Dr. Debski's research interests include the experimental and computational examination of shoulder and knee biomechanics. His current research projects include improving clinic exams for the diagnosis of shoulder instability; examining the contributions of the osteoarticular surfaces and muscles to joint stability; and the biomechanics of knee injuries in miners. Robotic technology and finite element models are used to address these issues. The goal of this research is to improve injury prevention equipment/criteria, surgical procedures and rehabilitation protocols for injuries to the soft tissues at the shoulder and knee. Dan Ding Assistant Professor, Rehabilitation Science & Technology and Bioengineering. PhD (Mechanical and Automation Engineering), The Chinese University of Hong Kong, 2001. Dr. Ding performs her research in the Human Engineering Research Laboratories (HERL) and is particularly interested in assistive device instrumentation, wheelchair modeling, rehabilitation robotics, and virtual reality. Shawn Farrokhi Assistant Professor, Department of Physical Therapy (Primary), Department of Bioengineering (Secondary). PhD (Biokinesiology), University of Southern California, 2009. The primary focus of Dr. Farrokhiâ&#x20AC;&#x2122;s research is to better understand the causes of lower extremity dysfunction and joint pathology. More specifically, he is interested in identifying the factors responsible for altered patellofemoral joint mechanics in persons with patellofemoral pain and osteoarthritis. The ultimate goal of this line of research would be to provide the opportunity for early diagnosis of osteoarthritis in those at risk for developing the disease, so early intervention can be implemented more effectively. William J. Federspiel Professor, Bioengineering, Chemical Engineering, and Critical Care Medicine. PhD (Chemical Engineering), University of Rochester, 1983. Dr. Federspiel directs research in the Medical Devices Laboratory: Biotransport, Pulmonary and Cardiovascular, which is a component of the McGowan Institute for Regenerative Medicine. The goal of work within the laboratory is the design, development and modeling of novel biotransport, pulmonary and cardiovascular medical devices including respiratory support catheters and paracorporeal assist lungs, and membrane and particle based blood purification devices. The major research interests in the laboratory include respiratory and cardiovascular fluid mechanics, mass transport, and microfabrication and fiber technology. Ultimately, the devices and therapies developed in the laboratory will be translated for near term clinical use in critical care settings. Thomas R. Friberg Professor, Ophthalmology and Bioengineering; Director of Retina Service. MD, University of Minnesota, 1978. Research interests are in the areas of diabetic retinopathy, macular degeneration, retinal detachment, and retinal vein occlusion.

Joseph M. Furman Professor, Otolaryngology, Neurology, Bioengineering, and Physical Therapy. PhD (Bioengineering), University of Pennsylvania, 1979; MD, University of Pennsylvania, 1977. Director, Division of Balance Disorders, The Eye & Ear Institute. As a member of the Graduate Faculty and former Assistant Dean for the MD/PhD Program at the University of Pittsburgh School of Medicine/Carnegie Mellon University, Dr. Furman has a long history of mentoring developing physician scientists. Dr. Furman’s primary research areas are vestibular processing and vestibulo-ocular function in the elderly. Neeraj J. Gandhi Associate Professor, Otolaryngology and Bioengineering. Affiliations with Departments of Bioengineering and Neuroscience, and Center for Neural Basis of Cognition. PhD (Bioengineering), joint between University of California, San Francisco and the University of California, Berkeley, 1997. He completed his postdoctoral research in neuroscience at Baylor College of Medicine and in 2002 joined the balance disorders research group in the Department of Otolaryngology. Dr. Gandhi’s research uses systems-level neurophysiological and modeling techniques to investigate the neural control of movement with emphases on eye, eye-head, and eyehand movements. Jin Gao Visiting Research Assistant Professor, Department of Bioengineering; PhD Chinese Academy of Sciences, 2000; Postdoctoral fellows at University of California at Berkeley and Georgia Institute of Technology/Emory University. Before joining the Department of Bioengineering, Dr. Gao was a research scientist in Department of Biomedical Engineering, GT/Emory. His research focuses on biologically-derived Nano cells for tissue engineering and anti-cancer therapy. Jörg C. Gerlach Professor, Departments of Surgery and Bioengineering, University of Pittsburgh, Professor of Experimental Surgery, Humboldt University, Berlin, Germany. Dr. Gerlach’s biomedical research projects focused on artificial organs (e.g. trachea replacement), hybrid organs (e.g. endothelial cell seeded vascular prostheses), and on bio-artificial systems (liver support systems for extracorporeal organ regeneration. Dr. Gerlach developed an extracorporeal liver support system, and the Modular Liver Support (MLS) concept that integrates dialysis and detoxification into hybrid liver devices. His primary research interests include maintenance and differentiation of cells in vitro for extracorporeal, temporary clinical use as a hybrid organ; production of cells for transplantation in cell-based therapy; production of regenerative mediators by cells in bioreactors for drug therapy and regenerative medicine applications. His primary focus has been the use of liver cells, but he and members of his research groups in both Berlin and Pittsburgh, are also using skin-, bone marrow-, embryonal, and stem cells. Burhan Gharaibeh Research Assistant Professor, Orthopedic Surgery and Bioengineering. PhD, Texas Tech University, 1997; MSc (Zoology); BSc (Biological Sciences), both from Yarmouk University in Jordan. Dr. Gharaibeh’s research focuses on the identification, characterization, and use of skeletal muscle derived stem cells for therapeutic strategies. These cells are isolated from muscles by the use of a modified preplate technique and purified populations have been isolated from several murine strains. One of Dr. Gharaibeh’s projects involves using muscle derived stem cells for treatment of musculoskeletal disease and injury including extremity compartment syndrome. To study compartment syndrome, Dr. Gharaibeh has created a reliable model of this injury in a rat model and is currently optimizing the recovery from these injuries by using muscle stem cells and antifibrotic agents like the angiotensin II receptor blocker, losartan. Thomas W. Gilbert Assistant Professor, Department of Surgery and Bioengineering, McGowan Institute for Regenerative Medicine. PhD (Bioengineering), University of Pittsburgh, 2006. Dr. Gilbert’s primary research interest is the

development of regenerative medicine approaches for treatment of injuries and diseases of the respiratory system, particularly the trachea and lungs. Dr. Gilbert is also involved in the development tissue engineered strategies for treatment of congenital heart defects. His research generally covers the areas of biologic scaffolds and extracellular matrix biology, cell mechanobiology, and soft tissue biomechanics. Robert J. Goitz Associate Professor, Orthopaedic Surgery and Bioengineering. MD, Johns Hopkins University School of Medicine, 1992. Dr. Goitz’ research focuses on orthopaedic surgery, upper extremity, biomechanics, and compressive neuropathies. Angela M. Gronenborn UPMC Rosalind Franklin Professor and Chair, Department of Structural Biology, Distinguished Professor of Structural Biology and Professor of Bioengineering; PhD (Organic Chemistry), University of Cologne, Cologne, Germany, 1978. Areas of interest: Structural biology of proteins and nucleic acids: structure, dynamics, recognition, binding, and function. Her laboratory combines NMR spectroscopy and other structural methods with Biophysics, Biochemistry, and Chemistry to investigate cellular processes at the molecular and atomic levels in relation to human disease. Qiuhong He Assistant Professor, Radiology and Bioengineering. PhD, (Chemistry) University of North Carolina, Chapel Hill, 1990. Dr. He’s research focuses on magnetic resonance spectroscopic imaging of cancer. Alan Hirschman Professor of Bioengineering; Co-Director, Center for Medical Innovation, Swanson School of Engineering. PhD (Electrical Engineering/Biomedical Engineering) 1978, Carnegie Mellon University. Fellow of the AIMBE. Before coming to the University of Pittsburgh, Dr. Hirschman retired from a career of 31 years in engineering, management, and business development at MEDRAD, Inc, a developer of medical devices within the Bayer family of companies. He is an inventor of many of MEDRAD’s core technologies, with 40+ US patents issued. He currently serves on the Board of Directors of Thermal Therapeutic Systems, Inc. Dr. Hirschman’s current interest is in medical product development and educating new product entrepreneurs. David Hostler Associate Professor, Emergency Medicine and Bioengineering at the University of Pittsburgh. PhD (physiology) from Ohio University. His research interests are in human performance and the physiological responses of public safety personnel working in protective clothing. He is a founding faculty member and the director of the Emergency Responder Human Performance Lab. In that role, he directs studies to understand the stresses associated with emergency response and develops interventions to improve the health and safety of the nation’s first responders. Dr Hostler is an expert in the area of emergency incident rehabilitation with 24 years of experience in public safety. He has completed the Fireground Rehab Evaluation (FIRE) Trial and the Enhanced Firefighter Rehab Trial (EFFoRT). He is the principle investigator for the SHIELD Trial examining the role of statin drugs and cardiovascular stress in firefighters. Johnny Huard Professor, Orthopaedic Surgery, Molecular Genetics, Biochemistry, and Bioengineering. Director of the Stem Cell Research Center. Dr. Huard has been named the Henry J. Mankin Endowed Chair in Orthopaedic Surgery Research and is also Deputy Director for cellular therapy at the McGowan Institute for Regenerative Medicine (MIRM) and an Associate Director of the Pittsburgh Tissue Engineering Initiative (PTEI). Dr. Huard is co-founder of Cook MyoSite, Inc., a biotechnology company. PhD (Neurobiology) Laval University, 1993. Dr. Huard’s research interests include gene therapy and tissue engineering based on muscle-derived stem cells to improve tissue regeneration.

Tin-Kan Hung Professor of Bioengineering and Civil & Environmental Engineering. PhD (Mechanics and Hydraulics), University of Iowa, 1966. Dr. Hung’s research activities have been focused on computational fluid mechanics, peristaltic flows, fluid mechanics of heart valves, pulsating blood flows in stenotic arteries and curved arteries, fluid mechanics of intra-aortic/intra-vena-cava balloon pumping, three-dimensional spiral flows, microcirculation, biomechanics of spinal cord injury, membrane oxygenation, flow separation and vortices, unsteady flow with moving boundaries, and earthquake hydrodynamics. Theodore Huppert Assistant Professor, Radiology and Bioengineering. PhD (Biophysics), Harvard University, 2007. Dr. Huppert develops his research in the Magnetic Resonance Research Center in the Physiology of the BOLD Effect. His research focuses on improving the understanding of the underlying physiology and biomechanical principles that govern the cerebral hemodynamic response to neuronal signals. Tamer S. Ibrahim Associate Professor, Bioengineering and Radiology; Scientific Director of the 7T Research Program, and Director of the RF Research Facility. PhD (Electrical and Computer Engineering), the Ohio State University, 2003. Dr. Ibrahim’s research activities have mainly focused on the electromagnetic fields interactions with biological tissues of ultrahigh field human magnetic resonance imaging (MRI) and wireless biological sensor applications. Using computational electromagnetics and electromagnetic field theory, Dr. Ibrahim’s research group designs/constructs/implements radiofrequency (RF) coils/antenna arrays and techniques for 7 tesla human/animal MRI applications, brain-machine interfaces, intelligent highway systems, and aircraft radomes. Hiroshi Ishikawa Assistant Professor, Ophthalmology and Bioengineering; Director, Ocular Imaging Center, UPMC Eye Center. MD, Mie University (Japan), 1989. Ophthalmology Residency, Mie University, 1993. Glaucoma Fellowship, Mie University, 1994; Glaucoma Research Fellowship, New York Eye & Ear Infirmary, New York Medical College, 1996. Dr. Ishikawa's research interests include ocular imaging, image processing/analysis, and surgical simulator development. Lawrence Kagemann Research Assistant Professor, Ophthalmology (Primary) and Bioengineering (Secondary): MS (Biomedical Engineering) University of Miami, 1986. Larry joined the Medical School faculty in 2005, and the engineering faculty in 2006. His current research interests are centered on functional and structural imaging of the eye, including hemodynamic and metabolic measurements. He is currently working with spectral domain optical coherence tomography, expanding the applications of Doppler and spectral imaging for the assessment of blood flow and oximetry in the retina, and has pioneered the first non-invasive direct measurement of aqueous outflow in the anterior segment of the eye. Marina V. Kameneva Research Professor, Surgery and Bioengineering, McGowan Institute for Regenerative Medicine, University of Pittsburgh. PhD (Mechanical Engineering), School of Mathematics and Mechanics, Moscow State University, Moscow (former Soviet Union). After emigration to the United States, Dr. Kameneva joined the faculty of the University of Pittsburgh as a visiting scientist of the Artificial Heart and Lung Program and was appointed as a Research Assistant Professor of Surgery in 1996, as a Research Associate Professor of Surgery in 2000 and as Research Professor of Surgery and Bioengineering in 2006. Dr. Kameneva's areas of expertise are biorheology, hemorheology, macro and microhemodynamics, drag-reducing polymers and their potential biomedical applications, and mechanical blood trauma in artificial organs. She is the author of over 100 peer reviewed publications as well as several book chapters in the areas of Fluid Mechanics and Biomechanics. Currently, as Director of the Hemorheology, Hemodynamics and Artificial Blood Research Laboratory, Dr. Kameneva is working with her research team on a variety of projects ranging from the testing of new medical

devices to performing theoretical and experimental research related to the development of next generation artificial organs including artificial blood. She is a PI and Co-PI of many Federal and Private Foundation grants. She serves on the editorial board of the ASAIO Journal since 1996. Dr. Kameneva is an elected fellow of the American Institute for Medical and Biological Engineering since 2002. She is an invited speaker at many International Conferences and Symposia. Dr. Kameneva developed a pioneering research program related to elucidation of the mechanisms behind the beneficial effects of drag-reducing polymers on blood circulation. Her translational research related to potential clinical applications of DRPs is a collaborative effort with Drs. Russell, Pacella, Villanueva, Antaki, Patzer, Waters, Roy and many other researchers at the University of Pittsburgh and other academic and industrial organizations. Dr. Kameneva is a world-recognized specialist in the fields of Fluid Mechanics and Biomechanics, particularly, in hemodynamics and hemorheology. John Kellam Professor, Critical Care Medicine and Bioengineering. Transplant physician in anesthesiology at the Thomas E. Starzl Transplantation Institute and co-director at the Mechanisms and Novel Therapies for Resuscitation and Acute Illness (MANTRA) Lab. MD from the Medical College of Ohio at Toledo. 1988. Dr. Kellum’s research interests span various aspects of Critical Care Medicine but center in critical care nephrology (including acid-base and renal replacement therapy), sepsis and multi-organ failure (including blood purification), and clinical epidemiology. Pratap Khanwilkar Visiting Professor and Coulter Program Director in the Department of Bioengineering, and an Executive-InResidence, Office of Technology Management. PhD Bioengineering (Utah), MBA (Utah). Dr. Khanwilkar is a Fellow of the American Institute of Medical and Biological Engineering. As a serial medical device entrepreneur, he has started 6 medtech product/service companies, of which 3 are revenue-generating, one of which is a public company. He has taken a next-generation implantable LVAD from concept to First-InHuman feasibility trials to a FDA IDE-approved trial in the US, with 7 issued US patents and related international patents. Dr. Khanwilkar’s translational research interests are to help identify and develop potential medical therapies within Pittsburgh/UPMC to provide clinical and commercial benefit achieved through licenses and licensing revenues, start-ups including business financing obtained and jobs created, and ultimately revenue generated and patients served with improved outcomes. Dr. Khanwilkar has numerous publications, serves on boards of several non-profit scientific, clinical, and economic development organizations, and has received numerous university, state, national and international awards and recognition for his accomplishments in innovation and entrepreneurship. Kang Kim Assistant Professor, Medicine and Bioengineering. PhD (Acoustics), Pennsylvania State University, 2002. Dr. Kim’s research involves the development of multi-modal functional imaging research in the Center for Ultrasound Molecular Imaging and Therapeutics; high resolution 3D ultrasound elasticity imaging; ultrasoundinduced thermal strain imaging; photoacoustic molecular imaging. Seong-Gi Kim Professor, Departments of Radiology and Bioengineering. PhD (Physical Chemistry), Washington University, St. Louis, MO. Dr. Kim’s research focuses on the development of in vivo NMR techniques which provide information on function, physiology, and anatomy. The three critical issues in fMRI are being investigated: The physiological basis of fMRI, the spatial specificity of fMRI, and the temporal resolution of fMRI. Judith Klein-Seetharaman Associate Professor, Structural Biology, Pharmacology, and Bioengineering. PhD (Biological Chemistry), Massachusetts Institute of Technology, 2000. Dr. Klein-Seetharaman’s research involves deriving hypotheses

on the relationship between protein sequences and their structure, dynamics, and function; with particular emphasis on membrane proteins. Prashant Kumta Edward R. Weidlein Professor of Engineering. PhD (Materials Science and Engineering), University of Arizona, 1990. Dr. Kumta’s research interests cover the two broad areas of energy storage and biomaterials. The main focus of research in both these areas is to develop novel low temperature approaches and study the relationships of the process parameters, the ensuing microstructure and crystallographic structure to the electrochemical activity in the former and biological response in the latter. Charles Laymon Research Assistant Professor, Radiology and Bioengineering. PhD (Physics) University of Pennsylvania, 1989. Dr. Laymon's research interests include imaging instrumentation for clinical and research applications, algorithm and methods development, and basic science research. A current project is to develop image reconstruction methods that make better use of the available data in Positron Emission Tomography (PET). The goal of this research is to eliminate certain classes of problems observed in PET images and to increase overall accuracy. Sanford Leuba Associate Professor, Cell Biology and Physiology, University of Pittsburgh School of Medicine, Hillman Cancer Center, University of Pittsburgh Cancer Institute. PhD (Biochemistry and Biophysics), Oregon State University, 1993. Dr. Leuba’s current research interests are the study of fundamental mechanisms of transcription, DNA repair, and replication in the context of chromatin as revealed by home-built singlemolecule approaches. Dr. Leuba was a National Cancer Institute (NCI) Scholar in residence at the NCI in Bethesda, MD, from 1998 to 2002 and joined the faculty of the University of Pittsburgh School of Medicine in 2002. Yong Li Assistant Professor, Orthopaedic Surgery, Pathology, and Bioengineering. Director, Laboratory of Molecular Pathology (LMP) within the Stem Cell Research Center at Children’s Hospital of UPMC. MD (Nerve and Muscle Biological Research), Second Military Medical University, Shanghai, China, 1993; PhD (same university as MD), 1996. Dr. Li’s research is involved with developing novel projects which relate to the musculoskeletal system by using updated molecular biology techniques. He is investigating the signaling process of dedifferentiated skeletal muscle, thereby obtaining a population of multipotent progenitor cells which may help to overcome the existing limitations of stem cell therapy. He is also interested in discovering the mechanisms behind fibrosis formation in the musculoskeletal system and the potential therapeutic approaches. Steven Little Assistant Professor and Bicentennial Alumni Faculty Fellow, Chemical Engineering, Bioengineering, and Immunology. PhD (Chemical Engineering) MIT, 2005. Dr. Little completed his postdoctoral research in Bioengineering from MIT in 2006. Dr Little's research interests include controlled drug delivery, biomaterial design, and biomimetics. Dr. Little’s group consists of post doctoral associations, graduate, masters, and numerous undergraduate students in a wide array of areas including Bioengineering, Chemical Engineering, Pharmaceutical Science, Chemistry, Immunology, and Physics. Specifically, Dr. Little has active research programs in biomimetic delivery (mimicking living systems using synthetic formulations) for regenerative medicine as well as immunotherapeutics. Yang Liu Yang Liu, PhD, Assistant Professor of Medicine and Bioengineering. PhD (Biomedical Engineering), Northwestern University, 2006. Dr. Liu is engaged in the translational research, primarily in the emerging

interdisciplinary field of biomedical optical imaging and spectroscopy from tissue to cellular and molecular level, involving optics, physics, electrical engineering, medicine and biology. Her research interest focuses on development of quantitative phase microscopy for cancer detection and surveillance, multi-modal spectroscopy/imaging technologies and endoscope-compatible devices for real-time, in vivo diagnosis of early cancer. The ultimate goal is to translate novel optical technologies into clinical practice and patient care. Michael T. Lotze Professor, Departments of Surgery, Immunology, and Bioengineering, University of Pittsburgh School of Medicine; Vice Chair of Research, Department of Surgery; Associate Director for Strategic Partnerships, University of Pittsburgh Cancer Institute; Assistant Vice Chancellor, UPSHS. Bachelor of Biomedical Sciences and MD, Northwestern University (Evanston, Chicago), 1973, 1974. Dr. Lotze's primary area of research is in tumor immunology, particularly the role of cellular therapy using dendritic cells and NK cells. His current research interests include the further identification of clinical biomarkers and surrogates in the setting of chronic inflammatory disease, the analysis and application of biomedical instrumentation including multicolor flow cytometry, high content imaging of intracellular signaling in response to cytokines, and the role of autophagy, the nuclear protein high molecular group B1 [HMGB1] and other Damage Associated Molecular Pattern Molecules [DAMPs] in tissue injury, repair, and cancer. Patrick J. Loughlin William Kepler Whiteford Professor of Bioengineering, and Electrical Engineering. PhD (Electrical Engineering), University of Washington (Seattle), 1992. Dr. Loughlin's research interests are in time-varying signals and systems and nonstationary signal processing applications in biomedical engineering and acoustics. His current research involves the analysis and modeling of human postural control; design of vibrotactile feedback for balance; pulse propagation in dispersive media; and propagation-invariant classification of underwater sounds. Arash Mahboobin Visiting Research Assistant Professor, Bioengineering. PhD (Electrical Engineering), University of Pittsburgh, 2007. Dr. Mahboobin's research interests are in computational biomechanics (musculoskeletal modeling), human postural control, time-varying signals and systems, and hybrid-optimization. His current research involves in developing muscle-actuated forward dynamic simulations of gait and posture, and analysis and modeling of human postural control. Spandan Maiti Assistant Professor, Bioengineering. PhD (Aerospace Engineering), University of Illinois, 2002. Research interests include computational mechanics and materials science, multiscale and multiphysics techniques applied to physical and biological systems, deformation and failure response of biomimetic materials, hierarchical materials and systems. Zhi-Hong Mao Associate Professor of Electrical/Computer Engineering and Bioengineering. PhD (Electrical and Medical Engineering), Harvard University-Massachusetts Institute of Technology, Division of Health Sciences and Technology, 2005. Dr. Maoâ&#x20AC;&#x2122;s research interests include neural control and learning, human-in-the-loop control systems, and networked control systems. Kacey G. Marra Associate Professor, Departments of Surgery and Bioengineering. PhD (Organic Chemistry), University of Pittsburgh, 1996. Dr. Marra's current research interests include biomaterials and tissue engineering. Dr. Marra is Co-Director of the Adipose Stem Cell Center, and as such, much of her research is focused on adiposederived stem cell behavior. Her research has a strong focus in nerve regeneration, and many in her group both design novel polymeric nerve conduits as well as differentiate adult stem cells to neural and glial progenitor

cells. Of specific interest is the use of both polymer microspheres and hydrogels for controlled drug and growth factor delivery. James Menegazzi Research Professor, Emergency Medicine and Bioengineering. PhD (Exercise Physiology), University of Pittsburgh, 1987. Dr. Menegazzi is Director of the Research for the Center for Emergency Medicine and Editor-in-Chief of Prehospital Emergency Care. His pioneering basic science work involves the development of protocols for improving cardiopulmonary resuscitation. Other research interests include emergency medical services, heart arrest, induced hypothermia, reperfusion injury, resuscitation, and ventricular fibrillation. Mark Miller Associate Research Professor, Department of Mechanical Engineering & Materials Science and Bioengineering. PhD (Applied Mechanics), University of Michigan, 1990. Director, Orthopaedic Biomechanics Laboratory, Allegheny General Hospital. The Biomechanics Laboratory broadly supports all areas of orthopaedic surgical intervention. Current topics of research include investigations of the mechanical behavior of all structures in the human elbow and the relationship of carpal – metacarpal arthroplasty to radial and ulnar deviation strength. Pamela Moalli Associate Professor; Director of Fellowship in Urogynecology and Female Pelvic Medicine; Division of Urogynecology and Reconstructive Pelvic Surgery, Department of Obstetrics, Gynecology, and Reproductive Sciences, Magee-Womens Hospital and University of Pittsburgh; Investigator, Magee-Womens Research Institute. Dr. Moalli graduated from the NIH sponsored Medical Scientist Training Program at Northwestern University in 1994. She had earned a PhD in molecular and cellular biology and a medical degree over a period of 8 years. Residency: Obstetrics and Gynecology at Magee-Womens Hospital of the University of Pittsburgh (1994-1998). From 1998 to 2000 she completed a fellowship in Urogynecology and Reconstructive Pelvic Surgery at the same institution. Dr. Moalli’s NIH-supported research focuses on the effect of menopause on connective tissue remodeling in the vagina and supportive tissues. In addition, Dr. Moalli studies mechanisms of maternal birth injury using both rodent and nonhuman primate models. Finally, she is involved in several projects focusing on the development of improved graft materials for use in reconstructive pelvic surgeries. Her research team is highly interdisciplinary involving members of the Center for Biological Imaging, the Department of Engineering, the Department of Regenerative Medicine and the Division of Urogynecology. Volker Musahl Assistant Professor, Departments of Orthopaedic Surgery and Bioengineering. MD, Albert-Ludwigs University, Freiburg, Germany, 1998. Dr. Musahl specializes in sports medicine; he provides comprehensive care of injuries to the knee, shoulder, elbow, hip, and ankle. Martin Oudega Assistant Professor, Departments of Physical Medicine & Rehabilitation, Neurobiology and Bioengineering. PhD (Medical Biology), University of Leiden, Leiden, the Netherlands (1990). Dr. Oudega completed postdoctoral fellowships in Neurobiology at the University of California at San Diego, La Jolla, California and at the Miami Project to Cure Paralysis at the University of Miami School of Medicine, Miami, Florida. He was an assistant professor in Neurological Surgery at the University of Miami School of Medicine and in Neurology at the Johns Hopkins University School of Medicine. Dr. Oudega was the director of the Animal Injury and Repair laboratory at the International Center for Spinal Cord Injury at The Kennedy Krieger Institute, Baltimore, Maryland. Currently, Dr. Oudega is directing the Spinal Cord Repair Laboratory that investigates the efficacy of cellular transplants, alone or in combination with axon growth-supporting interventions, to elicit anatomical and/or functional restoration after spinal cord injury. The overall goal of Dr. Oudega’s laboratory is to develop spinal cord repair strategies for translation into the clinic.

John F. Patzer II Associate Professor, Bioengineering and Chemical Engineering. PhD (Chemical Engineering, Fluid Mechanics), Stanford University, 1980. Dr. Patzer's research interests are in the application of transport phenomena and reaction engineering in support of biomedical bioartificial organ development and replacement. Dr. Patzer is active in development of both artificial (non-cell-based detoxification) and bioartificial (hepatocyte-based) liver support systems for patients with acute liver failure. He is collaborating with physicians at the Thomas E. Starzl Transplantation Institute in clinical evaluation of bound solute dialysis (artificial liver) to support patients with acute renal failure post transplant. Other interests include renal failure therapies, artificial pancreas, and skin regeneration. Jay W. Pettegrew Professor and Director of Neurophysics Laboratory, (Psychiatry Department). MD, University of Illinois, 1969. Dr. Pettegrew’s research interests are focused on using NMR and MRI technology, specializing in the molecular events underlying normal brain development and aging and how these events are altered in diseases such Alzheimer’s, autism schizophrenia and major depressive illness. He also is investigating the molecular similarities and differences of dementia in Alzheimer’s, alcoholics and schizophrenic subjects. These studies are designed to investigate the molecular specificity of the findings. An imaging molecule has been designed by Dr. Pettegrew, which will image the earliest molecular alterations that occurs in Alzheimer disease. This MRI based biomarker will allow the detection of molecular changes in Alzheimer’s disease even decades before the onset of symptoms. Dr. Pettegrew has been a NIH reviewer for over 20 years and has been a member NIH study section since 1984 and has chaired a study section. He has been continuously funded by NIH since 1985. Rosa Lynn Pinkus Professor of Medicine/Neurosurgery; Associate Director, Center for Bioethics and Health Law and Director, Consortium Ethics Program University of Pittsburgh. Dr. Pinkus earned her PhD (1975) from the State University of New York at Buffalo and joined the faculty of the University of Pittsburgh School of Medicine in 1980. She taught applied ethics for over thirty years in both the Schools of Medicine and Engineering. Supported by funds from the Whitaker Foundation, she developed both the required graduate and undergraduate courses in Bioethics in the Department. Rosa Lynn is lead author of the book, Engineering Ethics: Balancing Cost, Risk and Schedules: Lessons Learned from the Space Shuttle (Cambridge University Press, 1997) and co-author, with Mark Kuczewski, of An Ethics Casebook for Hospitals: Practical Approaches to Everyday Ethics (Georgetown University Press, 1999). Currently she serves as an ethics consultant for an NIH National Center for Research Resources (NCRR) Phase I and Phase II Science Education Partnership Award entitled: If a Starfish can grow and Arm, Why Can’t I? This project extends Rosa Lynn’s commitment to applying state of the art professional ethics to both the everyday practice of professionals and to the broader society. Michael R. Pinsky Professor of Critical Care Medicine, Bioengineering, Cardiovascular Disease, Anesthesiology and Clinical & Translational Science. Program Director, NRSA Training Program. MD (Critical Care Medicine), McGill University, Montreal, 1974. Current research interests: heart-lung interactions, hemodynamic monitoring, left and right ventricular function, blood flow distribution, molecular mechanisms in sepsis, complexity modeling of disease, management of shock, medical education, and health services research. Bruce R. Pitt Professor and Chairman, Department of Environmental & Occupational Health, The Graduate School of Public Health; Professor of Pharmacology and Bioengineering. PhD (Environmental Physiology), The Johns Hopkins University, 1977. Dr. Pitt’s laboratory efforts are directed towards original studies on the molecular and cellular biology of lung. To date, this work has focused primarily on the role of oxidants and nitric oxide

in affecting pulmonary endothelial and vascular smooth muscle cell function. Isolated primary cell cultures, genetically modified murine models and somatic gene transfer to lung have been used as model systems to identify the role of partially reduced oxygen and nitrogen species in the response of the lung to stress and injury. Jiantao Pu Assistant Professor, Departments of Radiology and Bioengineering. PhD (Computer Science), Peking University, 2002. Dr. Pu' research interests lie at the interface between computer science and biomedicine with a special focus on biomedical image analysis, biomedical informatics, computer-aided detection/diagnosis, computer graphics and vision, machine learning, and human-computer interaction. His research goal is to develop innovative techniques that may lead to profound discoveries in both the computing and biomedical fields and advance the understanding of underlying mechanism of various biomedical problems through imaging. Mark S. Redfern Professor, Bioengineering, Otolaryngology, and Rehabilitation Science. Associate Dean for Research, Swanson School of Engineering. PhD (Bioengineering), University of Michigan, 1988. Dr. Redfern's research is focused in: human movement biomechanics, postural control, and ergonomics. The major goal of his postural research is the prevention of falling injuries by investigating the factors that influence balance, particularly in the elderly. He also studies vestibular disorders, their impact on postural control, and methods of vestibular rehabilitation. His research approach is to develop an understanding of the postural control system towards better identification of balance problems, and then to use this knowledge to develop new interventions or rehabilitation methods. Dr. Redfern also does applied research in fall prevention through design of the home and work environment. He consults with industry on ergonomics and workplace design for the prevention of musculoskeletal injuries. Anne Robertson Associate Professor, Departments of Mechanical Engineering and Bioengineering. PhD, University of California Berkeley. Dr. Robertson is active in research and teaching in continuum mechanics, with particular emphasis on Newtonian and non-Newtonian fluid dynamics, cerebral vascular disease, and constitutive modeling of soft biological tissues. Douglas D. Robertson, Jr. Associate Professor, Radiology, Orthopaedic Surgery, and Bioengineering; Director, Musculoskeletal Imaging and Biomechanics Laboratory. MD and PhD, Georgetown University, 1982, 1983. Dr. Robertsonâ&#x20AC;&#x2122;s research focuses on musculoskeletal imaging, biomechanics, modeling and joint replacement. Partha Roy Associate Professor, Bioengineering and Pathology. PhD (Biomedical Engineering) University of Texas Southwestern Medical Center; Postdoctoral fellowships in Cell Biology at Harvard Medical School and the University of North Carolina at Chapel Hill. Dr. Royâ&#x20AC;&#x2122;s laboratory studies cell migration, tumor metastasis, angiogenesis, phosphoinositide signaling and protein-protein interactions using various cell biology, biochemistry, microscopic imaging and in vivo techniques. J. Peter Rubin Chief of the Division of Plastic and Reconstructive Surgery and Associate Professor, Bioengineering. MD, Tufts University School of Medicine. Dr. Rubin is a noted expert on adult stem cells derived from fat tissue and body contouring surgery. He leads a program that is devising innovative strategies for the use of adipose (fat)-derived stem cells to not only address problems of tissue regeneration but also other diseases that benefit from stem cell-based therapies. In addition, Dr. Rubin is Director of the UPMC Life after Weight Loss Program, a leading center for plastic surgery after weight loss. He is co-director of the Adipose Stem Cell

Center and co-director of the UPMC Aesthetic Plastic Surgery Center. His laboratory research focuses on applications of adult adipose-derived stem cells for restoring damaged tissues after trauma and cancer therapy. He currently is the lead investigator for clinical trials using technologies designed to improve the lives of wounded military personnel. Alan J. Russell Distinguished University Professor of Surgery, Professor of Chemical Engineering, and Bioengineering. Founding Director of the McGowan Institute for Regenerative Medicine at the University of Pittsburgh; Executive Director of Pittsburgh Tissue Engineering Initiative (PTEI). PhD (Biological Chemistry), Imperial College of Science & Technology, University of London. Dr. Russellâ&#x20AC;&#x2122;s research laboratory operates at the broad interface between chemistry, materials, and biology. Within that realm are some specific areas of interest. Recent and ongoing projects in the lab are: the development of miniature biofuel cells that generate electricity from glucose; the construction of micro-fluidic cell sorting devices, which will sort unmodified cells under low flow conditions; the synthesis of biomaterials which generate active biocides from salts and sugars and can be deployed as combination biomaterials that inactivate both chemical and biological weapons; the investigation of biomaterials for inhibition of biofilms on implanted medical devices; the development of new chemistries for biocides that can be attached to any surface, resulting in permanently biocidal surfaces; and the use of new chemistries to protect enzymatic activity of proteins in bioplastic materials from environmental stresses. Joseph T. Samosky Associate Professor, Departments of Anesthesiology and Bioengineering. PhD (Medical Engineering) from the Massachusetts Institute of Technology and the Harvard-MIT Division of Health Sciences and Technology (2002) with clinical education at Harvard Medical School. Dr. Samosky is the director of the Simulation and Medical Technology R&D Center, an interdisciplinary research and education center whose primary mission is to invent next-generation enabling technologies for simulation-based healthcare training and new medical devices. His research focuses on user-centric design and engineering of real-time interactive systems that enhance learning, improve patient care and enhance patient safety. He has a strong interest in simulation, human-computer interfaces, sensor systems, advanced perceptual display technologies (including augmented reality display), biomimetic materials, 3D fabrication techniques, and robotic systems, including actuators and embedded control systems. He is the co-developer of the Combat Medic Training System (COMETS), an autonomous, tetherless, humanoid robotic trauma patient that supports field training in casualty care. Dr. Samosky is an enthusiastic advocate of hands-on engineering and design education and has mentored over 40 bioengineering students in senior design projects over the past three years. He is currently developing a course and supporting laboratory space to enable students to explore and learn multidisciplinary, prototype-based system design and engineering. Andrew J. Schaefer Wellington C. Carl Fellow, Assistant Professor of Industrial Engineering, Bioengineering and Medicine. PhD (Industrial and Systems Engineering), Georgia Tech 2000. Dr. Schaefer's research interests are in stochastic optimization. In particular, he is working in building physiologically accurate models of disease progression in end-stage liver disease, HIV and sepsis. Furthermore, he is applying stochastic optimization techniques to find best treatment plans for these diseases. Gerald Schatten Professor, Obstetrics, Gynecology, & Reproductive Sciences, and Bioengineering; Director, Pittsburgh Development Center (PDC); Endowed Professor and Vice Chair of; Professor of Cell Biology & Physiology. PhD (Cell & Developmental Biology), University of California, Berkeley, 1975. Dr. Schatten explores the molecular biology of cell function-- in gametes, embryos, stem cells, maternal/fetal efficacy of assisted reproduction technologies, the origins of developmental diseases, the causes and prevention of adverse pregnancy outcomes and the potential of stem cells for treating human disease. Among its other strengths, the

PDC is emerging as a world center for the study of stem cells, precursor cells with the ability to grow into any tissue and the ability to treat a variety of human diseases. Joel S. Schuman Eye and Ear Foundation Professor and Chair of Ophthalmology, Professor of Bioengineering; Director, UPMC Eye Center. MD, Mount Sinai School of Medicine, 1984. Ophthalmology Residency, Medical College of Virginia, 1988; Glaucoma Fellowship, Harvard Medical School, Massachusetts Eye and Ear Infirmary, 1990. Dr. Schuman is an inventor of optical coherence tomography, the most rapidly adopted technology in ophthalmology. Dr. Schuman’s research interests include technology development, imaging of the eye, lasertissue interactions, aqueous outflow, and clinical pharmacology. Andrew B. Schwartz Professor, Neurobiology and Bioengineering; Director of the Motorlab at The McGowan Institute for Regenerative Medicine. PhD (Physiology), University of Minnesota, 1984. Dr. Schwartz’ research is centered on two aspects of motor control cerebral mechanisms of volitional arm movement and cortical control of neural prosthetics. He uses electrode arrays to record action potentials from populations of individual neurons in motor cortical areas while monkeys perform tasks related to reaching and drawing. A number of signalprocessing and statistical analyses are performed on these data to extract movement-related information from the recorded activity. Charles Sfeir Assistant Professor, Departments of Oral Medicine, Pathology, and Bioengineering. DDS (Dental Surgery) The Université Louis Pasteur, Strasbourg France, 1990. PhD (Molecular Biology/Biochemistry) Northwestern University, 1996. Dr. Sfeir is actively involved in research focusing on two major topics: (1) Role of extracellular matrix in tissue engineering and biomineralization (2) The use of bioceramic nanoparticles in non-viral DNA gene delivery. Additionally, Dr. Sfeir and his research team in collaboration with Dr. Kumta, are focused on molecular biology and are concentrating on the development of ceramic nano-particles for non-viral gene therapy vectors mainly to be utilized in bone regeneration and other tissues. Sanjeev G. Shroff Professor and Gerald McGinnis Chair in Bioengineering, Professor of Medicine, Senior Investigator, MageeWomens Research Institute, and Core Faculty, McGowan Institute for Regenerative Medicine. PhD (Bioengineering), University of Pennsylvania, 1981. Dr. Shroff's research interests include three main areas. An evaluation of the relationships between left ventricular mechano-energetic function and underlying cellular processes, with a special emphasis on contractile and regulatory proteins, is the focus of the first research area. Whole heart, isolated muscle, and single cell experiments are performed using various animal models, including transgenic mice. The second research area focuses on the role of pulsatile arterial load (vascular stiffness in particular) in cardiovascular function. One of the hypotheses being investigated is that aberrant vascular stiffness changes are involved in the genesis of certain cardiovascular pathologies (e.g., preeclampsia, isolated systolic hypertension in elderly). Novel noninvasive measurement techniques are used to conduct longitudinal human studies, which are complimented by in-vivo and in-vitro vascular and cardiac studies with animal models. The role of regional contraction asynchrony in global ventricular mechanics and energetics is being investigated in the third research area. Dr. Shroff and colleagues have developed and continue to develop novel, simulation-based material (i.e., mathematical models of biological systems and associated "virtual experiments") for education and engineering design. Ian A. Sigal Assistant Professor, Ophthalmology and Bioengineering. PhD (Mechanical Engineering in Biomedical Engineering Collaborative Program), 2006, University of Toronto; MASc (Aerospace Engineering), 2001, University of Toronto; BSc (Physics), 1999, Universidad Nacional Autonoma de Mexico. Dr. Sigal joined the

University of Pittsburgh on October 2010 and started the Laboratory of Ocular Biomechanics (www.ocularbiomechanics.org). The main goal of the lab is to help understand the causes and consequences of the differences in biomechanics between individuals. Current efforts are focused on understanding glaucoma and, more specifically, why some people lose vision due to glaucoma while others do not. This involves projects to predict and measure the short and long-term effects of altered intraocular pressure and the ability of an eye to adapt to changing conditions. Richard C. Simpson Assistant Professor. Departments of Health & Rehabilitation Sciences and Bioengineering. PhD (Bioengineering), University of Michigan, 1997. Dr. Simpson's areas of expertise include assistive technology for people with disabilities, human-computer interaction and rehabilitation robotics. His research interests include modeling the interaction between users and assistive technology, smart wheelchairs and cognitive orthotics. Matthew Smith Assistant Professor, Department of Ophthalmology and Bioengineering. PhD (Neural Science), New York University, 2003. Between 2003 and 2010, Dr. Smith conducted postdoctoral research at Carnegie Mellon University and the University of Pittsburgh. Dr. Smith's research is aimed at understanding how our visual perception of the world is constructed from the activity of populations of neurons. His laboratory employs neurophysiological and computational approaches to this problem. He is also interested in applications of his research to the problems of vision restoration and neural prosthetics. Gwendolyn Sowa Assistant Professor, Physical Medicine & Rehabilitation and Bioengineering. PhD (Biochemistry), University of Wisconsin at Madison, 1997; MD University of Wisconsin at Madison, 2000. Dr. Sowa is currently conducting molecular level research on disc and spine deterioration and the mechanisms of back pain. She is Co-Director of the Ferguson Laboratory for Orthopaedic Research, and has an active research program investigating the role of mechanical forces in disc degeneration. Dr Sowa is an award winning researcher and has presented her findings at international conferences and symposia. Patrick J. Sparto Associate Professor, Physical Therapy, Bioengineering, and Otolaryngology. PhD (Biomedical Engineering), Ohio State University, 1998. Dr. Spartoâ&#x20AC;&#x2122;s primary research interests include the combined effects of aging and vestibular disease on postural control in an effort to reduce the risk of falling in older adults. He is currently investigating how neuroimaging markers of brain decline affect mobility performance in older adults. George D. Stetten William Kepler Whiteford Professor of Bioengineering and Research Professor, Robotics Institute. MD, State University of New York, Health Science Center at Syracuse, 1991; PhD (Biomedical Engineering), University of North Carolina at Chapel Hill, 1999. Dr. Stettenâ&#x20AC;&#x2122;s current research interests include image-guided surgery using a device he invented called the Sonic Flashlight, and various adaptations of the underlying principle of in-situ image guidance. In addition he is developing image analysis techniques for automated identification and measurement of anatomical structures, based on a new framework called Shells-and-Spheres. He is developing a technology called FingerSight for the vision impaired, which involves fingertip video cameras linked to vibratory stimulators. He is also developing a new type of surgical tool that magnifies the sense of touch, enabling the surgeon to feel forces during delicate procedures. His teaching efforts include the development of a new open-standard testing format, enabling instructors to create and score their own multiple choice exams, called LaTeX Open-Format Testing (LOFT) and a student-built electronics instrumentation package called the PittKit.

Mingui Sun Professor, Departments of Neurological Surgery, Bioengineering, and Electrical & Computer Engineering. PhD (Electrical Engineering), University of Pittsburgh, 1989. Dr. Sun's research interests include biomedical sensors and instruments, implantable devices, image and video processing, neuroengineering, and electrophysiological signals such as EEG and MEG. His is currently investigating implantable devices for the brain, telemedicine, brain-computer interface, and development of electronic systems for overweight and obesity evaluation. Scott Tashman Associate Professor, Orthopaedic Surgery, Bioengineering, and Mechanical Engineering; Director, Biodynamics Laboratory. PhD (Mechanical Engineering), Stanford University, 1992. Dr. Tashman has developed unique instrumentation for analyzing in vivo, dynamic function of human joints. His research focuses on the characterization, treatment and repair of joint soft tissue injuries and mechanical factors that drive the development and progression of chronic musculoskeletal conditions such as osteoarthritis and degenerative disk disease. Dr. Tashman's work crosses many bioengineering disciplines, including kinematics/dynamics of human movement, medical imaging, musculoskeletal modeling and instrumentation design. The Biodynamics Laboratory operates at the crossroads between the lab and the clinic; most projects involve multidisciplinary teams of engineers, biologists and clinicians to address pressing orthopaedic problems. Kimimasa Tobita Research Assistant Professor, Developmental Biology, Pediatrics, and Bioengineering at the University of Pittsburgh; Director of Rangos Research Center Animal Imaging Core, Children's Hospital of Pittsburgh of UPMC. MD, Tokushima University, School of Medicine, Japan, 1989. Dr. Tobita completed general Pediatrics fellowship and worked as a clinical instructor/teaching assistant in the Department of Pediatric Cardiology, Heart Institute of Japan. He came to the United States in 1997 and worked in the Department of Pediatrics as a post-doctoral research fellow at the University of Rochester in Rochester, NY and at the University of Kentucky in Lexington, KY. Dr. Tobita's research interests include cardiomyocyte differentiation from muscle derived stem cells using 3D cardiac gel bioreactor, development of tissue engineered cardiac muscle graft, cardiovascular physiology/biomechanics of fetal circulation and congenital heart diseases, small animal imaging using high-resolution ultrasound, micro-CT/PET, and micro-MRI. Rocky S. Tuan Professor, Orthopaedic Surgery and Bioengineering. PhD (1977) from Rockefeller University, NY. Rocky Tuan, PhD, a world-renowned expert in stem cell biology and tissue engineering, has been appointed the founding director of the University of Pittsburgh School of Medicine’s newly established Center for Cellular and Molecular Engineering in the Department of Orthopaedic Surgery. For more than 30 years, Dr. Tuan has studied the workings of the musculoskeletal system and its diseases, including cartilage development and repair, cell signaling and matrix biochemistry, stem cell biology, nanotechnology, and many other orthopaedically relevant topics. Robert Turner Associate Professor, Neurobiology and Bioengineering. PhD (Cellular and Molecular Biology), University of Washington, 1991. Dr. Turner earned his PhD at the University of Washington and worked as a Post Doc at Emory University under the direction of Dr. Mahlon R. DeLong (Neurology and Movement Disorders). Dr. Turner’s research focuses on the basal ganglia and cortex in health and disease and neural interfaces (e.g., deep brain stimulation) for the treatment of movement disorders. He studies the spiking activity of multiple single neurons in monkeys trained to perform operant movement tasks in order to examine changes in the relationship between neuronal activity and behavior across the induction of disease states and their manipulation by deep brain stimulation therapy. Using this approach, Dr. Turner’s research seeks to understand the neuronal

mechanisms that produce symptoms in diseases such as Parkinsonâ&#x20AC;&#x2122;s disease and to improve the efficacy of neural interface therapies for those diseases. Elizabeth Tyler-Kabara Assistant Professor, Neurological Surgery and Bioengineering. MD/PhD (Molecular Physiology and Biophysics) Vanderbilt University, 1997. Specialized areas of interest: Cerebral palsy; spasticity; dystonia; movement disorders; pediatric spinal disorders. Dr. Tyler-Kabara directs the Neural Enhancement Laboratory in the Department of Neurological Surgery. Current research projects in this laboratory include stem cell therapies in the treatment of both adult and pediatric traumatic brain injury. Current collaborations with the department of Bioengineering include exploring various techniques for improving neuronal electrode interfaces. Linda van Roosmalen Visiting Assistant Professor, Rehabilitation Science & Technology and Bioengineering. PhD (Rehabilitation Science and Technology), The University of Pittsburgh, 2001. Dr. van Roosmalen performs her research in the department of Rehabilitation Science and Technology (RST). She is particularly interested in product safety, injury biomechanics, human factors, product development and commercialization. Alberto Vazquez Visiting Assistant Professor, Radiology and Bioengineering. PhD (Biomedical Engineering), University of Michigan, Ann Arbor, 2005. Research interests of Dr. Vazquez include investigating the role and properties of dynamic neuro-vascular and neuro-metabolic couplings in normal brain function, as well as the impact of pathologies, such as stroke and neuro-degeneration, on these processes using optical (two-photon microscopy, fluorescence microscopy), magnetic resonance and electrophysiological methods. Oleg I. Velikokhatnyi Research Assistant Professor, Department of Bioengineering. PhD (Physics and Mathematics), Institute of Strength Physics and Materials Science, Tomsk, Russia (1994). Dr. Velikokhatnyiâ&#x20AC;&#x2122;s primary research interests are focused on developing and applying modern first-principles quantum mechanical and semi-empirical approaches to design of biodegradable materials with controllable corrosion rate for orthopedic and craniofacial applications. His secondary research interests lie in a field of computational modeling and design of the materials for alternative energy sources (Li-ion rechargeable batteries, fuel cells, water electrolysis). Jeffrey Vipperman Associate Professor, Mechanical Engineering and Bioengineering. PhD (Mechanical Engineering), Duke University, 1997. Dr. Vipperman's research interests include active microsystems (MEMS), adaptive structures and materials, acoustics, and automatic controls. He is the founder and director of the Sound, Systems, and Structures Laboratory, which is well-equipped to conduct both experimental and numerical studies. Yoram Vodovotz Professor of Surgery, Immunology, Clinical and Translational Science, and Communication Science and Disorders; Visiting Professor of Computational Biology. His research interests include the biology of acute inflammation in shock states, chronic inflammatory diseases, wound healing, malaria, and restenosis. His work utilizes mathematical modeling to unify and gain insight into the biological interactions that characterize these inflammatory conditions. As the Director of the Center for Inflammation and Regenerative Modeling (CIRM; www.mirm.pitt.edu/cirm) at the McGowan Institute for Regenerative Medicine, Dr. Vodovotz has been involved in the mathematical modeling of acute inflammatory states (e.g. septic or hemorrhagic shock, wound healing), including cellular and physiological elements, as part of a large, interdisciplinary collaborative

team. He is also a co-founder of Immunetrics, Inc., a company that is commercializing this mathematical modeling work. David A. Vorp Professor, Bioengineering and Surgery. PhD (Mechanical Engineering), University of Pittsburgh, 1992. Dr. Vorp's research interests are in the area of vascular and urethral biomechanics and tissue engineering. His current work focuses on the assessment of mechanical factors in the genesis and progression of vascular diseases such as aortic aneurysms, atherosclerosis, vascular graft failure, etc., and in the development of tissueengineered blood vessels. As part of the latter, Dr. Vorp's laboratory has focused on the role of stem cells in vascular tissue engineering, including the effect of in-vitro stimulation on stem cell differentiation. His group also investigates the effect of various diseases and conditions on the biomechanical and functional properties of intact urethra ex-vivo. William R. Wagner Interim Director, McGowan Institute for Regenerative Medicine; Professor, Surgery, Chemical Engineering, and Bioengineering. PhD (Chemical Engineering), University of Texas at Austin, 1991. The research interests of Dr. Wagner’s group are in the area of cardiovascular engineering with projects that address medical device biocompatibility and design, tissue engineering, and imaging. The research group is comprised of graduate students in Bioengineering as well as post-doctoral fellows and junior faculty with backgrounds in surgery, engineering, and polymer chemistry. Projects span from in vitro to clinical studies. James H-C. Wang Associate Professor, Orthopaedic Surgery, Mechanical Engineering & Materials Sciences, Physical Medicine & Rehabilitation, and Bioengineering. PhD (Bioengineering) University of Cincinnati, 1996. Postdoctoral Fellow in Biomedical Engineering, Johns Hopkins, 1997, and Washington University at St. Louis, 1998. Dr. Wang is now the Director of the MechanoBiology Laboratory (MBL, http://www.pitt.edu/~mechbio/) in the Department of Orthopaedic Surgery, University of Pittsburgh School of Medicine. One of his research focuses in the MBL is the cellular and molecular mechanisms of tendinopathy, a prevalent tendon disorder that affects millions of Americans in the United States alone. Another research focus is the mechanobiology of tendon stem cells (TSCs) and the pathogenic role of TSCs in the development of tendinopathy. Still another is the use of autologous platelet-rich plasma (PRP), in combination with engineered tendon matrix (ETM) and stem cells, to repair injured tendons. In the MBL, interdisciplinary approaches, including cell biology, molecular biology, tissue engineering, and engineering mechanics, are applied to the investigations. New technologies such as cell traction force microscopy (CTFM) and micropost force sensor array are currently used in determining cellular function in terms of cell contractility and motility. Yadong Wang Associate Professor, Department of Bioengineering. PhD (Chemistry), Stanford University, 1999. Dr. Wang’s laboratory works at the interface of chemistry, materials, and medicine. The focus of his research is to create biomaterials that present controlled chemical, physical, and mechanical signals to the biological systems. The ultimate goal is to direct how human bodies will interact with these materials in a therapeutic environment. His laboratory actively engages in collaborative efforts to explore the applications of these materials in cardiovascular tissue engineering, nerve regeneration, and controlled release of therapeutics. Wei Wang Assistant Professor, Physical Medicine & Rehabilitation and Bioengineering. PhD (Biomedical Engineering), Washington University in St. Louis, 2006; MD, Peking University Health Science Center, 1999. Dr. Wang’s research at the University of Pittsburgh is based on his previous investigations in how the brain controls arm and hand movement. He is also researching the use of VR simulation benefits in rehabilitation after stroke or spinal cord injury.

Jonathan Waters Professor, Anesthesiology and Bioengineering; Chief of Anesthesia Services at Magee Women’s Hospital, UPMC and Medical Director in the Blood Management Division of Biometrics, Inc. MD, George Washington University; residency at New York University/Bellevue Hospital Center. Dr. Water’s research interests include: improving obstetrical outcomes integrating IT with simulation based team training; red cell rheologic changes associated with anesthetic agents; endotoxin in allogeneic and cell salvage blood; and the impact of amniotic fluid on blood coagulation function. He is a Founding Member of the Society for the Advancement of Blood Management, for which he has also served as president (2007-2009). Dr. Waters is also Chair of the Transfusion Review Committee at Magee Women’s Hospital. Douglas Weber Assistant Professor, Departments of Physical Medicine & Rehabilitation and Bioengineering. PhD (Bioengineering), Arizona State University, 2001. Dr. Weber completed two years of postdoctoral training in the laboratory of Dr. Richard Stein at the University of Alberta in Edmonton Alberta, Canada. In 2005, he joined the University of Pittsburgh, where he and his staff conduct fundamental research into the role and nature of sensory feedback in motor control. Their mission is to advance rehabilitation science and practice through scientific discovery and the development of neuroprosthetics for assisting and restoring motor function after nervous system injury and limb loss. Current research projects include: 1) the use of functional electrical stimulation (FES) to improve upper extremity function during stroke rehab, and 2) the development of a somatosensory neural interface to provide proprioceptive feedback for neuroprosthetic limbs. Alan Wells Thomas J Gill III Professor of Pathology, Professor of Bioengineering. MD, Brown University (1988); DMSc, Karolinska Institute, Stockholm, Sweden (1982). The Wells' Laboratory research program, in close collaboration with its research partners, aims to understand cell migration in terms of how motility processes are regulated, and understand how this regulation of migration plays a role in physiologic and pathologic situations. Dr. Wells is integrating the knowledge gained from our biochemical and biophysical mechanistic studies into our investigations concerning conditions of dysregulated (tumor invasion) and orchestrated (wound healing and organogenesis) cell motility. The latter aspects drive our interest in bioengineering principles to develop organ regeneration. As part of understanding the motility response, we are investigating both how this particular integrated cell response is selected from among others and the metabolic consequences of motility. This integrative approach provides reinforcing insights and novel avenues for exploration into the basic signaling pathways as well as functioning of whole organism. As a model system, we explore motility signaling from the epidermal growth factor receptor (EGFR) in adherent cells. EGFR plays a central role in the functioning in a wide variety of both stromal and epithelial tissues, and is the prototype for other receptors with intrinsic tyrosine kinase activity. Thus, these studies should have widespread implications. Erik C. Wiener Associate Professor, Radiology and Bioengineering. PhD (Biophysics), University of Pennsylvania, 1988. Dr. Wiener’s major area of research is in the molecular and cellular imaging of cancer. In particular, he uses Magnetic Resonance Imaging (MRI) for use in understanding tumor biology and physiology. Savio L-Y. Woo Distinguished University Professor and Founder and Director of the Musculoskeletal Research Center (MSRC) in the Department of Bioengineering. PhD, University of Washington at Seattle, 1971; DSc (Honorary), California State University at Chico, 1998; DEng (Honorary), Hong Kong Polytechnic University, 2008. Dr. Woo has established interdisciplinary programs to provide educational and research opportunities on the mechanical properties of soft tissues (tendons, ligaments and cartilage) and the effects of growth, aging and healing on these properties. Dr. Woo’s research interests include the effects of stress and motion on healing and repair of soft tissues; theoretical and experimental studies of the nonlinear viscoelastic and mechanical properties of biological tissues; kinematics of synovial joints, including the knee and shoulder, by developing a

novel robotic universal force-moment sensor testing system to assess the roles of various soft tissues; functional tissue engineering approaches involving the use of gene therapy and bioscaffolds, i.e., porcine extracellular matrix (ECM), to improve the healing of injured ligaments and tendons. In more recent years, Dr. Woo’s research has focused on the development of biodegradable metallic materials to assist the healing of ligaments and tendons as well as for implantable devices for orthopaedic applications. Joanne Yeh Associate Professor, Structural Biology and Bioengineering. PhD, University of California @ Berkeley, 1994. Professor Yeh’s research focuses on atomic resolution, X-ray structure determination of membrane proteins, redox enzymes, and large multi protein complexes related to cellular regulation and metabolism. Professor Yeh is the Director of the University of Pittsburgh SOM X-ray Crystallography Facility and is the Director of the X-ray Crystallography Core for the Pittsburgh Center for HIV Protein Interactions, an NIH funded P50 Structural Biology Center for the study of HIV-related proteins and early-entry events. In addition to her structure-function studies, Professor Yeh has developed various methods related to macromolecular crystallography and biochemical characterization of membrane proteins. In the area of bioengineering, the Yeh laboratory developed the coordinated biosensing approach for producing highly specific and sensitive nanobiosensors, based on the three-dimensional structures of enzymes and other proteins as detectors of target ligands and biomarkers of diseases. Minhee Yun Associate Professor, Electrical & Computer Engineering, and BioEngineeirng. PhD Arizona State University, 1998. Dr. Yun's major research interests include biomedical sensors and devices, nanoelectronics, and biodevice materials. Dr. Yun is currently working on development of biomarker detections based on nanomaterials such as nanowires and carbon-based materials; in particular, his is focused on cardiovascular disease (CVD) cancer biomarker detections. Xudong Zhang Associate Professor, Orthopaedic Surgery, Mechanical Engineering, and Bioengineering. PhD, University of Michigan, 1997. Dr. Zhang is the Director of Musculoskeletal Modeling Lab and Co-director of Sports Orthopaedic Research Lab. His primary research field is musculoskeletal system and tissue biomechanics, wherein his work spans theory, experiment, and computation. His focus has been on developing and validating biomechanical models and computer simulations for clinical as well as industrial applications. Such applications include treatment efficacy and outcome evaluation, computer-assisted orthopaedics and rehabilitation, digital design of human-machine systems, computer-aided ergonomics, prosthetics and robotics. Bin Zheng Research Professor, Radiology and Bioengineering. PhD (Electrical Engineering), University of Delaware, Newark, DE, 1993. Dr. Zheng’s major area of the research is the development and evaluation of computeraided diagnosis (CAD) schemes of biomedical images. His current research interests and projects include (1) developing interactive CAD schemes for mammograms using content-based image retrieval (CBIR) approaches, (2) developing CAD schemes for the early detection of interstitial lung diseases and pulmonary embolisms using CT images, (3) developing a new breast cancer risk prediction model based on resonancefrequency electrical impedance spectroscopy (REIS) technology, and (4) developing digital pathology system including the microscopic image scanner and CAD schemes to improve accuracy and efficiency in diagnosis of chromosome and FISH (fluorescent in situ hybridization) images. Leming Zhou Assistant Professor, Health Information Management in the School of Health and Rehabilitation Sciences and Bioengineering in the Swanson School of Engineering. PhD (Physics and Computer Science), George Washington University. Dr. Zhou’s research interests include mathematical modeling, algorithm development, sequence alignment, high performance computing, and data mining.

Chemical and Petroleum Engineering Mohammad M. Ataai Professor, Chemical and Petroleum Engineering and Bioengineering, Ph.D. (Chemical Engineering), Cornell University, 1986 - Dr. Ataai’s research interests include bioprocess engineering, large-scale cell culture and fermentation, immobilized enzyme, protein purification, metabolic engineering, cellular metabolism and physiology. Anna C. Balazs Distinguished Professor of Chemical Engineering and Robert von der Luft Professor of Chemical and Petroleum Engineering, Ph.D., Massachusetts Institute of Technology, 1981 - Dr. Balazs’ research involves using statistical mechanics and computer simulations to model polymeric systems. Her current research is focused on modeling the properties of polymer blends, the aggregation of associating polymers, and polymersurface interactions. She is also interested in the role of polymers in biophysics and has investigated micelle formation, the controlled release of drugs through porous polymers, and the binding of ligands to biopolymers. Ipsita Banerjee Assistant Professor, Chemical and Petroleum Engineering, Ph.D., Rutgers University, 2005 - Dr. Banerjee’s research interests focus on the area of process systems engineering and optimization and their applications in different chemical and bio-engineering problems. She is currently developing novel methods for differentiating embryonic stem cells to the pancreatic lineage and applying systems engineering principles in analyzing the regulatory network of the differentiating cell population. She is also interested in reaction network modeling energy efficient combustion processes. Eric J. Beckman George M. Bevier Professor of Engineering and Co-Director, Mascaro Sustainability Initiative, Ph.D. (Polymer Science and Engineering), University of Massachusetts, 1988 - Dr. Beckman’s research focuses on molecular design to support (a) creation of greener chemical products and (b) synthesis of materials to support biomedical research. Harvey S. Borovetz Professor, Chemical and Petroleum Engineering; Professor and Chairman, Department of Bioengineering; Robert L. Hardesty Professor of Surgery; Ph.D. (Bioengineering), Carnegie Mellon University, 1976 - Dr. Borovetz's current research interests are focused on the design and clinical utilization of cardiovascular organ replacements for both adult and pediatric patients. Since 1986 Dr. Borovetz has provided academic leadership to the University's clinical bioengineering program in mechanical circulatory support. Shiao-Hung Chiang Professor Emeritus, Chemical and Petroleum Engineering, Ph.D. (Chemical Engineering), Carnegie Mellon University, 1958 - Dr. Chiang’s research covers a wide spectrum of topics ranging from the study of basic mass transfer mechanisms to the development of a novel coal beneficiation process. James T. Cobb, Jr., P.E. Associate Professor Emeritus, Chemical and Petroleum Engineering, Ph.D. (Chemical Engineering), Purdue University, 1966 - Dr. Cobb’s current research and development interests include bioenergy project development, gas cleanup systems development, beneficial use of energy process by-products, chemical safety education, and examinations for professional engineering. Over the past thirty years he has also conducted research generally in reaction engineering and specifically in coal gasifier modeling.

Julie L. d’Itri Associate Professor, Chemical and Petroleum Engineering, Ph.D. (Chemical Engineering), Northwestern University, 1993 - Dr. d’Itri’s research program is that of using heterogeneous catalysis as a means of solving critical environmental problems. At one end of the spectrum this involves understanding and developing catalytic processes for reducing emission of hazardous pollutants. At the other end of the spectrum are projects aimed at development of entirely new catalytic processes which avoid use and generation of environmentally hazardous materials. Robert M. Enick Bayer Professor, Chemical and Petroleum Engineering, Ph.D. (Chemical Engineering), University of Pittsburgh, 1985 – Dr. Enick's research focuses on experimental investigations of carbon dioxide-based supercritical fluid technology. Examples include: direct carbonation of metal-containing hazardous waste; generation of microcellular foams using CO2; application of fluorinated thiols to metal surfaces using liquid carbon dioxide; and increasing the viscosity of liquid carbon dioxide. William J. Federspiel W.K. Whiteford Professor, Chemical and Petroleum Engineering, Bioengineering, and Surgery, Ph.D. (Chemical Engineering), University of Rochester, 1983 - Dr. Federspiel’s research areas and interests include biomedical fluid mechanics and mass transfer, cardiopulmonary bioengineering, artificial organs, and tissue engineering. Dr. Federspiel directs research in the Artificial Lung Laboratory in the McGowan Institute of Regenerative Medicine and has a secondary appointment in the Department of Surgery at the School of Medicine. The ultimate goal of work within the laboratory is the development of improved cardiovascularrelated medical devices and therapies for patients. Di Gao Assistant Professor and W.K. Whiteford Faculty Fellow, Chemical and Petroleum Engineering, Ph.D. (Chemical Engineering) 2004, University of California at Berkeley – Dr. Gao’s research interests include synthesis, assembly and characterization of novel nanostructures, and the integration of these nanostructures into functional devices and systems for technological applications such as biomedical and environmental sensors. Gerald D. Holder Professor, Chemical and Petroleum Engineering, and U.S. Steel Dean, Swanson School of Engineering, Ph.D. (Chemical Engineering), University of Michigan, 1976 - Dr. Holder’s research interests include high pressure phase behavior, and thermodynamic properties of gas hydrates and supercritical fluids. J. Karl Johnson Interim Chairman and W.K. Whiteford Professor, Chemical and Petroleum Engineering, Ph.D. (Chemical Engineering), Cornell University, 1992 - Dr. Johnson’s current research interests are focused on molecular thermodynamics, atomistic computer simulations, and theories of complex systems. The ultimate goal of this work is to develop engineering models for industrially important materials and processes. George E. Klinzing W.K. Whiteford Professor, Chemical and Petroleum Engineering, and Vice Provost for Research, Ph.D. (Chemical Engineering), Carnegie Mellon University, 1963 - Dr. Klinzing’s current research covers the fields of pneumatic conveying, particulate systems and solids processing. Research has been concentrating on dense phase pneumatic conveying probing the fundamental phenomena both experimentally with novel instrumentation and theoretically with new models based on experimental findings. Prashant Kumta Edward R. Weidlein Chair Professor, Swanson School of Engineering and School of Dental Medicine,

Department of Bioengineering, Chemical and Petroleum Engineering, Mechanical Engineering and Materials Science, Department of Oral Biology, Ph.D. (Materials Science and Engineering), University of Arizona, 1990 – Dr. Kumta’s research interests cover the two broad areas of Energy storage and Biomaterials. The main focus of research in both these areas is to develop novel low temperature approaches and study the relationships of the process parameters, the ensuing microstructure and crystallographic structure to the electrochemical activity in the former and biological response in the latter. J. Thomas Lindt Professor Emeritus, Chemical and Petroleum Engineering, Ph.D., University of Delft, 1971 - Dr. Lindt is internationally recognized as a leader in mathematical modeling of polymer processing operations and supervises research programs associated with polymer processing. His research interests include reactive processing of polymers, isolation of polymers from dilute solutions and emulsions, formation of polymeric composites containing oriented graphitic particles/fibers, morphology development in polymer blends, and rheology of polymer solutions in supercritical fluids associated with structure development in microcellular foams. Steven R. Little Assistant Professor and Bicentennial Alumni Faculty Fellow, Chemical and Petroleum Engineering, Bioengineering, Immunology and Medicine, Ph.D. 2005, Massachusetts Institute of Technology, 2005 – Dr. Little’s research interests are focused on biomaterial design and controlled drug delivery in the areas of smart immunotherapeutics and regenerative medicine. Joseph J. McCarthy W.K. Whiteford Professor, Chemical and Petroleum Engineering, Ph.D., 1998, Northwestern University. Dr. McCarthy’s research interests lie in the area of solids flow and transport phenomena in particulate systems. Immediate concerns include flow and mixing of cohesive particles, breakup and fracture of particle aggregates, and heat transfer in discrete and particulate media. One of the long range goals of his work is the development of a more unified fundamental understanding of transport phenomena in particle systems. Badie I. Morsi Professor and Director of Petroleum Engineering Program, Chemical and Petroleum Engineering, Sc.D., Institut National Polytecnique de Lorraine, 1982 - Dr. Morsi’s current research involves different aspects of Chemical, Environmental, and Petroleum Engineering. In Chemical Engineering, he is leading an extensive research effort in order to design and scale-up various multiphase reactors, such as bubble columns, slurry bubble-columns, high-pressure/temperature stirred vessels, and trickle-bed reactors. His research group is currently measuring the hydrodynamics and mass transfer characteristics in a number of important chemical processes, including methanol synthesis, cyclohexane oxidation, propylene polymerization, benzoic acid oxidation, and Fischer-Tropsch synthesis. In Environmental Engineering, he is primarily concerned with kinetic studies, modeling, and optimization of the regeneration step in a two-step advanced dry-sorbent process for simultaneous removal of NOx and SOx from flue gas. In Petroleum Engineering, he supervised a research on enhanced oil recovery using carbon dioxide. Robert S. Parker Associate Professor, Chemical and Petroleum Engineering, Ph.D., University of Delaware, 1999. The research focus of Professor Parker's group is process modeling and control, with an interest in biomedical systems. Advanced controllers typically use, either explicitly or implicitly, in response to setpoint changes and/or disturbances. Hence, the development of accurate, potentially nonlinear, models of process behavior plays an important role in controller design. Specific research interests include: cancer modeling and therapy; blood glucose control in diabetic patients; analytical solutions to model-based optimal control problems; and empirical model identification and validation.

John F. Patzer II Associate Professor, Surgery, Chemical and Petroleum Engineering and Bioengineering, Ph.D. (Chemical Engineering). Stanford University, 1980. Dr. Patzer’s research interests lie in the application of reaction engineering and transport phenomena to biomedical engineering problems, particularly in the artificial organ and organ assist arena. With a primary appointment in the Department of Surgery, Dr. Patzer coordinates an active research program in preclinical and clinical development of liver assist devices and biohybrid artificial liver systems in the Thomas E. Starzl Transplantation Institute. His other research interests include artificial pancreas and kidney. Alan J. Russell University Distinguished Professor of Surgery, Chemical and Petroleum Engineering and Bioengineering, Director, McGowan Institute for Regenerative Medicine, Executive Director, Pittsburgh Tissue Engineering Initiative, Inc., Ph.D. (Chemistry), Imperial College, 1987 - Dr. Russell’s research areas include applied enzymology, protein engineering, non-aqueous enzymology, industrial biological catalysis enzymes in extreme environments, and biomaterials. Current research in biocatalytic toxic waste remediation, novel biomaterial synthesis, and solvent and protein engineering for chiral synthesis, has already contributed to the growing potential of biotechnological approaches to real world problems. John W. Tierney Professor Emeritus, Chemical and Petroleum Engineering, Ph.D. (Chemical Engineering), Northwestern University, 1951 - Dr. Tierney’s research interests are reactor engineering, process modeling and simulation, and equilibrium staged separations. Much of Dr. Tierney’s research is related to developing sources other than petroleum for liquid transportation fuels. Sachin Velankar Associate Professor, Chemical and Petroleum Engineering, Ph.D. (Chemical Engineering), University of Delaware, 1999 Dr. Velankar’s research deals with polymer science and engineering, and is especially focused on studying the rheological properties of complex polymeric fluids. The overall goal is to gain insight into the interplay between processing, structure, and properties of polymeric materials, and to exploit this insight to design better materials. Götz Veser Associate Professor and CNG Faculty Fellow, Chemical and Petroleum Engineering, Dr. rer. nat. (Physical Chemistry) Fritz-Haber-Institute of the Max-Planck-Society, 1993 - Dr. Veser's research is in the field of catalytic reaction engineering, where his interests range from the detailed modeling of catalytic reactions and reactors, to the synthesis of novel catalysts, the development of catalytic microreactors, and the design of integrated reactor concepts. His research thus attempts to integrate engineering aspects on all length scales through well-designed experiments and numerical simulations. A current focus of his research is on the catalytic partial oxidation of hydrocarbons at high-temperature millisecond contact-time conditions. William R. Wagner Professor, Surgery, Chemical and Petroleum Engineering and Bioengineering, Deputy Director of the McGowan Institute for Regenerative Medicine, Ph.D. (Chemical Engineering), University of Texas at Austin, 1991 - Dr. Wagner's research addresses a variety of issues in artificial organ development ranging from clinical studies to theoretical design work. Cardiovascular devices are of primary interest, particularly the complications that result from blood interactions with artificial surfaces (e.g. thrombosis). Current projects also fall into the area of cardiovascular tissue engineering, with a focus on material design to orchestrate cellular growth or function.

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Irving Wender Distinguished University Research Professor, Chemical and Petroleum Engineering, Ph.D. University of Pittsburgh, 1950 - Dr. Wender’s research interests include homogeneous and heterogeneous catalysis with these molecules. He is interested in catalytic reactions involved in the conversion of synthesis gas to fuels and chemicals. An important area of research is in the conversion of coal and natural gas to liquids and chemicals by indirect liquefaction (via gasification to synthesis gas) and by novel methods of indirect liquefaction. Research has involved the use of solid superacids of zirconium and related anion-modified oxides as finely dispersed disposable and environmentally acceptable catalysts for cracking of Fischer-Tropsch waxes.

Civil and Environmental Engineering Jorge Abad Assistant Professor, Civil and Environmental Engineering, Ph.D., University of Illionis, 2007 – Dr. Abad’s research interests are a combination of fundamental and applied topics. Fundamental topics include the mechanics of sediment transport, the high-resolution description of hydrodynamics and morphodynamics in subaerial and submarine meandering channels, the long-term prediction of river morphodynamics, the development of computational fluid dynamics (CFD) models for environmental flows, environmental hydrodynamics, and transport and mixing processes. Applied topics include river restoration, bank protection using in-stream structures, development of geographic information systems (GIS) tools for river management, and the development of CFD models for hydraulic structures (e.g., drop shafts and fish passage/canoe chutes). Melissa Bilec Assistant Professor, Civil and Environmental Engineering, Ph.D., University of Pittsburgh, 2007 - Dr. Bilec's research and teaching interests encompass engineering issues related to sustainability, green design, and construction. Her recent research efforts include not only creating a practical framework for hybrid life cycle assessment modeling, including uncertainty and visualizations, but also modeling on-site construction processes and support services. She is conducting research related to green building metrics to understand and evaluate high-performance buildings. Dr. Bilec has experience in funding and managing sustainable transportation projects, including the Hot Metal Pedestrian Bridge project. John Brigham Assistant Professor, Civil and Environmental Engineering, Ph.D., Cornell University, 2008 – Dr. Brigham is interested in fundamental concepts in mechanics and computation which span a broad range of applications, from assessing service life of civil, marine, or aircraft structures to diagnosing physiological changes in biological structures. In particular, he is interested in the development of efficient computational methods for the representation of multiphysics and multiscale systems, solution strategies for inverse problems associated with nondestructive and noninvasive testing, and numerical modeling of biological systems Daniel Budny Associate Professor, Civil and Environmental Engineering, and Academic Director, Freshman Programs, Ph.D., Michigan State University, 1988 - Dr. Budny’s research has focused on the development of programs that assist entering freshman and academically disadvantaged engineering students, to succeed during their first year. Dr. Budny has also been awarded the 1996 ASEE Dow Young Educator Award, 1998 ASEE Ronald Schmitz Outstanding Service Award and the 1992 FIE Ben Dasher Award. He serves on the ASEE board of directors. He also served as the 1999 Frontiers in Education Conference General Chair and proceedings editor for the 1995 and 1997-99 FIE Conferences. Leonard W. Casson Associate Professor, Civil and Environmental Engineering, Ph.D., University of Texas, 1987 - Dr. Casson's research emphasizes Adsorption, fate, transport and transformation of chemicals, particles and environmental

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pathogens in unit operations and the natural environment. Recently focusing on security and sustainability infrastructure of critical infrastructure systems. These issues include disinfection issues, vulnerability assessment methodologies, analytical techniques and emergency response, remediation and recovery plans applied to water treatment, storage and distribution systems and wastewater collection and treatment systems. Willie Harper Associate Professor, Civil and Environmental Engineering, Ph.D., University of California Berkeley, 2002 – Dr. Harper’s primary interest is in engineered systems, such as biological wastewater treatment processes, but he also studies natural systems such as wetlands and estuaries. Most of the ongoing work is focused on the fate and effects of emerging water contaminants, including (among others) synthetic steroids and antibiotics. Dr. Harper’s recent work has revealed very specific removal mechanisms, and has also shown a wide range of microbial responses to these chemicals. Dr. Harper is also investigating the production microbially-synthesized antibiotics in engineered bioreactors. Dr. Harper is active in youth mentoring and a variety of community outreach programs. Kent A. Harries Assistant Professor, Civil and Environmental Engineering, Ph.D., McGill University, Montreal Canada, 1995. - Dr. Harries’ research interests include the seismic design and retrofit of building structures, the design and behavior of high-rise structures, the use of non-traditional materials (FRP, HPC, RPC) in civil infrastructure, applications of full-scale structural testing and the history and philosophy of science and technology. Anthony Iannacchione Associate Professor, Civil and Environmental Engineering, Ph.D., University of Pittsburgh, 1997 – Dr. Iannacchione joined the University of Pittsburgh after a 33 year career with the U.S. Bureau of Mines and National Institute for Occupational Safety and Health where he conducted research on health, safety, and environmental issues related to the U.S. Minerals Industry. His recent interests include strata control and mine ventilation engineering, mining-induced seismic analysis, and major hazard risk assessment. Vikas Khanna Assistant Professor, Civil and Environmental Engineering, Ph.D., University of Ohio, 2009 - Dr. Khanna's research and teaching interests are in the general areas of sustainability science and engineering, industrial ecology, and role of environmental policy in engineering decision-making. The primary goal of his research is to develop and apply tools and techniques for understanding the sustainability of engineered products and processes. Current focus is on studying the life cycle environmental impacts of advanced biofuels that can act as drop in replacements for fossil fuels, environmental evaluation of nanotechnology, including life cycle energy impacts of carbon nanofibers and polymer nanocomposite materials. He is also developing integrated multiscale economic-environmental models for evaluating the role of environmental policies such as carbon tax and assessing risks to complex industrial systems. Amir Koubaa Lecturer, Civil and Environmental Engineering, Ph.D., University of Minnesota, 1997 - Dr. Koubaa field of specialization is pavement engineering. His research interests lie in the area of design, analysis and rehabilitation of pavements, instrumentation and modeling of pavement behavior, construction materials, and wood-cement composites. His current course topics include statics, mechanics, dynamics, construction materials and transportation. Amy E. Landis Assistant Professor, Civil and Environmental Engineering, Ph.D., University of Illinois at Chicago, 2007 - Dr. Landis' research and teaching interests in the arena of sustainable environmental engineering encompass topics such as sustainability, bio-based production, bio-based and alternative fuels, modeling environmental variability and uncertainty, product end-of-life management, industrial ecology, and life

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cycle analysis. Her recent work has illustrated the environmental tradeoffs of transitioning to bioproducts from petroleum derived commodities in an effort to mitigate climate change that result in other deleterious environmental effects such as increased regional eutrophication and decreased air quality throughout the bioproducts' life cycle. Xu Liang Associate Professor, Civil and Environmental Engineering, Ph.D., University of Washington, 1994 - Dr. Liang's fundamental research interests include: (1) to discover and reveal fundamental laws that govern water and energy cycles, and (2) to investigate how the water and energy cycles affect the health of our environment and ecological systems, and how they influence the transport and cycling of nutrients and pollutants at different scales, such as at local, regional, continental, and global scales. She is also very interested in research topics leading to improving accuracies on weather forecasts, droughts and floods, and on climate studies; scaling and data assimilation using in situ and remotely sensed measurements; impacts of climate change on diseases reoccurrences and re-distributions, and on sustainable water resources and environment; and applications of emerging information technology for sustainable ecological system and water resources management. Jeen-Shang Lin Associate Professor, Civil and Environmental Engineering, Sc.D., Massachusetts Institute of Technology, 1982 - Dr. Lin works in the areas of soil mechanics and soil dynamics. He has conducted research in back analysis using existing field measurements, such as deriving in-situ soil properties based upon strong motion records. He is currently interested in the coupling of continuous and discontinuous analysis for both soils and rocks. He has also worked on computer simulation of various soil experiments using particles. Jason Monnell Research Assistant Professor, Civil and Environmental Engineering, Ph.D., The Pennsylvania State University, 2005 - Dr. Monnell investigates the chemical and physical interactions between heavy metals, tailored molecules, and nano-sized particles and their environment. His projects involve utilizing molecular scale properties of functional materials and molecules to address environmental concerns, including heavy metal sequestration, molecule specific removal and/or degradation of persistent organic molecules. Ronald D. Neufeld Professor, Civil and Environmental Engineering, Ph.D., Northwestern University, 1973 - Dr. Neufeld's interests include environmental process fundamentals and design, with application to environmental management of stormwater runoff and biological and advanced waste treatment systems. Research activities encompass high rate oxidation for acid mine drainage, aluminum remediation from acid rock discharge, aerobic fixed and suspended film biological systems, chemical pretreatment, PCB dehalogenation, biotowers, bio-filtration, chromium recovery using activated carbon, synfuels and coke plant integrated waste treatment, accumulation of metals and trace organics onto bioslimes, toxicities and metabolic by-products from treatment systems, and environmental implications of the use of high-flyash cellular concrete. John F. Oyler Adjunct Associate Professor, Civil and Environmental Engineering, Ph.D., Carnegie Mellon University, 1972 Dr. Oyler's professional interests are specialized in Civil Engineering Materials, Solid Mechanics, and Structural Engineering. He worked for Dravo Corporation from 1953 to 1987, Daxus Corporation from 1988 to 1991, and formed Oyler Consulting Services in 1991 as a sole proprietorship. Piervincenzo Rizzo Assistant Professor, Civil and Environmental Engineering, Ph.D., University of California San Diego, 2004 Dr. Rizzo's academic and professional interests are in the fields of nondestructive testing/evaluation, structural health monitoring, signal processing and automatic pattern recognition for real-time prognosis of structures, and implementation of embedded sensor network for health monitoring of civil, mechanical and aerospace

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structures. His recent works focused on the development of a rail flaw detection system based on non-contact hybrid laser/air-coupled ultrasonic sensors to improve the reliability and the speed inspection of current systems, and on the development of an on-board structural health monitoring system for unmanned aerial vehicles wings based on integrated ultrasonic. Janet E. Stout Research Assistant Professor, Civil and Environmental Engineering, Ph.D., University of Pittsburgh, 1992 Dr. Stout's major interest is in the environmental microbiology of Legionnaires' disease and Legionella pneumophila. Research in these areas includes the study of this and other waterborne bacterial pathogens in building water distribution systems. Specific study involves molecular typing techniques, biofilm formation, intracellular antimicrobial susceptibility testing and susceptibility to new disinfection methods. Morteza A.M. Torkamani Associate Professor, Civil and Environmental Engineering, Ph.D., University of California, Los Angeles, 1975 - Dr. Torkamani has been active in the following research projects: application of the finite element method and component mode synthesis in response calculation of high rise buildings to wind and earthquake loadings; measurements and interpretation of full-scale building response during and after construction period; elastoplastic analysis of the plane stress and plain strain problems using a linear yield surface and mixed hardening rule; dynamic analysis of tied arch bridges; and simulation of wind flow patterns around bridge deck sections. Luis E. Vallejo Professor, Civil and Environmental Engineering, Ph.D., University of Wisconsin-Madison, 1977 - Dr. Vallejo's research interests are in the areas of shear strength of soft soils (muds) and stiff clays, the mechanics of crack propagation and interaction in clays, the influence of cracks on the permeability of clays, the liquefaction of sands, the mobilization mechanics of mudflows and debris flows, the freezing and thawing of soils, the stability of natural slopes, the evolution mechanics of coastal slopes, and the use of fractals in geotechnical engineering. Julie M. Vandenbossche Assistant Professor, Civil and Environmental Engineering, Ph.D., University of Minnesota, 2003, Research interests include the characterization of the material properties and performance of portland cement concrete and transportation infrastructure systems with particular interests in the design, analysis and rehabilitation of concrete pavements, pavement instrumentation and pavement modeling. Radisav D. Vidic William Kepler Whiteford Professor, Civil and Environmental Engineering, Ph.D., University of Cincinnati, 1992 - Dr. Vidic's research interests include physical chemical processes for water, wastewater, hazardous waste and air treatment, activated carbon applications in water and hazardous waste treatment and for the control of mercury emissions from power plants and incinerators, improving activated carbon performance by oxygen mediated polymerization of organic compounds, development and evaluation of novel activated carbon-based adsorbents for the control of mercury emissions in flue gases, novel disinfection technologies and sustainable water use.

Computer Engineering Yiran Chen Assistant Professor, Computer Engineering, Electrical and Computer Engineering, Ph.D., Purdue University 2005. Dr. Chenâ&#x20AC;&#x2122;s research interests include: Nano-electronic devices (Silicon and non-Silicon), Nano-scale

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reconfigurable computing systems and sensor systems, Emerging memory and sensing technologies, and Lowpower circuit design and computer architecture. Donald Chiarulli Professor, Computer Science, Computer Engineering. Dr. Chiarulli's current research falls into three areas; optoelectronic cache memory interface design, where the objective is to design, fabricate and test a prototype cache memory which allows efficient digital data transfer between a three dimensional optical memory and a general purpose computing system, computer aided design of free space optoelectronic systems, where the goal is to produce a design and analysis prototyping tool for mixed technology free space optoelectronic information processing systems, and optically integrated super scalar processor design, where the aim is to provide a demonstration of the first optically integrated super scalar processor, which uses optical buses between the functional units, to execute programs with sub-instruction parallelism. Bruce R. Childers Assistant Professor, Computer Science, Computer Engineering, Ph.D., Computer Science, University of Virginia, 2000. Dr. Childers’ research includes a novel system for the automatic design of application-specific processors, and custom VLIW/systolic architectures and low power embedded processors. His general research interests include computer architecture, compilers and software development tools, and embedded systems. Steven P. Jacobs Assistant Professor, Electrical and Computer Engineering, Computer Engineering, D.Sc. Electrical Engineering, Washington University, 1996. Dr. Jacob's research areas include model-based estimation, automated systems for joint tracking and recognition, and high-resolution radar . Steven P. Levitan John A. Jurenko Professor of Computer Engineering, Ph.D., Computer Science, University of Massachusetts, 1984. Dr. Levitan's research interests include computer aided design for optoelectronic computing systems consisting of very large scale integrated circuits (VLSI), optical mechanical electrical micro-systems (OMEM) and optoelectronic integrated circuits (OEIC). His research focus is on the design and implementation of optoelectronic parallel computing systems for computation, communication and storage. Rami Melhem Professor, Computer Engineering, Computer Science, Ph.D., Computer Science, University of Pittsburgh, 1983. Dr. Melham’s research interests include: parallel and distributed high-performance computing, faulttolerant computing, multiprocessor interconnection networks, real-time systems and optical computing. Marlin H. Mickle Nickolas A. DeCecco Professor, Computer Engineering, Electrical and Computer Engineering, Ph.D.,University of Pittsburgh, 1967 - Dr. Mickle’s research areas include parallel computation, embedded computing, high-speed computation. Current emphasis is on computer networks, RF communication and sensor interfacing. Daniel Mosse’ Associate Professor, Computer Science, Computer Engineering, Ph.D. Computer Science, University of Maryland, 1993. Dr. Mosse's research interests include computer operating systems in general. The focus of the research is on real-time and fault-tolerance aspects of distributed operating systems, and their applications, including multimedia systems, real-time communication techniques, scheduling and resource allocation in distributed real-time systems.

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John C. Ramirez Senior Lecturer, Computer Engineering, Computer Science, Ph.D. Computer Science, University of Pittsburgh, 1995. Dr. Ramirez received his B.S. in Mathematics and Biochemistry from Duquesne University in 1986. He received his M.S. in Computer Science from the University of Pittsburgh in 1989, and completed his Ph.D., also in Computer Science from the University of Pittsburgh, in 1995. His dissertation is titled Flexible Fault-Tolerance Using Redundancy in Mesh Connected Processor Arrays. His research interests include parallel processing and fault-tolerance in parallel systems. Dr. Ramirez is also the Director of Undergraduate Studies in the Computer Science Department. Jun Yang Professor, Computer Science Department, Ph.D., University of Arizona, 2002. My research interests include but are not limited to: low-power, thermal-aware computer architecture designs; energy efficiency in sensor networks; sensor re-programming; chip multiprocessors and 3D processor architectures. Taieb Znati Professor, Computer Science, Computer Engineering, Ph.D., Computer Science, Michigan State University, 1988. Dr. Znati's current research interests focus on the design of network protocols for real-time communications to support multimedia environments, the design and analysis of medium access control protocols to support distributed real-time systems, and the investigation of fundamental design issues related to distributed applications. He teaches courses in networking, distributed operating systems and performance analysis.

Electrical and Computer Engineering J. Robert Boston Professor, Electrical and Computer Engineering, Bioengineering and Communication Sciences and Disorders, Ph.D., Northwestern University, 1971. Dr. Boston's current research projects include improving speech intelligibility in noise and signal detection using fuzzy logic. Luis F. Chaparro Associate Professor, Electrical and Computer Engineering, Ph.D., University of California at Berkeley, 1980. Dr. Chaparroâ&#x20AC;&#x2122;s research interests include statistical signal processing, time-frequency analysis, nonlinear image processing and multidimensional system theory. Kevin P. Chen Assistant Professor and Paul E. Lego Faculty Fellow, Electrical and Computer Engineering, Ph.D., University of Toronto, 2002. Dr. Chenâ&#x20AC;&#x2122;s current research interests focus on photonic components and application in communication and sensing, and 3-D nanofabrication using deep UV laser. Yiran Chen Assistant Professor, Computer Engineering, Electrical and Computer Engineering, Ph.D., Purdue University 2005. Dr. Chenâ&#x20AC;&#x2122;s research interests include: Nano-electronic devices (Silicon and non-Silicon), Nano-scale reconfigurable computing systems and sensor systems, Emerging memory and sensing technologies, and Lowpower circuit design and computer architecture. Panos K. Chrysanthis Associate Professor, Computer Science and Electrical and Computer Engineering, Ph.D. (Computer and Information Sciences), University of Massachusetts at Amherst, 1991. Dr. Chrysanthis' research interests lie

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within the areas of database systems, distributed and mobile computing, operating systems and real-time systems. Sung Kwon Cho Assistant Professor, Mechanical Engineering and Electrical and Computer Engineering, Ph.D. Seoul National University, Korea, 1998. Dr. Cho’s research direction is to develop micro/nano devices that enable one to efficiently manipulate biomolecules (DNA and proteins) cells, functional particles and micro/nano fluids. Amro El-Jaroudi Associate Professor, Electrical and Computer Engineering, Ph.D., Northeastern University, 1988. Dr. EIJaroudi’s research areas focus on signal processing. Interests include speech processing, time-varying spectral analysis, signal processing applications. Mahmoud El Nokali Associate Professor, Electrical and Computer Engineering, Ph.D., McGill University, 1980. Dr. El Nokali's current research interests focus on power electronics and semiconductor device modeling, with specialemphasis on short-channel MOSFET, high electron mobility transistor (HEMT), HBT and BiCMOS modeling. Joel Falk Professor, Electrical and Computer Engineering, Ph.D., Stanford University, 1971. Dr. Falk's current research deals with the use of Raman scattering in hollow-core fibers and capillaries for gas detection. Joseph Hibey Visiting Professor, Electrical and Computer Engineering, D.Sc., Washington University-St.Louis 1976. Dr. Hibey’s research interests include the application of stochastic processes to problems in estimation, decision and control; linear and nonlinear systems modeling; martingale theory; chaotic dynamics; stability theory; information theory; and Malliavin calculus. Steven P. Jacobs Assistant Professor, Electrical and Computer Engineering, D.Sc. Electrical Engineering, Washington University 1996. Dr. Jacobs is primarily interested in undergraduate and graduate education. His research interests include mode-based estimation of signal parameters. Alex K. Jones Associate Professor, Electrical and Computer Engineering, Ph.D., Northwestern University 2002. Dr. Jones’ interests focus on the area of electronic design automation. Specific interests include designing and compiling hardware descriptions from high-level languages, automated System-on-a-Chip design, hardware and software co-design methodologies, and hardware design automation for low-power. Hong Koo Kim Professor Electrical and Computer Engineering Ph.D. (Electrical and Computer Engineering), Carnegie Mellon University 1989. Dr. Kim's research interests are in developing photonic, integrated optoelectronic, and microelectronic devices based on novel functional materials (mostly in micro or nanoscale thin-film form) such as erbium-doped oxides, wide bandgap semiconductors, ferroelectric films, and self-organized nanostructures. The scope of his research covers design, fabrication and characterization of materials and devices, and study of device physics. His current research includes development of photonic chips that show zero insertion-loss in transmission of optical signals, high-sensitivity UV detectors based on wide bandgap semiconductors,ferroelectric-based nonvolatile memories and guided-optic modulators, and ultra-compact systems-on-a-chip (SoC) based on self-organized nanochannel arrays of logic devices, memories, sensors and transducers.

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George L. Kusic Associate Professor, Electrical and Computer Engineering, Ph.D., Carnegie Mellon University, 1967. Dr. Kusic's research is in real time analog and digital control of power systems. He specializes in the application of integrated circuit designs for controlling large electromechanical machinery such as synchronous generators of earth-based utilities, as well as space power systems which share load between batteries, solar panels and solar dynamic machinery. Steven P. Levitan John A. Jurenko Professor of Computer Engineering, Ph.D., (Computer Science), University of Massachusetts (Amherst), 1984. Dr. Levitan's research interests include computer- aided design for optoelectronic computing systems consisting of very large scale integrated circuits (VLSI), optical mechanical electrical micro-systems (OMEM) and optoelectronic integrated circuits (OEIC). His research focus is on the design and implementation of optoelectronic parallel computing systems for computation, communication and storage. Ching-Chung. Li Professor, Electrical and Computer Engineering and Computer Science, Ph.D. Northwestern University, 1961. Dr. Li's research is in pattern recognition, image processing, and applications of wavelet transforms and sparse representation. His recent work includes wavelet-based Kalman filtering for image fusion, image registration, multiresolution texture segmentation, image sharing and secure transmission, video compression, artificial neural networks, and their applications to biomedical pattern recognition and multi-media information processing. Guangyong Li Assistant Professor, Electrical Engineering, Ph.D., Michigan State University in 2006. Guangyong Li joined the Department of Electrical and Computer Engineering at the University of Pittsburgh in Jan. 2007. He has published more than sixty technical papers in refereed journals and conference proceedings. He is the coinventor of one patent. He received the distinguished IEEE Transactions on Automation Science and Engineering 2006 Best Paper Award. Currently, his research interests include micro/nano robotics; scanning probe microscopy; tip based nanofabrication of MEMS/NEMS, nano-devices, and biosensors; control theory and applications; bio-electrical engineering in cellular biology and proteomics. Zhi-Hong Mao Assistant Professor, Electrical and Computer Engineering, PhD Massachusetts Institute of Technology (2005). Dr. Maoâ&#x20AC;&#x2122;s areas of research include automatic control, signal processing and optimization, neural signals and systems, robotics and multi-agent systems. Rami Melhem Professor, Computer Science and Electrical and Computer Engineering, Ph.D., University of Pittsburgh, 1983. Dr. Melhem's research includes parallel, fault-tolerant, real time and optical systems. Marlin H. Mickle Professor, Electrical and Computer Engineering, Computer Engineering, Ph.D., University of Pittsburgh, 1967. Dr. Mickleâ&#x20AC;&#x2122;s research areas include parallel computation, embedded computing, and high-speed computation. Current emphasis is on computer networks, RF communication and sensor interfacing. Gregory F. Reed Associate Professor, Electrical and Computer Engineering and Director, Power and Energy Initiative, PhD, University of Pittsburgh, 1997. Dr. Reedâ&#x20AC;&#x2122;s research interests include power transmission and distribution and energy systems; smart grid technologies; power electronics and control technologies and applications; storage

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technologies; and power generation and renewable energy resources. He joined the Swanson School of Engineering faculty after 23 years of electric power industry experience. William Stanchina Professor and Chairman, Electrical and Computer Engineering, PhD. University of Southern California (1978). Dr. Stanchina’s research interests include high-frequency compound semiconductor devices and integrated circuits, and optoelectronic and quantum devices, novel sensors, and fabrication technologies. Mingui Sun Associate Professor, Neurological Surgery, Bioengineering and Electrical and Computer Engineering. Ph.D. Electrical Engineering, University of Pittsburgh, 1989. Dr. Sun’s research interests include neurophysiological signal and systems, biosensor design, brain-computer interface, bioelectronics, and bioinformatics. Richard Thompson Professor, Electrical and Computer Engineering and Telecommunications Program, Ph.D. (Computer Science), University of Connecticut, 1971. Dr. Thompson's areas of interest include switching; system architecture, photonic switching, switching network architectures and control algorithms, intelligent networks, communication terminals, integrated services, human-computer interaction and multimedia services. Jun Yang Associate Professor, Electrical and Computer Engineering, Computer Engineering, Ph.D., University of Arizona, 2002. My research interests include but are not limited to: low-power, thermal-aware computer architecture designs; energy efficiency in sensor networks; sensor re-programming; chip multiprocessors and 3D processor architectures. Minhee Yun Associate Professor, Electrical and Computer Engineering, Ph.D. Arizona State University (1998). Dr. Yun’s areas of interest include nano-structured materials such as nanowires and nanoparticles with an emphasis on biosensor applications, nanoscale low-dimensional materials including electrical phenomena and biocompatibility.

Industrial Engineering Mary Besterfield-Sacre Associate Professor in Industrial Engineering and Fulton C. Noss Faculty Fellow, Ph.D. (Industrial Engineering), University of Pittsburgh, 1996 – Dr. Besterfield-Sacre’s principal research interests are of engineering assessment to include engineering education, product realization and entrepreneurship. Dr. Sacre has worked on developing new methods to assess engineering education as well as using modeling techniques to improve K-12 urban districts. Dr. Sacre has secondary interests in empirical and cost modeling applications involving large scale categorical databases. Bopaya Bidanda Professor and Ernest E. Roth Professor and Chairman in Industrial Engineering, Ph.D. (Industrial and Management Systems Engineering), Pennsylvania State University, 1987 - Dr. Bidanda's research focus includes Global Supply Networks, Computer Integrated Manufacturing Systems and the New Product Development, Time Compression Technologies such as Rapid Prototyping, Reverse Engineering, and Rapid Manufacturing. He works closely with manufacturing industries in the area of re-engineering cellular manufacturing, work measurement, automatic data collection, shop floor information systems and, product development.

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Karen M. Bursic Assistant Professor, Industrial Engineering, Ph.D. (Industrial Engineering), University of Pittsburgh, 1990 - Dr. Bursic currently teaches courses in probability and statistics, engineering economics, engineering computing, and engineering management. Her research interests include improving engineering education, engineering economics, and project team management. Youngjae Chun Assistant Professor in Industrial Engineering, Ph.D. (Mechanical Engineering), University of California, Los Angeles, 2009 – Dr. Chun’s primary research focus is on designing, manufacturing, and testing of medical devices to treat vascular diseases using smart materials through minimally invasive surgery. He also has an interest in the development of bio-hybrid composite biomaterials, implantable microsystems, and in-vitro experimental apparatus for developing more diverse biomedical applications with a focus on novel materials and manufacturing concepts. David I. Cleland Professor Emeritus, Ph.D. (Management), Ohio State University, 1962 - Dr. Cleland has had extensive experience as a lecturer on Project Management and Strategic Management throughout the United States and in foreign countries. He has authored or edited over 34 books and has served as a management consultant, and as an expert witness on several major court cases. His primary research interests are in the field of project management, and strategic management. Jeffrey P. Kharoufeh Associate Professor, Industrial Engineering, Ph.D. (Industrial Engineering and Operations Research), Pennsylvania State University, 2001 – Dr. Kharoufeh's research focuses on the design, performance evaluation, control and optimization of stochastic engineering and service systems. His application areas include queueing systems, computer and communication systems, reliability modeling and maintenance optimization. His methodological interests include applied probability and stochastic processes. Paul W. Leu Assistant Professor, Industrial Engineering, Ph.D. (Mechanical Engineering), Stanford University, 2008 – Dr. Leu’s research focuses on the computational and experimental characterization of advanced materials. His primary areas of application include photovoltaics and superstrong materials. His methodological interests are in electrodynamic simulations, combining optimization methods with physical simulations, and nanomaterial synthesis and characterization. K. Louis Luangkesorn Research Assistant Professor, Industrial Engineering, Ph.D. (Industrial Engineering and Management Science), Northwestern University, 2004. Dr. Luangkesorn's research focuses on the use of simulation for making a choice between policy options. His primary areas of application are in emergency response and health care. He also works in supply chain and logistics. His methodological interests include ranking and selection, optimization via simulation, and experimental design. Lisa M. Maillart Associate Professor, Industrial Engineering, Ph.D. (Industrial and Operations Engineering), University of Michigan, 2001 – Dr. Maillart’s research focuses on sequential decision making under uncertainty. Her primary areas of application include medical decision making and maintenance optimization. Her methodological interests include Markov decision processes (MDPs), in particular partially observed MDPs. Mainak Mazumdar Professor Emeritus, Industrial Engineering, Ph.D. (Applied Statistics and Probability), Cornell University, 1966 – Dr. Mazumdar’s principal area of research is in the development of stochastic models for the evaluation

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of reliability and production costs of electric power systems. These models have much potential for application in the deregulated electric power industry. In collaboration with Professor J. Rajgopal he has also been developing the system-based component rest plans for evaluating the reliability of complex systems. This work requires amalgamation of ideas from statistics and probability theory as well as linear and nonlinear programming Bryan A. Norman Associate Professor, Industrial Engineering, Ph.D. (Industrial and Operations Engineering), University of Michigan, 1995 - Dr. Norman's primary research interests include logistics and the application of operations research models to production and logistics systems. His research focuses primarily on three aspects of logistics. The first concerns the development of mathematical models for scheduling manufacturing resources and personnel in both manufacturing and service organizations. Specific scheduling environments include: metal cutting machine tools, manufacturing shop floors, and personnel training. Second, he is investigating methods for achieving efficient facility design and material handling in manufacturing and service environments. Third, he is a member of the University of Pittsburgh's RFID Center for Excellence and conducts research related to the application of RFID technologies to enhance supply chain management and for asset management and control. Oleg A. Prokopyev Assistant Professor, Industrial Engineering, Ph.D. (Industrial and Systems Engineering), University of Florida, 2006 – Dr. Prokopyev’s primary research interests are currently focused in the areas of combinatorial optimization, integer programming, stochastic optimization, computational complexity, applications of operations research in data mining, healthcare and bioinformatics. Dr. Prokopyev is a member of editorial boards of “Journal of Global Optimization” and journal “Optimization Letters.” Jayant Rajgopal Associate Professor, Industrial Engineering, Ph.D. (Industrial & Management Engineering), University of Iowa, 1985 - Dr. Rajgopal's primary focus area is operations research. His theoretical and methodological interests are mostly in deterministic and continuous optimization (especially geometric programming). His primary application areas of interest are (1) production and operations analysis (including such topics as supply chain design & analysis, logistics, inventory control, scheduling, and lean manufacturing), and (2) hospital, medical and health delivery systems. He also has an interest in the applications of Radio Frequency Identification (RFID) techniques in asset tracking, inventory management and logistics. Denis R. Saure Assistant Professor, Industrial Engineering, Ph.D. (Decisions, Risk and Operations), Columbia Graduate School of Business, 2010 (expected) – Professor Saure's research interests lies in the general area of stochastic modeling and its applications to service operations and revenue management. In particular, his research focuses in data-driven approaches to decision-making under uncertainty, and their application in the retail industry, on line advertisement, and service systems in general. Andrew J. Schaefer Professor, Industrial Engineering, Ph.D. (Industrial and Systems Engineering), Georgia Institute of Technology, 2000 - Dr. Schaefer's research interests include optimization under uncertainty and its applications to medical decision making, logistics, and network design. In particular, he has investigated the optimal timing of liver transplantation, the optimal treatment of AIDS and sepsis patients, supply chain management, and airline crew scheduling. His theoretical interests include integer programming, network flows, stochastic programming, Markov decision processes and simulation, with a particular focus on stochastic integer programming. Dr. Schaefer also has a secondary appointment in the School of Medicine.

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M. Ravi Shankar Assistant Professor in Industrial Engineering, Ph.D. (Industrial Engineering), Purdue University, 2006 – Dr. Shankar’s principal research interests are in the development of high-performance nanomaterials, elucidation of deformation behavior at the nanometer-scale and characterization of the mechanics of manufacturing processes. Dr. Shankar has secondary interests in the design and manufacture of multifunctional biomaterials. Larry J. Shuman Professor, Industrial Engineering and Senior Associate Dean, School of Engineering, Ph.D. (Operations Research), The Johns Hopkins University, 1969 - Dr. Shuman's research interests include operations research with applications to improving engineering education and the planning of disaster response systems. Recent studies funded by the NSF have focused on the development of methodologies and models to assess engineering education outcomes, including the ability to predict student retention, first-term probation, and measure the level of moral problem solving. During the Spring 2002 term Dr. Shuman served as Academic Dean for the spring voyage of the Semester at Sea Program. Natasa S. Vidic Assistant Professor, Industrial Engineering, PhD. (Industrial Engineering), University of Pittsburgh, 2008. Dr. Vidic’s research focuses on applying operations research models to production, especially scheduling personnel in manufacturing as well as simulation modeling. Her research interests are also in the area of engineering education. She teaches undergraduate courses in probability and statistics, simulation modeling and engineering computing. She also teaches graduate statistics and data analysis. Juan Pablo Vielma Assistant Professor, Industrial Engineering, Ph.D. (Industrial Engineering), Georgia Institute of Technology, 2009 - Dr. Vielma's research focuses on optimization under uncertainty. His primary areas of application include natural resource management and environmental protection. His methodological and theoretical interests include linear, non-linear and stochastic mixed integer programming. Harvey Wolfe Professor Emeritus, Industrial Engineering, Ph.D. (Operations Research), The Johns Hopkins University, 1964 - Dr. Wolfe’s primary area of interest is operations research, with particular specialization in the services industries including health applications and the engineering education system. His primary interest is in measurement and assessment. He has been working on flow and evaluation models for the Undergraduate Engineering Education Process and is currently developing a work sampling approach to behavioral assessment; in particular, teamwork. He has previously been active in the development of simulation and control models for the evaluation and on-line control of hospital emergency rooms. As a secondary interest, he teaches and conducts research in engineering ethics and entrepreneurship for engineers.

Mechanical Engineering and Materials Science John A. Barnard James T. MacLeod Professor of Engineering, Ph.D., Carnegie Mellon University, 1987 – Dr. Barnard’s research interests include processing/structure/property (magnetic, electronic, mechanical) relations in thin films, materials for ultra-high density data storage, nano-tribology, adhesion, phase transformations, surface/interface characterization, nanostructured and self-assembled materials, and hybrid (organic/inorganic) materials.

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Sung Kwon Cho Associate Professor, Ph.D. in Mechanical Engineering, Seoul National University, Korea, 1998. Dr. Cho has been working on designing and fabricating micro-sensors/actuators using MEMS technologies for biomedical applications, such as droplet-based lab-on-a-chip using an electrical control of surface tension (electrowetting) and micro shear stress sensors to link real-time shear stress with cellular and molecular responses of endothelial cells. Currently, his research direction is to develop micro/nano devices that enable us to efficiently manipulate biomolecules (DNA and proteins), cells, functional particles and micro/nano fluids, and to investigate underlying scientific/engineering phenomena in these systems. Minking K. Chyu Leighton and Mary Orr Chair Professor and Chairman, Ph.D. in Mechanical Engineering, University of Minnesota, 1986. Dr. Chyu's primary research area lies in thermal issues relating to gas turbine systems, fuel cells and microtechnology. Major projects conducted to date include convective cooling of gas turbine airfoils, thermal control of rotating machinery, laser-induced phosphor fluorescence imaging, liquid crystal thermography, fuel cells, and hybrid energy technologies. William W. Clark Professor, Ph.D. in Mechanical Engineering, Virginia Polytechnic Institute and State University, 1991. Dr. Clark's area of interest is in "smart structures", a field devoted to enabling structures and machines to interact with and adapt to their environments. Dr. Clark's current research projects are in energy harvesting with piezoelectric materials, microsystems such as resonators and sensors, and morphing materials and systems for structural control. Anthony J. DeArdo William Kepler Whiteford Professor, Materials Science and Engineering, Ph.D., Carnegie Mellon University, 1970 â&#x20AC;&#x201C; Dr. DeArdo's research involves composition-processing-microstructure-property relations in structural materials, especially engineering alloys such as microalloyed steels, interstitial-free steels, dual-phase steels, and stainless steels. Of particular interest in his work are thermomechanical processing for microstructural control, texture development for improved formability, mechanical property optimization, the machineability of bar steels and ameliorating embrittlement in a variety of materials. These programs involve the use of hot deformation machines, computer interfacing, a broad spectrum of metallographic techniques, and extensive mechanical testing. Professor DeArdo and his colleague Dr. Garcia in the Basic Metal Processing Research Institute (BAMPRI) have received international acclaim for the discovery of â&#x20AC;&#x153;green steelâ&#x20AC;? which will influence the course of machineable steel technology for years to come. Pradeep P. Fulay Professor, Materials Science and Engineering, Ph.D., University of Arizona, 1989 - His research expertise is primarily concerned with the areas of nanoparticles: synthesis and processing and electronic and magnetic devices. Dr. Fulay is also interested in the areas of open innovation, technology transfer and management. Dr. Fulay has considerable management experience. From 2008-2011 he severed as a Program Director in the Electrical, Communications and Cyber Systems (ECCS) Division of the National Science Foundation (NSF). Dr. Fulay is a Fellow of the American Ceramic Society. He is passionate about Engineering education and is an author of three textbooks related to advanced materials. Giovanni P. Galdi Professor, Mechanical Engineering and Mathematics, Laurea in Fisica in Physics and Mathematics, University of Naples, Italy, 1971. Dr. Galdi's areas of interest are theoretical fluid dynamics, with special regards to the Navier-Stokes equations and flow stability.

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C. Isaac Garcia Research Professor, Materials Science and Engineering, Ph.D., University of Pittsburgh, 1982 - Dr. Garcia’s research interests and areas of expertise include Physical Metallurgy, Steels (HSLA, Microalloyed, Interstitial Free, TRIP, Dual-Phase, Complex-Phase, TWIP, Martensitic, Ferritic and Austenitic Stainless) and Superalloys; Thin Slab Casting processing and hot ductility performance of modern steels . Development of high strength linepipe steels (plate and seamless processing). Grain refinement of heavy section steels through Particle Stimulated Mechanisms (PSN). Microstructural optimization through alloy design and thermomechanical processing of engineering materials, temper embrittlement of steels, grain boundary engineering. Optimization of the recrystallization behavior through alloy design, TMP and grain boundary engineering of HSLA steels during continuous and/or batch annealing processes. Use of NDT/NDE systems to evaluate overall microstructure and predict mechanical behavior performance. Optimization of the machinability performance of engineering steels for automotive applications. Dr. Garcia is also co-director of the Basic Metals Processing Research Institute (BAMPRI). Peyman Givi William Kepler Whiteford Professor, Ph.D. in Mechanical Engineering, Carnegie Mellon University, 1984. Dr. Givi’s areas of research interest include turbulence, combustion, thermal-fluids, computational methods and stochastic processes. He is currently the Deputy Editor of AIAA Journal and a member of the editorial boards of Computers & Fluids, Journal of Applied Fluid Mechanics, and Open Aerospace Engineering Journal. He is also the Book Review Editor of AIAA Journal, an Associate Editor of Journal of Combustion, and a past advisory board member of Progress in Energy and Combustion Science. Professor Givi is Fellow of AIAA, APS and ASME. Brian Gleeson Harry S. Tack Chair in Materials Science. Director, Center for Energy. Ph.D. UCLA, 1989. Dr. Gleeson’s primary research focus is on the thermodynamics and kinetics of gas/solid and solid/solid reactions. Particular emphasis is on the high-temperature degradation of metallic alloys and coatings. Related to this, current research interests include: (a) Active and passive high-temperature oxidation of alloys and coatings; (b) deposition and characterization of metallic coatings; (c) diffusion and thermodynamic treatments of both gas/solid and solid/solid interactions; and (d) structure/property relationships of materials. Mingjian Hua Research Assistant Professor, Materials Science and Engineering, Ph.D., University of Pittsburgh, 1994 - Dr. Hua's research interests are in the areas of phase transformations and physical metallurgy. His research activities have involved extensive application of advanced microscopy techniques, such as transmission electron microscopy, STEM, quantitative metallography, and atom probe field ion microscopy. He has worked on the precipitation, grain boundary segregation and properties of steels, aluminum alloys, superalloys and intermetallics. Mark Kimber Assistant Professor, Mechanical Engineering, Ph.D. Purdue University. Received the B.S.M.E and M.S.M.E. degrees from Brigham Young University, Provo, UT in 2002 and 2004, respectively, and the Ph.D. degree in Mechanical Engineering in 2008 from Purdue University, West Lafayette, IN, where he conducted thermal and fluidic studies of piezoelectric fans for use as low-power heat transfer enhancement devices. He was the recipient of the Laura Winkelman Davidson Fellowship (2006-2007) and the Graduate Student of the Year Award in the School of Mechanical Engineering (2008). His current research interests as an Assistant Professor at the University of Pittsburgh include energy accountability and sustainability in electronic equipment, energy efficient and biomimetic methods of propulsion, and innovative heat transfer methods pertaining to nuclear power generation.

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Bong Jae Lee Assistant Professor, Mechanical Engineering and Materials Science, Ph.D., Georgia Institute of Technology. He received his B.S. degree in Mechanical Engineering from Seoul National University in 2001 and his M.S. and Ph.D. degrees from the Georgia Institute of Technology in 2005 and 2007, respectively. He is the winner of the Georgia Tech Chapter of Sigma Xi Best Ph.D. Thesis Award in 2008 and is the recipient of the Hewlett Packard Best Paper Award (2nd place) in 2007. His research interests include nanoscale energy transport phenomena, light-matter interaction at the nanoscale, plasmonics, and metamaterials. In particular, he is interested in investigating fundamental physics of near-field thermal radiation, tailoring radiative properties of nanostructures, and employing engineered nanostructures to novel energy conversion and sensing devices. Jung-Kun Lee Assistant professor, Ph.D. in Materials Science and Engineering, Seoul National University, 2000. Dr. Lee's major research topics include sophisticated processing and characterization of nanostructured materials and electronic materials for energy and environmental applications. Specific emphasis is placed on 1) photovoltaic application of wide band-gap nanoparticles, 2) material processing of electronic materials in forms of nanoparticles and thin films, 3) optical and magnetic properties of nanoparticles, 4) the surface modification using ion implantation and chemical methods, 5) domain and strain engineering of ferroic materials. Scott X. Mao William Kepler Whiteford Professor, Ph.D. in mechanical behavior of materials, Tohuku University, 1988 Professor Mao's research interests are in the areas of nanomechanical behavior and deformation mechanism of materials, materials structure evolution under stress or deformation, materials science, nanomechanics, and insitu transmission electron microscope. Gerald H. Meier William Kepler Whiteford Professor in Materials Science and Engineering, Ph.D., Ohio State University, 1968 - His areas of research are high-temperature oxidation of metals and alloys, hot corrosion, environmental effects on the mechanical properties of alloys, and metallic and ceramic coatings. Much of his current research is focused on materials for advanced gas turbines and solid oxide fuel cells. Dr. Meier is the author of more than 125 publications and is the co-author of the book, Introduction to the High Temperature Oxidation of Metals and Alloys. His teaching areas include thermodynamics, transport phenomena, materials science, and gas-metal reactions. John D. Metzger Associate Professor and Director of Nuclear Programs, Ph.D., University of New Mexico, 1989, P.E. Professor Metzgerâ&#x20AC;&#x2122;s research interests include advanced nuclear systems development, advanced nuclear fuel and in-core materials, spent nuclear fuel storage, space nuclear power and propulsion. His current major activity is the development and delivery of undergraduate and graduate courses in nuclear engineering, and the administration of the nuclear engineering program. Mark C. Miller Associate Research Professor, Mechanical Engineering, and Associate Professor, Orthopaedic Surgery, Ph.D. in Applied Mechanics, University of Michigan, 1990. Dr. Miller's research work focuses on human motion and related health problems, including experimental studies of joint replacement surgery, quantification of the mechanical effects of orthopaedic surgery and simulation of arm motion in daily activities and sports. Ian Nettleship Associate Professor, Materials Science and Engineering, Ph.D., Leeds University, UK, 1987 - Dr. Nettleship's research activities involve two areas of ceramic processing science. The first is microstructure-property relationships for highly porous ceramics. At present he is particularly interested in the quantitative description

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of microstructure and how it affects the performance of these materials in biomedical applications including perfusion bioreactors for human cell culturing and tissue formation. His other area of research involves functionalization of both ceramic surfaces and porous ceramics with antibacterial nanoparticles to protect against mycobacteria biofilm formation and associated infections. Teaching interests include: ceramic materials, materials processing, thermal and mechanical properties of materials. Anne M. Robertson Associate Professor, Ph.D. in Mechanical Engineering, University of California at Berkeley, 1992, President's Postdoctoral Fellow at the University of California at Berkeley, Department of Chemical Engineering 19921994. Dr. Robertson's research interests are (i) cerebral vascular disease (ii) constitutive modeling of soft biological tissues and (iii) Newtonian and non-Newtonian fluid dynamics. Laura A. Schaefer Associate Professor, Bicentennial Board of Visitors Faculty Fellow, Ph.D. in Mechanical Engineering, Georgia Institute of Technology, 2000. Dr. Schaefer's research areas of interest are energy systems, cogeneration, fuel cell development, thermodynamic property modeling, and energy efficiency and conservation. William S. Slaughter Associate Professor, Ph.D. in Engineering Science, Harvard University, 1991. Dr. Slaughter has varied interests in the area of theoretical solid mechanics. These include the development of models to characterize sintering processes of powdered materials, the study of enhanced strain-hardening associated with plastic deformation at very high strain gradients, fatigue and failure in bioprosthetic heart valves, and lifetime prediction models for power generation applications. Patrick Smolinski Associate Professor, Ph.D. in Theoretical and Applied Mechanics, Northwestern University 1985. Dr. Smolinski's research interest is in computational and experimental methods for problems in biomechanics. This includes the study of tissue properties, surgical procedures, injury mechanics and medical devices with particular emphasis on orthopaedic medicine. Phuoc X. Tran Adjunct professor, Ph.D., Georgia Institute of Technology,1985. Dr. Tran is currently employed at the National Energy Technology Laboratory (NETL). His research interests are in the areas of combustion, laser ignition, laser ablation, nanomaterials, and nanofluids. Jeffrey S. Vipperman Associate Professor, Director of Sound, Systems, and Structures Laboratory, Ph.D. in Mechanical Engineering, Duke University, 1997. Dr. Vipperman's research is in the area of active systems at the micro (MEMS) and macro scales. In his research, the various related fields of acoustics, structural acoustics, dynamics, vibrations, control theory, and analog and digital signal processing are unified in order to achieve specific goals such as active control of noise, vibration, and biologic systems or signal classification. Guofeng Wang Assistant Professor, Materials Science Engineering, Ph.D Major in Materials Science and Minor in Computer Science from California Institute of Technology in 2002. Dr. Wangâ&#x20AC;&#x2122;s expertise is with developing multiscale simulation methods which range from electronic structure calculation, atomistic modeling, and finite element analysis, and further applying these simulation methods to design, characterize, and optimize a broad range of materials (such as, metals, semiconductors, polymers, and nanostructures). His current research projects include (a) developing novel electro-catalysts for polymer electrolyte membrane fuel cells, (b) simulating surface segregation phenomena in various alloy systems, (c) modeling mechanical deformation process in

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nanomaterials, (d) investigating material failure mechanisms in rechargeable Li-ion battery, and (e) studying the structure/property relation of dendritic polymers. Qing-Ming Wang Professor of Mechanical Engineering and Materials Science, Ph.D. in Materials, Pennsylvania State University, 1998. Dr. Wangâ&#x20AC;&#x2122;s primary research interests are in microelectromechanical sensors and actuators; smart materials and structures; piezoelectric/electrostrictive ceramics, thin films, polymers, and composites for electromechanical transducers; bulk acoustic wave (BAW) devices and surface acoustic wave (SAW) devices; semiconductor materials and active nanocomposites; biosensors. His recent research on biosensors, nanomaterials and devices, sensors for harsh environments, and acoustic wave devices are funded by National Science Foundation (NSF), Army Research Office (ARO), DOE, and industries . James H-C Wang Associate Professor in Orthopaedic Surgery, Mechanical Engineering and Materials Science, Physical Medicine and Rehabilitation, and Bioengineering. PhD in Bioengineering, University of Cincinnati, 1996. Postdoctoral Fellow in Biomedical Engineering, Johns Hopkins, 1997, and Washington University at St. Louis, 1998. Dr. Wang is the Director of the MechanoBiology Laboratory (MBL: http://www.pitt.edu/~mechbio/) in the Department of Orthopaedic Surgery at the University of Pittsburgh School of Medicine. His current research focuses on the tendon stem cell (TSC)-based mechanisms of tendinopathy and the use of autologous platelet-rich plasma (PRP), in combination with TSCs and engineered tendon matrix (ETM), to repair injured tendons. In addition, he applies cell traction force microscopy (CTFM) to characterize cellular function in terms of cell contractility and motility. His research is funded by the NIH and other funding sources. He is the author of over 250 scientific papers, book chapters, and abstracts. In addition, Dr. Wang has served on study sections of the NIH and NSF, and as an editorial board member and reviewer for many scientific journals. He has also served as the President of the Society of Physical Regulation in Biology and Medicine (SPRBM). Lisa Mauck Weiland Associate Professor, Ph.D. in Mechanical Engineering, Georgia Institute of Technology, 2003. Dr. Weilandâ&#x20AC;&#x2122;s research focuses on the experiment- and physics-based constitutive modeling of smart materials, with a strong secondary emphasis on applications. She is the director of Mechanics of Active Materials Laboratory, in which active materials such ferroelectric ceramics, electroactive polymers, and nastic materials are considered both experimentally and computationally. The goal of research is to understand the multi-scale physics responsible for the transduction behavior observed in active materials in order to expand their viable engineering applications which range from shape morphing structures to bio-sensors. JĂśrg M. K. Wiezorek Associate Professor, Materials Science and Metallurgy, Ph.D. Cambridge University, UK, 1994- Professor Wiezorek's research expertise and interest center on the study of processing-structure-property relationships in advanced materials systems. Transmission electron microscopy (TEM) and other modern microcharacterization techniques feature prominently in his approach to research. Combining experimental observations down to atomic level detail and appropriate computer simulations with the principles and practice of physical metallurgy and metal physics leads to the discovery of novel materials and materials behaviors, explanations of the mechanical, magnetic and other physical properties of structural and functional materials, with an emphasis on intermetallic and metallic systems. Current research thrusts include: (1) Determination of the electronic structure of tetragonal and ferromagnetic intermetallics by quantitative electron diffraction; (2) Enhancing the degradation resistance of structural steels and alloys in the extreme environments of nuclear and fossil-fuel power plants by surface modification and grain-boundary-engineering; (3) Ultrafast (nano-scale spatio-temporal resolution) in-situ TEM imaging and diffraction studies of rapid transient phenomena in pulsed laser processed metal and alloy thin films.

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Sylvanus Wosu Associate Professor, Associate Dean for Diversity Affairs, Ph.D. in Engineering Physics, University of Oklahoma, OK, 1988. Professor Wosuâ&#x20AC;&#x2122;s current research interests are in the areas of impact physics and engineering of new composite materials, dynamic problems in composites failure, and energy containment and responses of dynamical systems. Professor Wosu is also interested in the experimental investigation of the dynamic failures and crack propagation of cylindrical composite storage tank with particular interests in the development of hydrogen storage tank, failure behaviors of hydrogen-diffused porous composite materials, and the containment of the associated hydrogen embrittlement. Dr. Wosu established an integrative dynamic impact and high speed imaging system at the University of Pittsburgh Department of Mechanical Engineering that is capable of simulating low and high strain rate penetration loading and capturing the dynamic event at 2 million frames per second. Special sample fixtures he developed are used to study perforation impact and single and multi-mode fracture tests and general characterization of materials failure. His other research interests include experimental nuclear medical physics, laser-based medical physics research in Cerebral Metabolic Pathways of Oxygen, petrophysics and petroleum fluid characterization of reservoirs. Xudong Zhang Associate Professor, Orthopaedic Surgery, Mechanical Engineering, and Bioengineering, Ph.D., University of Michigan, 1997. Dr. Zhangâ&#x20AC;&#x2122;s primary research field is musculoskeletal system and tissue biomechanics, wherein his work spans theory, experiment, and computation. His focus has been on developing and validating biomechanical models and computer simulations for clinical as well as industrial applications. Such applications include treatment efficacy and outcome evaluation, computer-assisted orthopaedics and rehabilitation, digital design of human-machine systems, computer-aided ergonomics, prosthetics and robotics. He also has interests in biologically inspired solutions and innovations, and neuromuscular control theory.

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FACULTY RESEARCH INTERESTS Fiscal Year 2011 Active Sponsored Research

Bioengineering

Steven Abramowitch Tissue Specific ECM Scaffold for the Functional Repair of the Vocal Lamina ‐ National Institutes of Health Building Interdisciplinary Research Careers in Womens Health ‐ Magee Womens Research Institute & Foundation Evaluation of a Cell Based Therapy for Pelvic Floor Injury ‐ Advanced Technology and Regenerative Medicine LLC Howard Aizenstein Altered Functioning of Cognitive and Affective Circuits in Late Life Depression ‐ National Institutes of Health Stephen Badylak ECM Scaffolds and Macrophage Polarization‐Induced Tissue Remodeling ‐ National Institutes of Health Aaron Batista Career Award in the Biomedical Sciences ‐ Burroughs Wellcome Harvey Borovetz Graduate Science Research Dissertation Fellowship Award ‐ Merck Development of a Magnetically Levitated Bearingless Pediatric Pump ‐ Levitronix LLC Harvey Borovetz, Prashant Kumta, Mark Redfern, Savio Woo, Charles Sfeir & William Wagner Engineering Research Center for Revolutionizing Metallic Biomaterials ‐ North Carolina A & T University\NSF Harvey Borovetz & David Brienza Rehablitation Engineering Center on Spinal Cord Injury ‐ U.S. Department of Education Harvey Borovetz & Seong‐Gi Kim Neural Correlate of Perfusion Based FMRI ‐ National Institutes of Health Harvey Borovetz & Elia Beniash Formation of the Enamel Dentin Interface ‐ National Institutes of Health Harvey Borovetz & Constance Chu CHRONDROGENESIS ‐ National Institutes of Health Harvey Borovetz & William Anderst Three Dimensional In Vivo Movement of Cervical Vertebrae During Functional Loading In Asymptomatic Subjects and Anterior Fusion Patients ‐ National Institutes of Health In Vivo Mechanics of Pain Resolution Following Conservative Treatment for Cervical Radiculopathy ‐ Cervical Spine Research Society Harvey Borovetz & Andrew Schwartz Model Based Training for BCI Rehabilitation ‐ National Institutes of Health Harvey Borovetz & Gadi Wollstein Nanoparticles as OCT Contrast Agents ‐ National Institutes of Health

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Harvey Borovetz & Christopher O'Donnell Sleep Apnea Links Obesity to Cardiovascular Dysfunction ‐ National Institutes of Health Harvey Borovetz & Qiuhong He Fast 3D MR Spectroscopic Imaging of Human Breast Cancer ‐ National Institutes of Health Harvey Borovetz & Fernando Boada Brain Ion Homeostasis, Lithium and Bipolar Disorder ‐ National Institutes of Health Harvey Borovetz & Joel Schuman Novel Glaucoma Diagnostics for Structure & Function ‐ National Institutes of Health Harvey Borovetz & Andrew Schwartz Cortical Control of a Dextrous Prosthetic Hand ‐ National Institutes of Health Revolutionizing Prosthetics ‐ U.S. Army Harvey Borovetz & Theodore Huppert Characterization of Brain Noise Using Multimodal Mutual Information ‐ National Institutes of Health A Cerebral Functional Unit Model for Multimodal Imaging of Neurovascular Coupling ‐ National Institutes of Health Harvey Borovetz & Steven Shapiro Molecular Physiology of the Lung ‐ National Institutes of Health Harvey Borovetz & Scott Lephart Naval Special Warfare Prevention and Human Performance Initiative ‐ U.S. Navy Injury Prevention and Performance Optimization in Soldiers of the Army 101 St. Airborne Soldiers ‐ U.S. Army Naval Special Warfare Group 4 Injury Prevention and Human Performance Research Initiative ‐ U.S. Navy Harvey Borovetz & Walter Schneider Harvey Borovetz & Walter Schneider Biological Accelerated Learning Technology (BALT) ‐ U.S. Department of the Interior Harvey Borovetz & Tamer Ibrahim A Distributed Wireless Neural Interface System ‐ University of Texas at Dallas Harvey Borovetz & Alan Wells Escape From Tumor Cell Dormancy ‐ U.S. Army Harvey Borovetz & Michael Boninger Revolutionizing Prosthetics ‐ Johns Hopkins University Harvey Borovetz & Kimimasa Tobita Engineered Early Embrionic Cardiac Tissue ‐ University of Louisville Harvey Borovetz & Arthur Levine Health Research Formula Fund Award ‐ Commonwealth of Pennsylvania Harvey Borovetz & Patricia Kang RERC on Wheelchair Transportation Safety ‐ University of Michigan Harvey Borovetz & Ivan Tarkin Preferential Peroneal Nerve Palsy after Posterior Hip Dislocation and Acetabular Surgery: A Cadaveric Study ‐ Orthopedic Trauma Association 120

Harvey Borovetz & Kalidasan Thambiayya Decrease in Labile Intracellular Zinc (Zni) Contribute to LPS‐Induced Apoptosis in Cultured Sheep Pulmonary Artery Endothelial Cells ‐ American Heart Association Harvey Borovetz & Scott Tashman In Vivo Arthrokinematics and Osteoarthritis After Lateral Meniscal Injury ‐ Arthritis Foundation Rakie Cham Adaptive Postural Strategies ‐ Impact of Aging ‐ National Institutes of Health Biomechanics of Slips in Older Adults ‐ Centers for Disease Control Effect of Anticholinergic Drugs & White Matter Hyperintensities on Balance & Gait ‐ National Institutes of Health Xinyan Tracy Cui Electrically Controlled Neurochemical Delivery System ‐ National Science Foundation CAREER: Manipulating Stem Cells Via Electroactive Conducting Polymers ‐ National Science Foundation Improving Chronic Neural Recording Performance Through Biomaterial Strategies ‐ National Institutes of Health Point‐of‐Care System Based On Single Ploymer Nanowires for Real‐Time AMI Diagnosis ‐ National Institutes of Health Improving Chronic Neural Recording Performance Through Biomaterial Strategies ‐ National Institutes of Health Neuroprosthetics and Solutions for Restoring Sensorimotor Function ‐ U.S. Army Scaffold/Neural Stem Cells‐based Tissue Engineering in a Traumatic Brain Injury Model ‐ U.S. Army Lance Davidson CAREER: Physical Shaping of Multicellular Mesenchymal Tissues ‐ National Science Foundation The Biomechanics of Morphogenesis in the Frog ‐ National Institutes of Health Biophysics of Development Buffering: Temperature as a Tool to Study how the Cytoskeleton Coordinates ‐ National Institutes of Health Role of Fibronectin During Pre‐Cardiac Cell Migration and Establishment of the Heart Forming Region ‐ American Heart Association William Federspiel & John Kellum Evaluation of Adsorbents for Extracorporeal Cytokine Removal in Sepsis ‐ Kaneka Corporation Neeraj Gandhi Neural Integration of Eye and Head Movements ‐ National Institutes of Health Jorg Gerlach Large‐Scale Human Placenta Progenitor Cell‐Derived Erythrocyte Production ‐ Continuous Red Blood Cell Production ‐ Celgene Corporation Johnny Huard Muscle‐based Tissue Engineering to Improve Bone Healing ‐ U.S. Army Tamer Ibrahim Subject Insensitive and SNR Enhancing RF‐Arrays for High Field Parallel Human MRI ‐ National Institutes of Health Study of Energy and Aging ‐ California Pacific Medical Center Research Institute B1, S‐Matrix and SAR Simulation and Verification Using a Two‐Compartment Phantom Model ‐ Siemens Marina Kameneva Development of the PediaFlow Pediatric Ventricular Assist Device ‐ National Institutes of Health Multi‐Scale Model of Thrombosis in Artificial Circulation ‐ Carnegie Mellon University Standardization of Computational Fluid Dynamic (CFD) Techniques Used to Evaluate Performance and Blood Damage Safety in Medical Devices: Interlaboratory Measurement of Blood Damage ‐ Food and Drug Administration 121

Michael Boninger Investigation of Transfer Techniques to Minimize Shoulder Joint Loading ‐ Veterans Affairs Medical Center Prashant Kumta Calcium Phosphate Aquagels: Novel Gene Delivery Systems ‐ National Science Foundation Novel Catalyst Supports for Water Electrolysis: Experimental and Theoretical Studies ‐ National Science Foundation Fundamental Experimental and Theoretical Studies on a Novel Family of Oxide Catalyst Supports for Water Electrolysis ‐ Energy High Capacity Reversible Nanoscale Heterostructures: Novel Anodes for Lithium Ion Batteries ‐ Lawrence Berkeley National Lab Finalize Bone Scaffolding Characterization Research ‐ U.S. Department of the Interior New High Energy Density Magnesium Battery Concepts to Stationary Power Smart Electrical Grid ‐ URS\DOE NETL Nanoscale Heterostructures and Thermoplastic Resin Binders: Novel Li‐Ion Anode Systems ‐ Lawrence Berkeley National Lab Steven Little Temporal Delivery of Growth Factors for Wound Healing using Porous Hollow Fibers ‐ Pittsburgh Tissue Engineering Initiative Patrick Loughlin Modeling Sensory Integration and Attention in Postural Control of Older Adults ‐ National Institutes of Health Sonar Signal Analysis and Waveform Design for Enhanced Target Detection and Classification ‐ U.S. Navy Nonstationary Signal Processing Methods for Channel Characterization and Sonar Signal Classification in Varying and Uncertain Environments ‐ U.S. Navy Graduate Student Applied Summer Research Experience ‐ U.S. Navy Mark Redfern CPS: Medium: Monitoring Human Performance with Wearable Accelerometers ‐ National Science Foundation RI:Medium: Trajectory Libraries for Locomotion on Rough Terrain ‐ National Science Foundation Postural Control in the Elderly ‐ National Institutes of Health Influence of White Matter on Step Initiation ‐ National Institutes of Health Modeling Shoe‐floor Interface Properties to Predict Slips and Falls ‐ Centers for Disease Control NIH Toolbox for Assessment of Neurological and Behavioral Function NIH Toolbox for Assessment of Neurological and Behavioral Function ‐ Evanston Northwestern Healthcare Research Institute Evanston Northwestern Healthcare Research Institute Mark Redfern, Rakie Cham, Patrick Loughlin & Stephanie Studenski Pittsburgh Older Americans Independence Center ‐ National Institutes of Health Partha Roy Profilin as a Target to Suppress Invasive Breast Cancer ‐ National Institutes of Health Drag Reducing Polymer to Curb Beast Cancer Metastasis ‐ U.S. Army Examining the Role of Prolifin as a Regulator of Cancer Aggressiveness ‐ University of New England The Role of Profilin 1 in Angiogenesis ‐ American Heart Association Michael Sacks Biomechanical Optimization of TE Heart Valves ‐ National Institutes of Health Mechanisms of In‐Vivo Remodeling in Tissue Engineered Heart Valves ‐ National Institutes of Health Mechanobiology and Regenerative Medicine ‐ National Institutes of Health Training in Biomechanics in Regenerative Medicine ‐ National Institutes of Health Mitral Saddle Shape Preservation Improves Valvuloplasty ‐ University of Pennsylvania GAGs: Function and Fixation in Bioprosthetic Heart Valves ‐ Clemson University Fluid‐Structure Simulation for Prosthetic Heart Valves ‐ University of Iowa Quantification of In Vivo Mitral Valve ‐ American Heart Association Guy Salama Modeling the Relative Expression of Cardiac Ion Channels/Currents to Predict Arrhythmia Phenotype ‐ American Heart Association Extracellular Potassium Accumulation and its Role in Cardiac Arrhythmias ‐ American Heart Association 122

Charles Sfeir Cell‐Based Scaffold‐Less Three‐Dimensional Construct, A Model For Dentinogenesis ‐ National Institutes of Health Sanjeev Shroff Cardiovascular Bioengineering Training Program ‐ National Institutes of Health Three‐Dimensional Cardiac Gel Bioreactor for Functioning Cardiomyocyte Induction ‐ National Institutes of Health Mechanisms of Preeclampsia Impact on Obesity ‐ Magee Womens Research Institute & Foundation Gwendolyn Sowa Interaction of Mechanical and Inflammatory Signals in Disc Matrix Preservation ‐ National Institutes of Health George Stetten Holographic Sonic Flashlight for Guiding Interventional Procedures ‐ National Institutes of Health Automated Detection of Thromboembolic Disease in CT Images ‐ National Institutes of Health David Vorp Biomechanical Evaluation Of Abdominal Aortic Aneurysm ‐ National Institutes of Health Bioengineering & Biologic Studies of Aneurysm Weakening ‐ National Institutes of Health William Wagner & Peter Wearden Miniature Maglev VAD for Neonates and Pediatrics ‐ Levitronix LLC Yadong Wang Design and Application of Biocompatible Polycations ‐ National Science Foundation Neurotransmitter‐Based Poly (Aminoglycerol Esters) ‐ National Institutes of Health Compliant and Strong Small Arteries Engineered in Vitro ‐ National Institutes of Health ARM IV Postdoctoral Fellowship ‐ Pittsburgh Tissue Engineering Initiative Selectively Releasable Adhesive Project ‐ Global Biomedical Technologies LLC Selectively Releasable Adhesive Project ‐ Global Biomedical Technologies LLC Small‐Diameter Arteries Engineered from Biodegradable Elastomeric Scaffolds ‐ American Heart Association Douglas Weber Somatosensory Feedback Controlling a Neuroprosthesis ‐ National Institutes of Health Optical Neural Techniques for Combat/Post‐Trauma Healthcare ‐ Lockheed Martin Savio Woo Non Contact ACL Injuries in Females and In Vivo and Robotic Study ‐ National Institutes of Health Physical Shaping of Multicellular Mesenchymal Tissues ‐ ASIAM Institute for Research & Education

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FACULTY RESEARCH INTERESTS Fiscal Year 2011 Active Sponsored Research

Chemical and Petroleum Engineering Mohammad Ataai Efficient Bioseparation by Intertwining Strain Chromatography and Affinity Tail Design ‐ National Science Foundation Maximizing Therapeutic DNA Process Productivity ‐ National Science Foundation Anna Balazs Exploiting Self Assembly in Biological & Synthetic Macromolecules to Crease Novel Hybrid Materials ‐ National Science Foundation Harnessing Light to Control the Autonomous Functionality of Soft Active Materials ‐ National Science Foundation CDI Type 1: Developing Computational Models to Guide the Design of Chemomechanically Responsive, Reconfigurable Surfaces ‐ National Science Foundation Theoretical Modeling, Synthesis and Characterization of Self‐Healing Coatings ‐ Energy Designing "Active" Coating an Multilayer Composites: Harnessing Mechanochemical Transduction in Responsive Gels ‐ U.S. Army Designing Smart Surfaces and Responses Microcapsules for Creating Micro‐Reactor Arrays ‐ Energy Designing Smart Lubricants ‐ U.S. Navy Polymer‐Based Materials for Harvesting Solar Energy ‐ University of Massachusetts Chemomechanical Transduction: Utilizing Oscillatory Chemical Processes ‐ Brandeis University MIT CMSE NSF IRG II Collaboration ‐ Massachusetts Institute of Technology Using Applied Force to Control the Properties of Reconfigurable M ‐ U.S. Army New Micro‐ and Nano‐Patterned Architectures for Sensor Protection ‐ Harvard University Ipsita Banerjee Defining Mechanisms Controlling Stem Cell Fate During Differentiation ‐ National Institutes of Health Investigation of Mechanical Cues Governing Differentiation: an Intergrated Engineering and Cell Biology Approach ‐ Oak Ridge Associated Universities Associated Universities Eric Beckman REU Site Sustainable Design ‐ National Science Foundation Student and Junior Faculty Travel Support for Engineering Sustainability 2011 ‐ National Science Foundation Robert Enick CO2‐Selective Polymeric Membranes Composed of Novel, CO2‐Philic Polymers ‐ RDS\DOE NETL Producing High Pressure H2 and High Pressure CO2 Streams from a High Pressure C02‐H2 Mixture with Novel C02‐Phillic Absorbents ‐ RDS\DOE NETL Novel High Capacity Oligomers for Low Cost CO2 Capture ‐ GE Global Research Bench‐Scale and Slipstream Development and Testing of Post‐Combustion Carbon Dioxide Capture and Separation Technology for Application Existing Coal‐Fired Plants ‐ KeyLogic Systems Novel Liquid Solvents and Solid‐Liquid Phase‐Transition Solvents for the Absorption of CO2 ‐ URS\DOE NETL CO2‐Selective Membranes Based on CO2‐Phillic Polymeric Materials ‐ URS\DOE NETL FC: Improved Co2 Flood Performance Using C2‐soluble Surfactants ‐ URS\DOE NETL Technical Review of CO2 Enhanced Oil Recovery ‐ KeyLogic Systems Gulf Oil Response Effort Support ‐ URS\DOE NETL RUA Support for CO2 Philic Ogloimers, and Phase Change Solvents ‐ URS\DOE NETL CO2 Selective Membranes Based on CO2 Philic Oligomers ‐ URS\DOE NETL EOS and Experimental High Temperature High Pressure Ultradeep reservoir fluid density and viscosity ‐ URS\DOE NETL CO2 Capture Process using Phase‐Switchable Absorbants ‐ GE Global Research CO2 Soluble Surfacants for Improved Mobility Control ‐ URS\DOE NETL Analysis of Water Samples for Organic Components Using LC‐Q‐TOF S ‐ URS\DOE NETL 124

William Federspiel Systems Engineering of Pheresls Intervention for Sepsis Administrative Core Matter ‐ National Institutes of Health Percutaneous Respiratory Assist Catheter ‐ National Institutes of Health Di Gao Design and Development of Super Water and Oil Repellent Surfaces by Topographic Manipulation ‐ National Science Foundation Career: DNA Separation & Mutation Screening Based on the Elasticity of DNA Modules ‐ National Science Foundation High‐Efficiency Dye‐Sensitized Solar Cells Based on Ordered TiO2 Nanotube Arrays ‐ National Science Foundation DNA Sequencing at a Stretch ‐ National Institutes of Health Rapid Tests for Chlamydia and Neglected Tropical Diseases ‐ National Institutes of Health Durable Superhydrophobic Coatings ‐ Ross Technology Corporation Anti‐Icing Coatings for Power Transmission Cables ‐ Alcoa Gerald Holder Theoretical and Experimental Approaches to the Prediction of Gas Hydrate Equilibria ‐ RDS\DOE NETL Hydrogen Technology Support ‐ RDS\DOE NETL Coal and Biomass Liquefaction ‐ URS\DOE NETL J. Karl Johnson Ultra‐Thin Oriented Carbon Nanotube Asymmetric Composite Membrane: Theory and Experiment ‐ National Science Foundation GOALI: Phase Behavior and Reactivity of a Hygroscopic System ‐ National Science Foundation Development of Metal Organic Framework Materials for CO2 Separation ‐ RDS\DOE NETL Alkali‐Metal Doped Nanotube Sorbents: New Materials for Destruction of Chemical Agents ‐ University of Virginia Backpack Portable Desalinator ‐ Teledyne Scientific Company Enhancing the Sorption Capability for CEnhancing the Sorption Capability for chemical Agents and Toxic Industrial Compounds by Single Walled Carbon Nanotube using Alkali Metal Doping hemical Agents and Toxic ‐ University of Virginia Density Functional Theory Study of Bimetallic Nanoparticles for Syngas Chemistry ‐ URS\DOE NETL First‐Principles Modeling of Contaminant Removal by Adsorption on Metal Surfaces ‐ URS\DOE NETL Nanoporous Functionalized Sorbents for CO2 Capture URS\DOE NETL Nanoporous Functionalized Sorbents for CO2 Capture ‐ URS\DOE NETL Computational Design of Metal Organic Frameworks for Photocatalytic Reduction of CO2 ‐ Energy Accurate Control of CO2 Chemical Reactions with Ionic Liquids Thr ‐ URS\DOE NETL Modelling of Nanporous Materials for CO2 Capture ‐ URS\DOE NETL Computational Chemistry ‐ Atomistic Modeling of Microwave Processes Materials ‐ RDS\DOE NETL George Klinzing GOALI Three Plug Model ‐ National Science Foundation Assistive Technology Commercialization Grant Agreement ‐ Technology Collaborative Steven Little CDI Type‐I: Developing Computational Models to Enable the Experimental Self‐Assembly of Modified Carbon Nanotubes into Biometic Synthetic Cellular Vesicles ‐ National Science Foundation Immunization Strategies for Autologous HIV Immunology ‐ National Institutes of Health Regeneration of Periodontal Structures through the Recruitment of Regulatory Lymphocytes ‐ National Institutes of Health Resolution and Regeneration in Periodontitis via Recruitment of Re ‐ National Institutes of Health ARM IV Postdoctoral Fellow ‐ Pittsburgh Tissue Engineering Initiative Synthetic Dendritic Cells ‐ Arnold and Mabel Beckman Foundation Joseph McCarthy Fluids‐Inspired Granular Processing: Novel Methods of Mixing and Separation ‐ National Science Foundation REU: Site: Particle‐Based Functional Materials for Energy, Biomedicine, and Sustainability ‐ National Science Foundation An Integrated Education in the Engineering of functional Materials ‐ U.S. Department of Education

125

Badie Morsi Novel Liquid Solvents and Solid‐Liquid Phase‐Transition Solvents for the Absorption of CO2 ‐ URS\DOE NETL Hydrodynamic and Mass Transfer Parameters of Gases in FT Liquids Using Agitated and Slurry and Bubble Column Reactors ‐ Sasol Technology Netherlands Sittichai Natesakhawat Hydrogen Production from the Water‐gas Shift Reaction; Catalysis Synthesis and Characterization ‐ URS\DOE NETL Robert Parker Systems Engineering of Pheresis Intervention for Sepsis ‐ National Institutes of Health Laura Schaefer, Eric Beckman, Mary Besterfield‐Sacre & Larry Shuman IGERT Sustainability Initiative in Engineering ‐ National Science Foundation Interdisciplinary Fellowship Program in Sustainable Engineering ‐ U.S. Department of Education Sachin Velankar CAREER: Morphological Control in Polymer Blends Using Polymeric Surfactants ‐ National Science Foundation Particles at Polymer/polymer Interfaces: Interfacial Phenomena and Morphology Control in Immiscible Polymer Blends ‐ National Science Foundation Buckling of Bilayer Laminates: A Novel Approach to Synthetic Papillae ‐ U.S. Air Force Goetz Veser CAREER: Steering Chemical Reactions Through Spatial Confinement Catalytic Reaction Engineering in Microchannel Reactors ‐ National Science Foundation Towards Understanding Nanocomposite Materials Multiscale Tailoring For Thermally Stable and Accesible Nanoparticles ‐ National Science Foundation Novel Materials and Reactor Concepts for Chemical Looping Combustion ‐ RDS\DOE NETL Nanostructured Catalyst Systems for WGS ‐ RDS\DOE NETL Oxygen‐Assisted Catalytic Co‐Gasification of Coal/Biomass Mixtures ‐ URS\DOE NETL Chemical Looping Beyond Combustion: CO2 Sequestration and Hydrogen Production ‐ URS\DOE NETL Chemical Looping Beyond Combustion: CO2 Sequestration and Hydrogen Production ‐ URS\DOE NETL Bimetallic Nanocomposites for Syngas Chemistry ‐ URS\DOE NETL Multifunctional Nanomaterials for WGS Catalysis with Integrated Multicontaminant Removal ‐ URS\DOE NETL Synthesis and Characterization of Nano‐Structured Materials ‐ URS\DOE NETL Multifunctional Nanomaterials for Water‐Gas‐Shift Catalysis in Contaminated Fuel Streams ‐ URS\DOE NETL Judith Yang The Reactivity and Structural Dynamics of Supported Metal Nanoclusters Using Electron Microsopy, In‐situ X‐ray Spectroscopy, Electronic Structure Theories, and Molecular Dynamics Simulations ‐ University of Illinois/Department of Energy Nanoparticle Control of Microbial Development on Ceramic Surfaces ‐ PA Nanomaterials Commericialization Center

126

FACULTY RESEARCH INTERESTS Fiscal Year 2011 Active Sponsored Research

Civil and Environmental Engineering Jorge Abad Enhancement of the Channel Evolution model CONCEPTS for Predicting the Water Quality benefits of Retention of Riverine Sediments by Floodplains ‐ U.S. Department of Agriculture Jorge Abad & Dan Volz Center for Healthy Environments and Communities ‐ Heinz Endowment Melissa Bilec Pennsylvania Pennsylvania Investigating the Environmental Life Cycle Assessment, Performance, and Life Cycle Cost of Expanded Polystyrene for Construction Materials and Supplies: Focus on Insultating Concrete Forms ‐ Green Chemistry Society Melissa Bilec, Amy Landis, Laura Schaefer & Alex Jones EFRI: Barriers, Understanding, Integration ‐ Life Cycle Development ‐ National Science Foundation John Brigham NRC Faculty Development ‐ U.S. Nuclear Regulatory Commission Leonard Casson Water Energy Nexus ‐ URS Corporation William Harper William Harper CAREER Sorption and Biodegradation Processes for Removal of Pharmaceutical Compounds in Biologicla Systems ‐ National Science Foundation Sensing Soluble Organics With Microbial Fuel Cells Deployed in an Estuary ‐ National Oceanic and Atmospheric Administration Structural Concrete Design With High Strength Steel Reinforcement ‐ University of Cincinnati Kent Harries Repair Methods for Prestressed Girder Bridges ‐ Commonwealth of Pennsylvania Deterioration of J Bar Reinforcement in Abutments and Piers ‐ Commonwealth of Pennsylvania Effects of Fire Damage on the Structural Properties of Steel Bridge Elements ‐ Commonwealth of Pennsylvania AP1000 Shield Building Design Review ‐ Westinghouse Electric Company, Inc. Amy Landis Connecting Research and Teaching Through Product Realization The Pittsburgh Quality of Life RET Site ‐ National Science Foundation Environmental Impacts of Next Generation Biofuels ‐ National Science Foundation Bioenergy Crops on Marginal Lands: Investigating Strategies for Remediation, Stormwater Management and Nutrient Load Reduction ‐ National Science Foundation CCLI Phase 1: Incorporating Sustainability in the Civil Engineering Curriculum ‐ National Science Foundation Biodiesel Fuel Feasibility Study ‐ Commonwealth of Pennsylvania Amy Landis and Melissa Bilec Beyond Design for the Environment Improving Products Processes and Actions ‐ National Collegiate Inventors & Innovators Alliance

127

Xu Liang Noss: Investigating Temporal Correlation for Power Efficient and Lossless Communication in Wireless Sensor Networks ‐ National Science Foundation Impacts of Assimilating Remotely Sensed Snow on the Prediction of Orographic Precipitation and Stemaflow in the Western United States ‐ U.S. Department of Commerce Enhancing NOAA AWIPS DSS by Infusing NASA Research Results for Drought and other Disaster Management ‐ Purdue University The Role of Vegetation, Surface, and Subsurface Processes on Mega Drought and its Implications to Climate Change ‐ Energy Assessment of Long‐term Environmental Impacts of Beneficial Reuse ‐ Alcoa Jeen‐Shang Lin Predicting the Fragmentation Drilling HPHT Rocks for Oil Production Using Discrete Methods ‐ RDS\DOE NETL Modeling and Validation: Discrete and Continuum Analysis of Fragmentation Process of Drilling into HPHT ‐ URS\DOE NETL Joseph Marriott Developing an Electricity‐specific Mixed‐until Input‐output Model ‐ National Science Foundation NRC Faculty Development ‐ U.S. Nuclear Regulatory Commission Ronald Neufeld Jonathan Run Environmental Design and Assessment ‐ Commonwealth of Pennsylvania Piervincenzo Rizzo Novel NDE/SHM Approach Based on Highly Nonlinear Dynamics ‐ National Science Foundation GRS Supplement: Novel Remotely Controlled Actuatorfor NDE/SHM Application ‐ National Science Foundation Hazard Mitigation of Water Mains by Means of Immersed Active/Passive Inspection Systems ‐ National Science Foundation Sensing Technology for Damage Assessment of Sign Supports and Cantilever Pole Structures ‐ Commonwealth of Pennsylvania Highly Nonlinear Solitary Waves for NDT of Civil Structures ‐ American Society for Nondestructive Testing New Structural Materials for Transmission Lines ‐ University of South Carolina Albert To A New Atomistic‐to‐Continuum Thermomechanical Model That Enables a Novel Averaging Method for Molecular Dynamics Simulations ‐ National Science Foundation BRIDGE: Experimentally‐Validated Atomistic‐Scale Modeling and Simulation of Electrodeposited Single Palladium Nanowires ‐ National Science Foundation Julie Vandenbossche Development of Desine Guide for Thin and Ultra Thin Concrete Overlays of Existing Asphalt Pavements ‐ Minnesota Department of Transportation Establish Inputs for the New Rigid Component of the Mechanistic Empirical Pavement Design Guide (MEPDG) ‐ Commonwealth of Pennsylvania Premature Deterioration of Jointed Plain Concrete Pavements ‐ Commonwealth of Pennsylvania R21 Composite Pavements ‐ Applied Research Associates, Inc. Radisav Vidic Reuse of Treated Internal or External Wastewaters in the Cooling Systems of Coal Based Thermoelectric Power Plants ‐ Energy Use of Treated Municipal Wastwater as Power Plant Cooling System Makeup Water: Tertiary Treatment Versus Expanded Chemical Regimen for Recirculating Water Quality Management ‐ Carnegie Mellon University Sustainable Management of Flowback Water During Hydraulic Fracturing of Marcellus Shale for Natural Gas Production ‐ Energy Fate of Naturally Occurring Radioactive Material (NORM) in Flowback and Produced Waters from Natural Gas Development ‐ URS Corporation Program Development and Implementation Strategies ‐ Commonwealth of Pennsylvania Freeway Ramp Management ‐ Commonwealth of Pennsylvania

128

FACULTY RESEARCH INTERESTS Fiscal Year 2011 Active Sponsored Research

Electrical and Computer Engineering Luis Chaparro The Mathworks Academic Support ‐ Mathworks Peng Chen IREE GOALI Fabrication of Three Dimensional Chiral Photonic Circuits and Electro Optical Devices in Silica Using Femtosecond Ultrafast Lasers ‐ National Science Foundation CAREER: Multi‐functional, High‐Sensitivity Optical Sensors in Microstructures Fibers ‐ National Science Foundation Nuclear Nano Engineering ‐ National Science Foundation Laser Manufacturing of Three Dimensional Lightwave Circuits and Nano Optical Devices ‐ National Science Foundation MRI: Acquisition of a High Repetition Rate Ultrafast Laser for Three‐Dimensional Lightwave Circuit Fabrications ‐ National Science Foundation EAGER: Fiber Sensors Networks for Crude Oil Migration Monitoring ‐ National Science Foundation International Supplement: Laser Manufacturing of Three‐Dimensional Lightwave Circuits and Nano‐Optical Devices ‐ National Science Foundation Development of Metal Oxide Nanostructure‐Based Optical Sensors for Fossil Fuel Derived Gases Measurement ‐ Energy Fiber Optic Sensor Array for Cryogenic Feul Monitoring and Management ‐ Lakeshore Cryotronics Fiber Optical Components for Harsh Environment Sensing ‐ Penn State University Amro El‐Jaroudi Speaker Normalization Research ‐ Vocollect Inc Joel Falk Raman Spectroscopy for Monitoring Gas Composition ‐ URS \DOE NETL p py g p \ Alex Jones Enabling Circuit Switching with Complier and Run Time Analysis for High Performance Systems ‐ National Science Foundation EFRI: Barriers, Understanding, Integration ‐ Life Cycle Development ‐ National Science Foundation Hong‐Koo Kim Single‐Electron‐Level Ballistic Transport Devices ‐ National Science Foundation Steven Levitan Nonlinear Model Order Reduction for Behavioral Models of Emerging Technologies ‐ National Science Foundation Development of a Desktop Nuclear Plant Operations Simulator for Graduate and Undergraduate Education ‐ U.S. Nuclear Regulatory Commission Guangyong Li CPS: Small: Collaborative Research: Automated and Robust Nano‐Assembly with Atomic Force Microscopes ‐ National Science Foundation Zhi‐Hong Mao Dimensionality Reduction in Control of the Human Hand ‐ National Science Foundation CAREER: Evaluating Capabilities of Neural Control in Human‐Machine Interaction ‐ National Science Foundation CSR: Medium: Collaborative Research: Static Pipelining, an Approach for Ultra‐Low Power Embedded Processors ‐ National Science Foundation Wireless Sensing and Control Technology ‐ Bechtel Bettis

129

Zhi‐Hong Mao & Mingui Sun A Unified Sensor System for Ubiquitous Assessment of Diet and Physical Activity ‐ National Institutes of Health Marlin Mickle Sensitive Passive Radio Frequency Identification (RFID) Tag Development ‐ Quintech Electronics & Communications Wireless Cranial Facial Probe and Receiver ‐ Galen Medical, LLC Marlin Mickle & Robert Kormos Pittsburgh Advanced Biosensor Consortium ‐ Heinz Endowment John Pittner & Marwan Simaan An Exploratory and Radically Different Approach for Control of a Tandem Hot Metal Strip Rolling Process for Product Quality ‐ University of Central Florida\NSF Gregory Reed Developing an Electricity‐specific Mixed‐until Input‐output Model ‐ National Science Foundation Keystone Smart Grid Fellowship Program ‐ Lehigh University Smart Grid Interface Control Methodology Development for Integrated Resource Management ‐ Westinghouse Electric Company MVDC Technology Development ‐ ABB Inc. Gregory Reed & Brian Gleeson Power & Energy Interfaces of Nuclear Mining and Electric Power Engineering Initiative ‐ Commonwealth of Pennsylvania Marwan Simaan and John Pittner Modern Control Technology for the Threading of the Tandem Hot Metal Rolling Process ‐ Carnegie Mellon University William Stanchina Rapid Tests Chlamydia and Tropical Disease ‐ National Institutes of Health Jun Yang Fast Software Thermal Sensing and Control for Efficient Dynamic Thermal Management ‐ National Science Foundation CSR CSI An Update Conscious Compilation Framework for Energy Efficient Code Dissemination in Wireless Sensor Networks ‐ National Science Foundation CAREER: EHS Thermal Award Task Scheduling for Embedded Planar and 3D Chip Multiprocessors ‐ National Science Foundation CSR:Large: Storage Class Memory Architecture for Energy Efficient Data Centers ‐ National Science Foundation Minhee Yun Multifunctional Biomedical Nanosensors Based on Single Nanocomposite Nanowires ‐ National Science Foundation Nanostructure and Nanomaterials Research Experience for Students at University of Pittsburgh ‐ National Science Foundation BRIDGE: Experimentally‐Validated Atomistic‐Scale Modeling and Simulation of Electrodeposited Single Palladium Nanowires ‐ National Science Foundation EAGER: Hybrid Graphene‐PVDF Piezo‐Flutter Device for Scalable Energy Harvesting System ‐ National Science Foundation Extremely Low Noise Carbon Nanotubes for Peltier and Photo‐Detector Device Applications ‐ Sungkyunkwan University Minhee Yun & Xinyan Tracy Cui Point‐of‐Care System Based On Single Polymer Nanowires for Real‐Time AMI Diagnosis ‐ National Institutes of Health

130

FACULTY RESEARCH INTERESTS Fiscal Year 2011 Active Sponsored Research

Industrial Engineering Mary Besterfield Sacre & Larry Shuman Collaborative Research: Assessing Technical Entrepreneurship Learning in Engineering Education ‐ National Science Foundation Bopaya Bidanda A Comprehensive Response to Regional Workforce and Technology Development ‐ Commonwealth of Pennsylvania Machinist Training Tuition Awards ‐ Commonwealth of Pennsylvania Bopaya Bidanda & Bryan Norman VA Pittsburgh Healthcare System Veterans Engineering Resource Center (VERC) ‐ Veterans Affairs Medical Center Bopaya Bidanda & John Camillus Development of the Proposed: Global Value and Innovation Networks Center ‐ U.S. Department of Education Lisa Maillart Glovick Optimal Management of Expedited Placement Livers ‐ National Science Foundation Intergovernmental Personnel Act Appointment ‐ U.S. Nuclear Regulatory Commission Jeffrey Kharoufeh NECO: A Mathematical Framework for the Performance Evaluation of Large‐Scale Sensor Networks ‐ National Science Foundation Adaptive Maintenance Planning Based on Evolving Residual Life Distributions ‐ National Science Foundation George Klinzing, Kenneth Sochats & Carey Balaban Pittsburgh Framework Emergency Response Model ‐ Commonwealth of Pennsylvania Bryan Norman Evaluation of Candidate Vaccine Technologies Using Computational Models ‐ Bill and Melinda Gates Foundation Oleg Prokopyev Novel Optimization‐Based Biclustering Algorithms for Biomedical Data Analysis ‐ National Science Foundation International Experience for Students: U.S. ‐ Ukraine Collaboration on Discrete and Nondifferentiable Optimization ‐ National Science Foundation Stochastic Pseudo‐Boolean Optimization ‐ U.S. Air Force of Scientific Research Novel Optimization Techniques for Clustering, Connectivity, and Flow Problems in Complex Networks ‐ Texas A & M Research Foundation Andrew Schaefer CAREER: Next‐Generation Research and Education in Therapeutic Optimization ‐ National Science Foundation Optimization of the Design and Operation of Surgery Delivery Systems ‐ National Science Foundation Optimizing Flu Shot Design Under Uncertainty ‐ National Science Foundation The Optimal Timing of Transplantation in Pediatric Acute Liver Failure ‐ National Institutes of Health Reusable Medical Equipment ‐ Process & Facility Redesign ‐ National Institutes of Health Andrew Schaefer & Robert Squires A Multi‐Center Group to Study Acute Liver Failure in Children ‐ National Institutes of Health

131

Andrew Schaefer & Mark Roberts A Cmputer Simulation of the Sub‐Saharan HIV Pandemic that can Estimate Benefit and Value from Alcohol Interventions ‐ New York University\National Institutes of Health Andrew Schaefer, Jeffrey Kharoufeh, Oleg Prokopyev & Jayant Rajgopal VA Pittsburgh Healthcare System Veterans Engineering Resource Center (VERC) ‐ Veterans Affairs Medical Center Ravi Shankar Self‐Assembling Ductile and Tough Bulk Nanostructured Alloys of High Thermal‐Stability ‐ National Science Foundation GOALI: Collaborative Research: Engineered Surface Microstructures by Machining ‐ National Science Foundation Measuring Thermomechanical Material Response During Micromachining by In Situ Scanning Electron Microscopy ‐ National Science Foundation Larry Shuman University of Pittsburgh Undergraduate Scholarship Proposal ‐ National Science Foundation NRC Undergraduate Scholarship Program Swanson School of Engineering ‐ U.S. Nuclear Regulatory Commission Larry Shuman & Mary Besterfield‐Sacre Improving Engineering Students' Learning Strategies Through Models and Modeling ‐ National Science Foundation US‐Brazil Partnership in Sustainability and Innovative Design ‐ U.S. Department of Education Kenneth Sochats & Carey Balaban Pennsylvania Catastrophic Grant Program (Public Preparedness) Project Management ‐ Commonwealth of Pennsylvania Juan Pablo Vielma Centeno Fundamentals of Convex Mixed Integer Nonlinear Programming ‐ National Science Foundation

132

FACULTY RESEARCH INTERESTS Fiscal Year 2011 Active Sponsored Research

Mechanical Engineering and Materials Science Sung Kwon Cho Micro Bubble Tweezers for Individual Cell Manipulation and In Vitro Ultrasound Cell Therapy ‐ National Science Foundation Integrated Microsystem for Airborne Pathogen Detection with Digital Microfluids and Quantum DOT Nanosensors ‐ National Science Foundation Ultra Trace Detection of Explosives Enabled By an Integrated Microfluidic Nanosensing System ‐ National Science Foundation Bubble Detachment on Micro Nano Structured Solid Surfaces in Energy Applications ‐ American Chemical Society Minking Chyu Aerothermal Materials Integrated Thermal Protection ‐ RDS\DOE NETL Nanofluids for Enhanced Thermal Energy Transport ‐ RDS\DOE NETL Turbine Aerothermal and Material Research for Oxy‐fuel and Hydrogen Cycles ‐ RDS\DOE NETL Enhanced Water Recovery of Power Cooling Tower Systems ‐ RDS\DOE NETL Development of Nanoparticles Enhanced Drilling Fluids ‐ URS\DOE NETL Aerothermal Research with High‐Temperature, High Pressure Turbine Test Rig and Steam/CO2 Cooling Facitities ‐ URS\DOE NETL Experimental Testing of Advanced Airfoil Cooling Concepts ‐ URS\DOE NETL New Concepts for Enhanced Cooling with Superheaters Steam ‐ URS\DOE NETL Aerothermal Research for Coal‐Gas Based Turbine Systems ‐ URS\DOE NETL Experimental Heat Transfer Investigation of the Effects of a Pin‐Fin Matrix Located in the Tip‐Turn Region of a Stationary U‐Duct ‐ Siemens Power Generation, Inc. William Clark Design and Analysis of a Bridge‐Bearing Energy Harvester ‐ University of Oklahoma Daniel Cole GOALI: Nanoscale Hysteresis Modeling and Control in Precision Equipment ‐ National Science Foundation Dynamic Maskless Holographic Lithography ‐ National Science Foundation River DREAM Proof of Principle: Evaluation of Device Dynamics ‐ Bayer Material Science, LLC Larry Foulke & Minking Chyu Graduate Certificate Program in Nuclear Engineering ‐ U.S. Nuclear Regulatory Commission Fellowship and Scholarship Support ‐ Energy Pradeep Fulay IPA Agreement ‐ National Science Foundation Giovanni Galdi Mathematical Problems in Liquid Particle Interaction ‐ National Science Foundation Mathematical Analysis of Some Fundamental Problems in Solid‐Liquid Interaction ‐ National Science Foundation Peyman Givi Assessment of Turbo Chemisty Models for Prediction of Fuel Composition Effects on GTC Emissions ‐ RDS\DOE NETL Large Eddy Simulation of Turbulent Combustion via the Filtered Density Function ‐ National Aeronautics & Space Administration Center for Hypersonic Combined Cycle Flow Physics ‐ University of Virginia\Air Force Office of Scientific Research PDF Methods in LES Reacting Flow Simulation ‐ URS\DOE NETL LES‐FDF Simulations of Half‐Scale Sydney Burner ‐ URS\DOE NETL 133

Brian Gleeson High Temperature Coatings Effects of Composition and Microstructure on Reaction Behavior Under Progressive Environmental Conditions ‐ U.S. Navy Thermal Barrier Coatings for Advanced Oxy‐Fuel and Hydrogen Turbines ‐ RDS\DOE NETL Shuttle Services Support of NETL IAES ‐ RDS\DOE NETL Understanding Alloying Effects to Improve the Hot‐Corrosion Resistance of y‐Ni+y3A1 ‐ U.S. Navy Surface Processing for Enhanced Environmental and Creep Fatigue Resistance ‐ Directed Vapor Technologies International, Inc. Controlling Protective Scale Formation Development of Novel Pt Free fx‐Ni+fx S‐Ni3Al‐Based Coatings by Optimizing Minor‐ Element Effects ‐ U.S. Navy Diffusion Barrier Coating ‐ URS\DOE NETL Shuttle Services in Support of the National Energy Technology Lab ‐ URS\DOE NETL Protective‐Scale Evolution and Stability in Complex Environments ‐ URS\DOE NETL Power and Energy Interfaces of Nuclear Mining and Electric Engineering Initiative ‐ Commonwealth of Pennsylvania Jennifer Gray Size‐Selecting Semiconductor Templates for Nano‐Scale Spatial Control of Self‐Assembled Heterostructures ‐ National Science Foundation Cryo‐FIB Processing of Vitreous Biological Specimen for Electron Tomography ‐ National Institutes of Health Mark Kimber NRC Faculty Development ‐ U.S. Nuclear Regulatory Commission Accoustic, Thermal and Fluidic Investigations of Piezo Blower ‐ Murata Manufacturing Company Prashant Kumta Dentin Bimineralization ‐ National Institutes of Health High Capacity Reversible Nanoscale Heterostructures: Novel Anodes for Lithium Ion Batteries ‐ Lawrence Berkeley National Lab NSF Engineering Research Center for Revolutionizing Metallic Biomaterials ‐ North Carolina A & T University\NSF Jun‐Kung Lee El Electron Injection in Nanostructures Materials New Paradigm of Transparent Conducting Oxides ‐ National Science Foundation I j i i N M i l N P di fT C d i O id N i lS i F d i Engineering Nanostructures for Tailoring Thermal Radiation in the Near Field ‐ National Science Foundation NRC Faculty Development ‐ U.S. Nuclear Regulatory Commission John Leonard Career: Rapid Lateral Solidification in Thin Metallic Films: A New Route to Engineered Microstructures for Advanced Micro Device ‐ National Science Foundation Scott Mao Nanomechanics of Deformation Process in Nanocrystalline Materials ‐ National Science Foundation Integrated Experiment and Atomistic Computations on Moisture‐Induced Interfacial Embrittlement ‐ National Science Foundation Nanoscale Characterization of Nanostructured Thin Film with Ultrahigh Strength and Ductility ‐ National Science Foundation Thermal Barrier Coating Overlay Development ‐ URS\DOE NETL Gerald Meier & Federick Pettit Energy Efficient Melting and Direct Delivery of High Quality Molten Aluminum ‐ Apogee Technology Inc.\DOE Thermal Barrier Coatings for Advanced Oxy‐Fuel and Hydrogen Turbines ‐ RDS/DOE NETL High Temperature Coatings: Effects of Composition and Microstructure on Reaction Behavior Under Progressive Environmental Conditions ‐ U.S. Navy Advanced Air Plasma Sprayed Thermal Barrier Coating (Bond Coat) ‐ RDS\DOE NETL Materials of Oxy Fuel Turbomachine Conditions ‐ Clemson University\DOE Improved Corrosion Resistance of Solid Oxide Fuel Cell (SOFC) Interconnect Materials ‐ U.S. Navy Effects of Steam and Oxyfuel Environments on Alloy/Coating Degradation ‐ URS\DOE NETL Bond Coat Development ‐ URS\DOE NETL 134

Advanced‐High‐Purity Low‐Density Thermal Barrier Coatings ‐ URS\DOE NETL Investigation of the Transitions Between Deposit‐Induced Degradation Regimes and the Influence of Alloying Elements in Coatings and Structural Alloys ‐ U.S. Navy Strengthening and Oxidation Protection of Nb‐ and Ta‐base Alloys ‐ URS\DOE NETL Effects of Deposits Relevant to Oxyfuel Environments on Alloy Coatings ‐ URS\DOE NETL Mark Miller Upper Extremity Biomechanics: Laboratory and Clinical Research ‐ Allegheny General Hospital Elbow Biomechanics: Radial Head Replacement, MUCL Augmentation and Elbow Control ‐ Allegheny General Hospital Ian Nettleship Manufacturing the Microstructural Niche for Liver Bioreactors ‐ National Science Foundation Nanoparticle Control of Microbial Development on Ceramic Surfaces ‐ National Science Foundation Anne Robertson Improved Animal Modeling of Saccular Aneurysms ‐ Mayo Clinic Rochester Laura Schaefer Environmentally Sound High Performance Compact Thermacoustic Refrigeration ‐ National Science Foundation Greater Philadelphia Regional Innovation Cluster for Energy ‐ Pennsylvania State University\Energy William Slaughter Airfoil Life Predictions ‐ URS\DOE NETL Patrick Smolinski Effect of Single and Double ACL on Tibiofemoral Contact Pressure ‐ U.S. Army Jeffrey Vipperman Environmentally Sound High Performance Compact Thermacoustic Refrigeration National Science Foundation Environmentally Sound High Performance Compact Thermacoustic Refrigeration ‐ National Science Foundation ACT Active Combustion Throttling for ESD: Distributed Flow Control in Advanced Energy Systems ‐ RDS\DOE NETL Development and Implementation of Metrics for Identifying Military Impulse Noise ‐ U.S. Army Sensors and Control ‐ URS\DOE NETL Drum Noise Monitor Deployment ‐ Applied Physical Sciences Corp. Nanoscale Hysteresis Modeling and Control in Precision Equipment ‐ Aerotech Inc. Qing‐Ming Wang Field Assisted Manufacturing of Multi Functional and Nanowire Polymer Nanocomposites ‐ National Science Foundation High Temperature Acoustic Wave Sensors Based on the Oxyborate Crystals ‐ National Science Foundation Passive Wireless Acoustic Wave Sensors for Monitoring CO2 Emissions for Geological Sequestration Sites ‐ Energy Lisa Weiland Enabling High Performance Miniature Ionomeric Sensors ‐ National Science Foundation High Performance, Mechanically Robust Ionomeric Sensors ‐ National Science Foundation Conference Supplement ‐ National Science Foundation Light‐Activated Shape Memory Polymer Composites ‐ Cornerstone Research Group Inc. Jorg Wiezorek Electron Density Determination, Bonding and Properties of Tetragonal Ferromagnetic Intermetallics ‐ Energy NRC Graduate Fellowship Program ‐ U.S. Nuclear Regulatory Commission Summer Faculty Assignment ‐ Structural Materials Research for Nuclear Power Plants ‐ Westinghouse Electric Company, Inc. 135

Judith Yang Fundamental Dynamics of Metal Alloy Oxidation as Visualized by In Situ UHV‐TEM ‐ National Science Foundation The Reactivity & Structural Dynamics of Supported Metal Nanoclusters Using Electron Microscopy, In‐Situ X‐Ray Spectroscopy Electronic Structure Theories and Molecular Dynamics Simulations ‐ University of Illinois Multiscale Atomistic Simulation of Metal Oxygen‐Surface Interactions: Methodological Development, Theoretical Investigation and Correlation with Experiment ‐ Energy Methanol Oxidation Catalyzed by Copper Based Materials Investigated by the Situ Ultra Hig Vacuum Transmission Electron Microscopy ‐ American Chemical Society

136

Research Expenditures Fiscal Year 2011

Department Bioengineering

State & Local Government

Federal Government

Private/ Non-Profit Organizations

Business & Industry

Total

7,605,966 51,436 265,168 141,526

8,064,096

Chemical

5,763,963 31,699 91,484 82,264

5,969,410

Civil & Environmental

1,871,033 625,532 54,858 168,922

2,720,345

Electrical & Computer

1,775,510 7,071 24,500 254,169

2,061,250

Industrial

2,170,747 566,168 35,521 ‐

2,772,436

MEMS

4,228,301 179,771 41,699 228,634

4,678,405

Dean's Office

14,942

Total

14,942

$23,430,462

$1,461,677

$513,230

$875,515

$26,280,884

Research Related

$13,024,877

Research Other

$41,493,317

Total Expenditures

$80,799,078

89%

Federal Government State & Local Governments Private/Non-Profit Organization Business & Industry

137

Faculty Publications Department of Bioengineering Abdelnour, F., Genevese, C., & Huppert ,T.J. (2010). Hierarchical bayesian regularization of reconstructions for diffuse optical tomography using multiple priors. Biomedical Optics Express, 1(4), 1084-1103. Abramowitch, S., Zhang, X., Curran, M., & Kilger, R. (2010). A comparison of the quasi-static mechanical and nonlinear viscoelastic properties of the human semitendinosus and gracilis tendons. Clincal Biomechanics, 25(4), 325-331. PMID: 20092917. Adalja, A.A., & Kellum, J.A. (2010). Clostridium difficile: Moving beyong antimicrobial therapy. Crit Care. Sep 14(5), 320. Aguilo, M.A., Aquino, W., Brigham, J.C., & Fatemi, M. (2010). An inverse problem approach for elasticity imaging through vibroacoustics. IEEE Transactions on Medical Imaging, 29(4), 1012-1021. Ahn, S.K., & Balaban, C.D. (2010). Distribution of 5-HT1B and 5-HT1D receptors in the inner ear. Brain Res, 1346, 92-101. Aizenstein, H. & Venkatraman,V. (2010). Magnetic resonance imaging in geriatric psychiatry research. C.F. Reynolds III & M. Fernandez (Eds.), A Primer on Neuroimaging in Geriatric Mental Health. New York, NY: Springer Publishing Co. Aizenstein, H., Reynolds III, C.F., & Fernandes, M. (2010). Neuroimaging Research in Geriatric Mental Health. New York, NY: Springer Publishing Co. Alba, N.A., Sclabassi, R.J., Sun, M., & Cui. X.T. (2010). Novel hydrogel-based preparation-free EEG electrode. IEEE Trans Neural Syst Rehabil Eng. 18(4), 415-423. Allen, R.A., Seltz, L.M., Jiang, H., Kasick, R.T., Sellaro, T., Badylak, S.F., & Ogilvie, J.B. (2010). Adrenal extracellular matrix (ECM) scaffolds support adrenocortical cell proliferation and function in vitro. Tissue Engineering, 16(11), 3363-3374. PMID: 20528677. Alongi, D.J., Yamaza, T., Song, Y., Fouad, A.F., Romberg, E.E., Shi, S., Tuan, R.S., & Huang, G.T. (2010). Stem/progenitor cells from inflamed human dental pulp retain tissue regeneration potential. Regen Med. 5(4), 617-631. Alperin, M., Feola, A., Duerr, R., Moalli, P.A., & Abramowitch, S.A. (2010). Pregnancy- and delivery-induced biomechanical changes in rat vagina persist postpartum. Int Urogynecol J Pelvic Floor Dysfunct Sep;21(9), 1169-1174. Epub 2010 Apr 28. PMC2939831. Alperin, M., Feola, A.J., Meyn, L., Duerr, R., Abramowitch, S.D., & Moalli, P. (2010). Collagen scaffold: A treatment for a simulated maternal birth injury in the rat model. American Journal of Obstetrics and Gynecology, 202(6), 589.e1-8. PMID: 20510960.

138

Alsalaheen, B.A., Mucha, A., Morris, L.O., Whitney, S.L., Furman, J.M., Camiolo-Reddy, C.E., Collins, M.W., Lovell, M.R., & Sparto, P.J. (2010). Vestibular rehabilitation for dizziness and balance disorders after concussion. Journal of Neurologic Physical Therapy, 34(2), 87-93, 2010, PMID20588094. Al-Sayegh, N.A., George, S.E., Boninger, M.L., Rogers, J.C., Whitney, S.L., & Delitto, A. (2010). Spinal mobilization of postpartum low back and pelvic girdle pain: an evidence-based clinical rule for predicting responders and nonresponders, PM R, 2(11), 995-1005. Alyousef, Y.M., Datta, M.K., Yao, S.C., & Kumta, P.N. (2010). Sol-gel synthesis of Pt-Ru-Os-Ir based anode electro-catalysts for direct methanol fuel cells. Journal of Alloys and Compounds 506, 698-702. Ambrosio, F., & Russell, A.J. (2010). Regenerative rehabilitation: A call to action. Journal of Rehabilitation Research and Development, 47(3), XI-XV. Ambrosio, F., Wolf, S.L., Delitto, A., Fitzgerald, G.K., Badylak, S.F., Boninger, M.L., & Russell, A.J. (2010). The emerging relationship between regenerative medicine and physical therapeutics. Physical Therapy, 90(12),1807-1814. Amitai, G., Murata, H., Anderson, J.D., Koepsel, R.R., & Russell, A.J. (2010). Decontamination of chemical and biological warfare agents with a single multi-functional material. Biomaterials, 31(15), 4417-4425. Anderst, W.J., & Tashman, S. (2010). Using relative velocity vectors to reveal axial rotation about the medial and lateral compartment of the knee. J Biomech, 43(5), 994-997. Antaki, J.F., Ricci, M.R., Verkaik, J.E., Snyder, S.T., Maul, T.M., Kim, J., Paden, D.B., Kameneva, M.V., Paden, B.E., Wearden, P.D., & Borovetz, H.S. (2010). PediaFlow Maglev ventricular assist device: A prescriptive design approach. Cardiovascular Engineering, 1(1), 104121. PMID: 20544002. Apodaca, G. (2010). Opening ahead: early steps in lumen formation revealed. Nat Cell Biol, 12(11), 1026-1028. PubMed PMID: 21045801. Azemi, E., C.F. Lagenaur, & Cui. X.T. (2010). The surface immobilization of the neural adhesion molecule L1 on neural probes and its effect on neuronal density and gliosis at the probe/tissue interface. Biomaterials, 32(3), 681-692. Azemi, E., Gobbel, G.T., & Cui. X.T. (2010). Seeding neural progenitor cells on silicon-based neural probes. J Neurosurg. Badylak, S.F. (2010). Extracellular matrix bioscaffold for orthopaedic applications. Journal of Bone and Joint Surgery - Series A, 92(5), 1317-1318. Bae K.T., Park, S.H., Moon, C.H., Kim, J.H., Kaya, D., & Zhao, T.J. (2010). Dual-echo arteriovenography imaging with 7T MRI. JMRI; 31, 255-261. Bae, K T., & Grantham J.J. (2010). Imaging to assess prognosis in autosomal dominant polycystic kidney disease. Nature Rev. Nephrology; 6, 96â&#x20AC;&#x201C;106.

139

Bae, K.T. (2010). Intravenous contrast medium administration and scan timing in CT: Considerations and approaches state-of-the-art. Radiology, 256, 32-61. Bae, K.T. (2010).Optimization of contrast enhancement in thoracic MDCT. Radiologic Clinics of North America 2010; 48, 9-29. Bae, K.T., Kim, J.H., Furlan, A., Moon, C.H., Park, B.W., & Zhao, T. (2010). Proton and sodium MR imaging of in vivo human prostate using dual-tuned body and endorectal coils at 7T. ISMRM Annual Meeting, Stockholm, Sweden. Bae, K.T., Kim, J.H., Moon, C.H., Furlan, A., Park, B.W., & Wang, J.H. (2010). 23Na/1H MR imaging of female pelvis at 7T using a dual-tuned multi-channel body coil. ISMRM Annual Meeting, Stockholm, Sweden. Bae, K.T., Kim, J.H., Moon, C.H., Furlan, A., Park, B.W., & Zhao, T. (2010). Sodium MR imaging of kidney and other abdominal organs using a dual-tuned body RF coil at 7T. ISMRM Annual Meeting, Stockholm, Sweden. Bae, K.T., Tao, C., Patil, A., Chapman, A.B., Grantham, J.J., Torres, V.E., Guay-Woodford, L.M., Harris, P.C., Moxey-Mims, M., Bennett, W.M., Wang, J.H., Kaya, D., Bost, J.E., & CRISP. (2010). Number of renal cysts measured on MR images in ADPKD kidneys: Inter-reader variability and the total number of cysts estimated from the cyst count on a single mid-slice image. American Society of Nephrology, Renal Week 2010. Bae, Y-H., Ding, Z., Das, T., Wells, A., Gertler, F., & Roy, P. (2010). Profilin-1 regulates PI(3,4)P2 and lamellipodin accumulation at the leading edge thus influencing MDA-MB-231 cell motility. National Academy of Sciences (USA) 107, 21547-21552. PMID: 21115820. PMC3003040. Banerjee, I., & Yarmush. M. (2010). Impact of co-culture on pancreatic differentiation of embryonic stem cells. Tissue Engineering and Regenerative Medicine, DOI: 10.1002/term. Banerjee, I., Maiti, S., Parashurama, N., & Yarmush, M. (2010). An integer programming formulation to identify the sparse network architecture governing differentiation of embryonic stem cells. Bioinformatics, 26(10), 1332-1339. Banerjee, I., Maiti, S., Parashurama, N., & Yarmush, M. (2010). Network sparsity uncovers the regulatory architecture in differentiating embryonic stem cells. Bioinformatics, 26, 283. Banerjee, I., Pal, S., & Maiti, S. (2010). Computationally efficient black box modeling for feasibility analysis. Computers and Chemical Engineering, 34(9), 1515-1521. Barone, W.R., Feola, A., Moalli, P., & Abramowitch, S.D. (Jun 2010). Viscoelastic behavior of the rat uterine cervix at mid-pregnancy. American Society of Mechanical Engineers Summer Bioengineering Conference, Naples, FL. Barua, S., Linton, R.S., Gamboa, J., Banerjee, I., Yarmush, M.L., Rege, R., & Lytic, R. (2010). Peptide-mediated sensitization of TRAIL-resistant prostate cancer cells to death receptor agonists. Cancer Letters, 293, 240.

140

Batista, A.P., & Stetten, G.D. (2010). Vision Systems. CRC Handbook of Biomedical Engineering 5th Edition. Beach, S., Shultz, R., Seelman, K., Cooper, R.A. & Teodorski, E. (Jun 2010). Trade-offs and tipping points in the acceptance of quality of life technology: Results from a survey of manual and power wheelchair users. International Symposium on Quality of Life Technology, Las Vegas, NV, CD-ROM. Bear, D.M., & Chu, C.R. (2010). “Chapter 44: Cartilage Transplantation.” In Fu FH (ed): Master Techniques in Orthopaedic Surgery: Sports Medicine. Wolters Kluwer Health/Lippincott Williams & Wilkins: Philadelphia, PA. Bear, D.M., Szczodry, M., Kramer, S., Coyle, C.H., Smolinsk,I.P., & Chu, C.R. (2010). Optical coherence tomography detection of subclinical traumatic cartilage injury. J Orthop Trauma, 24(9), 577-582. PMID: 20736798. Bear, D.M., Williams, A., Chu, C.T., Coyle, C.H., & Chu, C.R. (2010). Optical coherence tomography grading correlates with MRI T2 mapping and extracellular matrix content. J Orthop Res., 28(4), 546-552. PMID: 19834953. Bechara, B.P., & Gandhi, N.J. (2010). Effect of blinks on the relationship between eye velocity and highfrequency burst neurons in the pons. Society for Neuroscience. Bechara, B.P., & Gandhi, N.J. (2010). Matching the oculomotor drive during head-‐restrained and headunrestrained gaze shifts in monkey. Journal of Neurophysiology, 104, 811-‐828. Bechara, B.P., Leckie, S.K., Bowman, B.W., Davies, C.E., Woods, B.I., Kanal, E., Sowa, G.A., & Kang, J.D. (2010). Application of a semiautomated contour segmentation tool to identify the intervertebral nucleus pulposus in MR images. AJNR Am J Neuroradiol., 31(9), 1640-1644. Bedi, A., Musahl, V., Lane, C., Warren, R.F., & Pearle, A.D. (2010). Lateral compartment translation predicts the grade of pivot shift: a cadaveric and clinical analysis. Knee Surg Sports Traumatol Arthrosc May 18 [Epub ahead of print]. Bedi, A., Musahl, V., Stueber, V., Kendoff, D., Choi, D., Allen, A.A., Pearle, A.D., & Altchek, D.W. (2010). Transtibial vs. anteromedial portal reaming in ACL reconstruction: an anatomical and biomechanical evaluation of surgical technique. Arthroscopy. Oct 28. [Epub ahead of print]. Bég, O.A., Hung, T.K., Bhargava, R., & Zueco,J. (Sep 2010). Advanced mathematical modeling of smart magneto-tribology in biomechanical prosthetics and astronautical landing gears using network simulation. International Conference on Smart Materials, Dublin City University. Bellayr, I.H., Gharaibeh, B., Huard, J., & Li, Y. (2010). Skeletal muscle-derived stem cells differentiate into hepatocyte-like cells and aid in liver regeneration. Int J Clin Exp Pathol, 3(7), 681-690. Bellayr, I.H., Walters, T., & Li, Y. (2010). Scarless wound healing. Journal of the American College of Certified Wound Specialists, 2(2), 40-43. Beniash, E., Deshpande, A.S., Fang, P.A., Lieb, N.S., Zhang, X., & Sfeir, C.S. (2010). Possible role of DMP1 in dentin mineralization. J Struct Biol., 174(1), 100-106.

141

Beniash, E., Ivanina, A., Lieb, N.S., Kurochkin, L., & Sokolova, I.M. (2010). Elevated level of carbon dioxide affect metabolism and shell formation in oysters Crassostrea virginica (Gmelin). MEPS 419: 95–108. Bergin, P.F., Doppelt, J.D., Hamilton, W.G., Mirick, G.E., Jones, A.E., Sritulanondh, S., Helm, J.M., & Tuan, R.S. (2010). Application of ribosomal ribonucleic acid-based real-time reverse transcription polymerase chain reaction for the rapid detection of periprosthetic joint infections. J Bone Joint Surg Am. 92, 654-663. Beschorner, K., & Redfern, M.S., & Cham R. (2010). Role of proprioception and foot somatosensation on detecting slipping accidents. Annual Meeting of the American Society of Biomechanics, Providence, RI. Beyene, N.M., Cooper, R.A., & Steinfeld, A., (Jun 2010). Social exclusion risk with transportation usage and managing to stop driving. Rehabilitation Engineering and Assistive Technology Society of North America Conference, Las Vegas, NV, CD-Rom. Bhargava, R.S., Sharma, H.S., Takhar, T.A., Bég, O.A., & Hung, T.K. (2010). Peristaltic pumping of micropolar fluid in porous channel-model for stenosed arteries, J. Biomechanics, 1, S649-S650. Bobick, B.E., Matsche, A.I., Chen, F.H., & Tuan, R.S. (2010). Opposing roles of ERK5 and ERK1/2 signaling pathways in regulating chondrogenesis of adult human mesenchymal progenitor cells. J Cell Physiol. 224(1), 178-186. Bobick, B.E., Tuan, R.S., & Chen, F.H. (2010). The intermediate filament vimentin regulates chondrogenesis of adult human bone marrow-derived multipotent progenitor cells. J Cell Biochem, 109, 265-276. Boninger, M.L., J.L. Collinger, R.A. Cooper, & A.M. Koontz, (2010). Musculoskeletal pain and overuse injuries (Chapter 46), pp. 627-635 Spinal Cord Medicine: Principles and Practice, 2nd Edition, Vernon Lin, M.D., Editor, Demos Medical Publishing, New York, NY. Boninger, M.L., McClure, L., Cooper, R.A., Schmeler, M., & Cooper, R.M. (2010). DeLisa’s physical medicine and rehabilitation: Principles and practice, 5th edition, Walter R. Frontera, Editor-in-Chief, Lippincott Williams & Wilkins, Wheelchairs (Chapter 78), pp. 2097-2117. Boruch, A.V., Nieponice, A., Qureshi, I.R., Gilbert, T.W., & Badylak, S.F. (2010). Constructive remodeling of biologic scaffolds is dependent on early mechanical loading in a canine partial cystectomy model. Journal of Surgical Research, 161, 217–225, PMID: 19577253. Brach, J., VanSwearingen, J., Wert, D., Perera, S., Cham, R., & Studenski, S.A. (May 2010). The impact of fear and confidence on smoothness of walking. Poster presentation and published in the Proceedings of the American Geriatrics Society (AGS), Orlando, FL. Brayfield, C.A., Marra, K.G., & Rubin, J.P. (2010). Adipose stem cells for soft tissue regeneration. Handchirurgie, Mikrochirurgie, Plastische Chirurgie, 42(2), 124-128. Brayfield, C.A., Marra, K.G., & Rubin, J.P. (2010). Adipose tissue regeneration. Current Stem Cell Research and Therapy, 5(2), 116-121.

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Brienza, D., Kelsey, S., Karg, P., Allegretti, A., Olson, M., Schmeler, M., Zanca,J., Geyer, M.J., Kusturiss, M., & Holm, M. (2010). A randomized clinical trial on preventing pressure ulcers with wheelchair seat cushions. J Am Geriatr Soc., 58(12), 2308-2314. Epub Nov 10. Brito, L., Chandrasekhar, S., Little, S.R., & Amiji, M. (2010) Non-viral eNOS gene delivery and transfection with stents for the treatment of coronary restenosis. (BioMedical Engineering OnLine, 9(56)). PMID: 20875110 Impact Factor: 1.64. Brito, L.A., Chandrasekhar, S., Little, S.R., & Amiji, M.M. (2010). In vitro and in vivo studies of local arterial gene delivery and transfection using lipopolyplexes-embedded stents. Journal of Biomedical Materials Research Part A, 93(1), 325-336. PMID 19569206. Impact Factor: 3.318. Brose, S.W., Weber, D.J., Salatin, B.A., Grindle, G.G., Wang, H., Vazquez, J.J., & Cooper, R.A. (2010). The role of assistive robotics in the lives of persons with disability. American Journal of Physical Medicine and Rehabilitation, 89(6), 509-521. Brown, B.N., Barnes, C.A., Kasick, R.T., Michel, R., Gilbert, T.W., Stolz, D.B., Castner, D.G., Ratner, B.D., & Badylak, S.F. (2010). Surface characterization of biologic scaffolds composed of extracellular matrix. Biomaterials, 31(3), 428-437. PMCID: PMC2783670. Brown, B.N., Freund, J.M., Li, H., Rubin, J.P., Reing, J.E., Jeffries, G., Wolf, M., Tottey, S., Barnes, C., Ratner, B., & Badylak, S.F. (2010). Comparison of three methods for the derivation of a biologic scaffold composed of adipose tissue extracellular matrix. Tissue Engineering Part C, [Epub ahead of print]. Buckalew, N., Haut, M.W., Aizenstein, H., Morrow, L., Perera, S., Kuwabara, H., & Weiner, D.K. (2010) Differences in brain structure and function in older adults with self-reported disabling and non-disabling chronic low back pain. Pain Medicine, 11(8), 1183-1197. PMCID: PMC2925166. Casselbrant, M.L., Furman, J.M., Mandel, E.M., Redfern, M.S., & Sparto, P.J. (2010). Longitudinal posturography and rotational testing in children 3-9 years of age: Normative data. Otology & Neurotology, 142(5), 715-721. PMID 20416461. Casselbrant, M.L., Mandel, E.M., Sparto, P.J., Perera, S., Redfern, M.S., Fall, P.A., & Furman, J.M. (2010). Longitudinal posturography and rotational testing in children 3-9 years of age: Normative data. Otolaryngology - Head and Neck Surgery, 142, 715-721. PMID: 20416461. Catapano, G., Patzer II, J.F., & Gerlach, J.C. (2010). Transport advances in disposable vioreactors for liver tissue engineering. In: Disposable Bioreactors, Eibl R and Eibl D, Eds, Advances in Biochemical Engineering/Biotechnology, Vol. 115, pp 117-143, Springer. Cenciarini, M., Loughlin, P., Sparto, P., & Redfern, M. (2010). Stiffness and damping in postural control increases with age. IEEE Trans. Biomed. Engr., 57(2), 267-275. Chakraborty, D.P. (2010). Recent developments in free-response methodology. In: The Handbook of Medical Image Perception and Techniques, E. Samei and E. Krupinski, Editors, Cambridge University Press: Cambridge. p. 216-239.

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Department of Civil and Environmental Engineering Parker, G., Shimizu, Y., Wilkerson, G. V., Eke, E. C. Abad, J. D., Lauer, J. W., Paola, C., Dietrich, W. E. and Voller, V. R. (2011). “A new framework for modeling the migration of meandering rivers”. Earth Surface Processes and Landforms, 36: 70-86 Motta, D., Abad, J. D. and Garcia, M. H. (2010). “A modeling framework for organic sediment resuspension and oxygen demand: the case of Bubbly creek in Chicago, Illinois”, Journal of Environmental Engineering, 136 (9): 952-964. Volkwein, M., Abad, J. D., Engel, F., Rhoads, B. (2011). “Comparison and analysis of hydrodynamic models for restoration projects: the case of pool-riffle structures”. Stream restoration conference, Washington, DC. Abad, J. D., Paredes, J. R., Montoro, H. (2011). “Similarities and differences between a large meandering river and an anabranching river: the Ucayali and Amazon River cases”. International Conference on the status and future of the World’s Large Rivers, Vienna. Abad, J. D., Sequeiros, O., Spinewine, B., Pirmez, C., Garcia, M. H., Parker, G. (2010). “Flow structure in submarine meandering channels created by turbidity currents”. Geological Society of America (GSA) Annual Meeting, Denver, Colorado, Oct 31-Nov 3. Abad, J. D., Motta, D., Langendoen, E., Garcia, M. H. (2011). “Restoration of meandering channels: the need for the development of physically-based mathematical GIS platforms”, International Conference on the status and future of the World’s Large Rivers, Vienna. Abad, J. D., Paredes, J. R., Montoro, H. (2010). “Similarities and differences between a large meandering river and an anabranching river: the Ucayali and Amazon River cases”. AGU Fall Meeting, San Francisco, USA. Abad, J. D., Parker, G., Sequeiros, O., Spinewine, B., Garcia, M. H., Pirmez, C. (2010). “Flow structure in submarine meandering channels created by turbidity currents”. XXXI Iberian-LatinAmerican Congress on Computational Methods in Engineering, November 15-18, Buenos Aires, Argentina Motta, D., Abad, J.D., Langendoen, E.J., Garcia, M.H., (2010). “Physically-based bank evolution and long-term meander migration: a computational platform”. AGU Meeting of The Americas, Foz do Iguassu, Brazil. Abad, J. D., Gutierrez, R. R., Guneralp, I. (2010). “Analysis of bend migration patterns of meandering channels using Wavelets”. 2010 Annual Meeting, Association of American Geographers, Washington, DC.

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Langendoen, E.J., Motta, D., Abad, J.D., Garcia, M.H., (2010). “An improved meander migration formulation based on streambank erosion processes”. River Flow Conference, Braunshweig, Germany. September 8-10th. Gutierrez, R. R., Abad, J. D., Parsons, D., Best, J., Orfeo, O. (2010). “Aplicación de Wavelets en el estudio de formas en el Rio Paraná”. Proceedings of the XXIV Latin-American Congress in Hydraulics, Punta del Este, Uruguay, November. Motta, D., Abad, J.D., Garcia, M.H., (2010). “A modeling approach for organic sediment resuspension and oxygen demand in Bubbly Creek, Chicago, Illinois”. ISEH VI Conference, Athens, Greece. Nanía, L.S., Abad, J.D., Cataño-Lopera, Y.A., Bladé, E., and García, M.H., (2010). "Estudio experimental y numérico 2d y 3D del flujo supercrítico en cruce de calles." Proceedings of the XXIV Latin-American Congress in Hydraulics, Punta del Este, Uruguay, November. Garcia, M. H., Motta, D., Abad, J. D., Langendoen, E. J. (2010). “A computational platform for physically-based bank evolution and long-term meander migration”. I Congreso International de Hidrología de Llanuras, Azul, Buenos Aires, Argentina, Sept. 21-24. Gianvito, J., Abad, J. D. (2011). “Minimizing land disturbance through efficient sewage pump station design”. Sustainability Conference, Pittsburgh. Volkwein, M., Abad, J. D. (2010). “Comparison and analysis of hydrodynamic models for restoration projects: the case of pool-riffle structures”, Science 2010-Transformations, University of Pittsburgh, October 7-8, Pittsburgh. Dale, A., Bilec, M. Marriott, J., Hartley, D., Jurgens, C., Zatcoff, E., (2010). “Preliminary Comparative Life Cycle Impacts of Streetlight Technologies.” Journal of Infrastructure Systems. doi:10.1061/(ASCE) IS.1943-555X.0000064 Shrake, S., Landis, A.E., Bilec, M.M., Collinge, W., Xiaobo, X. (2010) “A Comparative Analysis of Performance and Cost Metrics Associated with Diesel to Biodiesel Fleet Transition.” Energy Policy, 38(2010), 7451-7456. Rajagopalan, N., Bilec, M.M., Landis, A.E. (2010). Residential Life Cycle Assessment Modeling: Comparative Case Study of Insulating Concrete Forms and Traditional Building Materials. Journal of Green Building, 5(3), 95-106. Bilec, M. M., Geary, M., Ries, R. J., Needy, K. L., & Cashion, M. (2010). “A method for quantifying the benefits of greening a healthcare facility.” Engineering Management Journal, 22(3), 3-11. Bilec, M.M., Ries, R., Matthews, H.S. (2010) “Life Cycle Assessment Modeling of Construction Processes for Buildings. Journal of Infrastructure Systems, 16(3), 199-205. Rajagopalan, N., Bilec, M.M., Landis, A.E. (2010). “Green Product Labeling: Is Life Cycle Assessment a Viable Solution?” Life Cycle Assessment X, November 2-4, 2010, Portland, Oregon.

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Aktas, C., Bilec, M.M. (2010). “Impact of Product Lifetime on Life Cycle Assessment Results.” Presentation, Life Cycle Assessment X, November 2-4, 2010, Portland, Oregon. Dale, A., Bilec, M.M., (2010). “Life Cycle Environmental Impacts of a LEED Platinum House in New Orleans.” Poster, Life Cycle Assessment X, November 2-4, 2010, Portland, Oregon. Thiel, C., Bilec, M.M., Landis, A.E. (2010). “Life Cycle Assessment of Net-Zero Energy Building: Focus on Materials.” Poster, Life Cycle Assessment X, November 2-4, 2010, Portland, Oregon. Xue, X., Collinge, W., Landis, A.E., Bilec, M.M., Shrake, S. (2010). “Regional Life Cycle Assessment of Soybean Derived Biodiesel for Transportation Fleet.” Poster, Life Cycle Assessment X, November 2-4, 2010, Portland, Oregon. Collinge, W., Bilec, M.M., Landis, A.E. (2010). “Regional LCA Profiles for US Industries.” Poster, Life Cycle Assessment X, November 2-4, 2010, Portland, Oregon. Aktas, C., Bilec, M.M. (2010). “Collaboration among higher education institutions for increased sustainability in Pittsburgh.” Presentation, Association for the Advancement for the Advancement of Sustainability in Higher Education. October 10 – 12, 2010, Denver, Colorado. Bilec, M.M., Aktas, C. Marriott, J., Padilla, F., Snyder, M. (2010). “Market and Environmental Analyses of Key Construction Commodities.” Proceedings of the Western Pennsylvania Transportation Research Forum of the International Bridge Conference, June 2010, Pittsburgh, Pennsylvania. Collinge, W., Bilec, M.M, Landis, A.E., Shrake, S., Xiaobo, X. (2010). “Biodiesel Fuel Feasibility Study.” Proceedings of the Western Pennsylvania Transportation Research Forum of the International Bridge Conference, June 2010, Pittsburgh, Pennsylvania. Aktas, C.B., Bilec, M.M., Marriott, J., Landis, A.E., Mutnuri, B. (2010). “Life Cycle Energy Consumption of Pultruded Flax Fiber Composites.” Poster, Proceedings of the 2010 IEEE International Symposium on Sustainable Systems and Technology. May 17-19, 2010, Washington, DC. Received award for poster competition. Bilec, M.M., Marriott, J., Padilla, M.F., Snyder, M. (2010). Market Analysis of Construction Materials with Recommendations for the Future of the Industry. FHWA Report No.: FHWA-PA2010-004-PIT016. Prepared for Pennsylvania Department of Transportation. pp. 134. Landis, A.E., Bilec, M.M. Shrake, S.S., Collinge, W., Xiaobo, X. (2010). Biodiesel Fuel Feasibility Study. FHWA Report No.: FHWA-PA-2010-008-PIT017. Prepared for Pennsylvania Department of Transportation pp. 246. M.A. Aguilo, W. Aquino, J.C. Brigham, and M. Fatemi (2010), “An Inverse Problem Approach for Elasticity Imaging through Vibroacoustics,” IEEE Transactions on Medical Imaging, 29, 4, April, 1012-1021. W.W. Clark, J.C. Brigham, C. Mo, and S. Joshi (2010), “Modeling of a High-Deformation Shape Memory Polymer Locking Link,” SPIE: Industrial and Commercial Applications of Smart Structures Technologies, San Diego, California, March.

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J. Wu, J.C. Brigham, M.A. Simon, S. Tripathy, K. Kim, and M.S. Sacks (2010), “Computational Geometric Analysis of the Normal and Hypertensive Human Right Ventricle,” BMES 2010 Annual Meeting, Austin, TX, October. S. Tripathy, M.A. Simon, M.S. Sacks, J.C. Brigham, K. Kim (2010), “3-Dimensional Ultrasound Elasticity Imaging for Quantitative Cardiac Mechanical Property Assessment: A Numerical Approach,” ASME 2010 Summer Bioengineering Conference, Naples, FL, June. J. Wu and J.C. Brigham (2010), “Computational Analysis and Comparison of Geometric Features of the Human Right Ventricle, with and without Pulmonary Hypertension,” 4th European Conference on Computational Mechanics, Paris, France, May. S. Tripathy, M.A. Simon, M.S. Sacks, J.C. Brigham, H.C. Champion, F.S. Villanueva, and K. Kim (2010), “A Novel Non-Invasive Functional Assessment Modality of the Right Ventricle Using 3-D Ultrasound Elasticity Imaging,” American Heart Association Fellows Research Day, Pittsburgh, PA, February. W.W. Clark, J.C. Brigham, C. Mo, and S. Joshi (2010), “Modeling of a High-Deformation Shape Memory Polymer Locking Link,” SPIE: Industrial and Commercial Applications of Smart Structures Technologies, San Diego, California, March. J. Wu, J.C. Brigham, M.A. Simon, S. Tripathy, K. Kim, and M.S. Sacks (2010), “Computational Geometric Analysis of the Normal and Hypertensive Human Right Ventricle,” BMES 2010 Annual Meeting, Austin, Texas, October. S. Tripathy, M.A. Simon, M.S. Sacks, J.C. Brigham, and K. Kim (2010), “3-Dimensional Ultrasound Elasticity Imaging for Quantitative Cardiac Mechanical Property Assessment: A Numerical Approach,” Proceedings of the ASME 2010 Summer Bioengineering Conference, Naples, Florida, June, 2010. J.C. Brigham, “Computational Diagnostics and Inverse Mechanics,” 2nd Annual Biomechanics Day, Pittsburgh, PA, September 2010. J.C. Brigham, “Computational Methods for Optimal Design and Quantitative Evaluation of Multiphysics Systems,” Air Force Research Laboratory, NDE Group, Dayton, OH, April 2010. Budny, D.D., Paul, C., Newborg, B.B., "Impact of Peer Mentoring on Freshmen Engineering Students ", Journal of Science, Mathematics, Engineering, and Technology (STEM) Education: Innovations & Research, Volume 11, Issue 5 & 6 October-December 2010. Budny, D.D., Newborg, B., Ford, M., “Integrating Writing Into the Freshman Engineering Curriculum”, The Journal for Quality and Participation: Quality Approaches in Higher Education Supplement, Vol. 1, Number 2, August 2010. Budny, D., “Work In Progress – Designing a Set of New Bench Top Experiments for use in a Fluid Mechanics Lab”, Proceedings 2010 IEEE/ASEE Frontiers in Education Conference, Washington, DC, Oct. 27 – 30, 2010. Dan Budny, Jeremy Tartt, Allen, A., “Dealing With Failure and Making the Transition Between High School and College”, Proceedings American Society for Engineering Education 2010 Annual Conference, Session 2253, Louisville, KY, June 2010.

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Dan Budny and Jeremy Tartt , “Helping Students Make the Transition Between High School and College”, Proceedings XI International Conference on Engineering and Technology Education INTERTECH'2010, Session V, Ilhéus, Brazil, March 2010. Budny, D.D., Newborg, B., Ford, M., and Brink, J., “Combining the Freshman Introduction and General Writing Course into one Class”, Proceedings 2010 North Central Sectional Meeting of the American Society for Engineering Education, University of Pittsburgh, Pittsburgh, PA, March 2627, 2010. Budny, D.D. , Lund, L. , Bursic, K. and Vidic, N.., “Reviewing the Success of a Freshman Programming Course”, Proceedings 2010 North Central Sectional Meeting of the American Society for Engineering Education, University of Pittsburgh, Pittsburgh, PA, March 26-27, 2010. D. Budny, “Workshop – The Freshman Engineering Experience: Curriculum and Advising”, The Petroleum Institute, Abu Dhabi, UAE, June 6, 2010. D. Budny, “Workshop – Best Teaching Practices for Engineers: Project Based Service Learning”, The Petroleum Institute, Abu Dhabi, UAE, June 7, 2010. D. Budny, “Workshop – Curriculum Development for Today’s Engineering Courses”, The Petroleum Institute, Abu Dhabi, UAE, June 8, 2010. D. Budny, Plenary speaker ,“Helping Students Make the Transition Between High School and College”, XI International Conference on Engineering and Technology Education INTERTECH'2010, Session V, Ilhéus, Brazil, March 2010. Budny, D.D., Introduction to Engineering, Stipes Publishing Co., Champaign, Ill, Eleventh edition, 2010, pp.678 Connell, G., F., Kapalavai, H., Casson, L., and Hunter G., “Disinfection Dos and Don’ts – A primer on the safe and effective handling of chemicals”, Water Environment and Technology, Volume 22, Number 6, June 2010. Casson, L.W., Hunter, G.L., Shaw, A.R., Rothermel, M.C., “Sustainability and Disinfection: Incorporating Life Cycle Assessment into Wastewater Disinfection Design”, Proceedings of the 2010 Water Environment Federation Annual Conference, New Orleans, LA October 2010. Casson, L.W., Hunter, G.L. and Morley, K.M., “Wastewater Resilience Assessment”, Proceedings of the 2010 Water Environment Federation Annual Conference, New Orleans, LA October 2010. Hunter, G.L., Casson, L.W. and Morley, K.M., “Wastewater Utility Resilience Assessment”, Proceedings of the 25th Annual WaterReuse Symposium, Washington, DC, September 2010. Casson, L.W., Contributing Author, Design of Municipal Wastewater Treatment Plants, Chapter 19, Water Environment Federation Manual of Practice No. 8, Fifth Edition, WEF Press, 2010. Casson, L.W. ANSI/ASME-ITI/AWWA J-100-2010 - Joint ASME-ITI/AWWA RAMCAP Standard for Risk and Resilience Management of Water and Wastewater Systems - Approval Date of Final Action: 5/4/2010; Standards Action Publication Date:5/28/2010

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Larissa C. Parsley, Erin J. Consuegra, Kavita S. Kakirde, Andrew M. Land, Willie F. Harper, Jr., and Mark R. Liles (2010). Identification of diverse antimicrobial resistance determinants from an activated sludge microbial assemblage and encoded on bacterial, plasmid, and bacteriophage metagenomes. Applied and Environmental Microbiology, Vol. 76(11): 3553-3757. Larissa C. Parsley, Erin J. Consuegra, Stephen J. Thomas, Nadia N. Bhuiyan, Andrew M. Land, Mustafa A. Mazher, Robert J. Waters, Willie F. Harper, Jr., and Mark R. Liles (2010). Census of the Viral Metagenome within an Activated Sludge Microbial Assemblage. Applied and Environmental Microbiology, Vol. 76(8): 2673-2677. Susan A. Mackkintosh, Wendell O. Khunjar, Jola Skotnicka-Pitak, diana S. aga, Nancy G. Love, Willie F. Harper Jr., Metabolite identification by LC/MS/MS to understand the role of ammonia oxidizing and heterotrophic bacteria during treatment of 17ª-ethinylestradiol in wastewater. 58th ASMS Conference on Mass Spectrometry, Salt Lake City, Utah, May 23-27, 2010. Mitch, D., Harries, K.A., and Sharma, B., (2010) “Characterization of Splitting Behavior of Bamboo Culms”, ASCE Journal of Materials in Civil Engineering Vol. 22, No. 11, pp 1195-1199. Kim, Y. and Harries, K.A. (2010) “Modeling of Timber Beams Strengthened with Various CFRP Composites”, Engineering Structures, Vol. 32, No. 10, pp 3225-3234 Shahrooz, B.M, Reis, J.M., Wells, E.L., Miller, R., Harries, K.A., Russell, H.G. (2010) “Flexural Behavior and Design with High-Strength Bars and Those without Well-Defined Yield Point”, Transportation Research Record: Journal of the Transportation Research Board Vol. 2172 pp 103-111. Harries, K.A., Shahrooz, B.M., Soltani, A., Miller, R., Russell, H.G. (2010) “Bond and Anchorage of High Strength Reinforcing Steel”, Transportation Research Record: Journal of the Transportation Research Board Vol. 2172 pp 96-102. El-Tawil, S., Harries, K.A., Fortney, P., Shahrooz, B.M. and Kurama, Y. (2010) “Seismic Design of Hybrid Coupled Wall Systems” – State of the Art, ASCE Journal of Structural Engineering Vol. 36, No. 7. pp 755-769. Eveslage, T., Aidoo, J., Harries, K.A., and Bro, W. (2010) “Effect of Variations in Practice of ASTM D7522 Standard Pull-Off Test for FRP-Concrete Interfaces”, ASTM Journal of Testing and Evaluation Vol. 38, No. 4. pp 424-430 Sharma, B., Harries, K.A. and Ghavami, K. (2010) “Pushover Test of Bamboo Portal Frame Structure”, Proceedings of the 12th International Conference on Nonconventional Materials and Technologies (IC-NOCMAT 2010), Cairo, September 2010. Sharma, B., Harries, K.A., McElhone. I., Mitch, D. and Ghavami, K. (2010) “Assessing the Splitting Behaviour of Bamboo Culms”, Proceedings of the 12th International Conference on Nonconventional Materials and Technologies (IC-NOCMAT 2010), Cairo, September 2010. Kim, Y. and Harries, K.A. (2010) “Modeling of Steel Beams Strengthened with CFRP Strips Including Bond-slip Properties”, Proceedings of the 5th International Conference on FRP Composites in Civil Engineering (CICE 2010) Beijing, September 2010.

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Eveslage, T., Aidoo, J., Harries, K.A., and Bro, W. (2010) “Towards a Standard Test Method for Assessing FRP-to-Concrete Bond Characteristics”, Proceedings of the 5th International Conference on FRP Composites in Civil Engineering (CICE 2010) Beijing, September 2010. Kasan, J. and Harries, K.A. (2010) “Repair of Prestressed Concrete Adjacent Box Girder Bridges”, Proceedings of the International Conference on Short and Medium Span Bridges, Niagara Falls, Canada, August 2010. Harries, K.A., Richard, M.J. and Kim, Y. (2010) “Fatigue Behaviour of CFRP Retrofitted Damaged Steel Beams”, Proceedings of 13th International Conference on Structural Faults and Repair, Edinburgh, June 2010. Sharma, B., Harries, K.A. and Ghavami, K. (2010) Pushover Test of Bamboo Portal Frame Structure, Proceedings of the ASEE North Central Section Conference, Pittsburgh, March 2010. Harries, K.A. “FRP Materials for Civil Infrastructure and Replacing a Composite RC Bridge Deck with an FRP Deck”, Hong Kong Polytechnic University, April 12, 2010 Iannacchione, A., M. Witkowski, J. Benner, A. Patil, and N. Iannacchione. (2011). “Surface Structures Impacted by Subsidence from Pennsylvania Coal Mines, 2003 to 2008,” 30th International Conference on Ground Control in Mining, Morgantown, WV, July 26-28, 2011, approved for publication and in-press. Iannacchione, A., Witkowski, M., Benner, J., Miller, H, and Shuler, G. (2010). “Observations of Impacts to Pennsylvania’s Interstate Highways by Longwall Mining,” 29th International Conference on Ground Control in Mining, Morgantown, WV, July 27-29, 2010. Kissell, F. and Iannacchione, A., (2010). “Gas Outburts in Coal Seams,” North American Coalbed Methane Forum, 25th Anniversary Conference – Coalbed Methane from Prospect to Pipeline, Canonsburg, PA, April 28-29, 2010, 12 p. Iannacchione, A. (2011). “Streams and Longwall Coal Mining Subsidence: A Pennsylvania Perspective,” 30th International Conference on Ground Control in Mining, Morgantown, WV, July 26-28, 2011, approved for publication and in-press. This is an invited paper. Iannacchione, A., S.J. Tonsor, M. Witkowski, J. Benner, A. Hale, and M. Shendge. (2011). “The Effects of Subsidence Resulting from Underground Bituminous Coal Mining on Surface Structures and Features and on Water Resources, 2003 to 2008,” PA DEP Website http://www.dep.state.pa.us/dep/deputate/minres/bmr/act54_2008_report/cover.htm, published January 10, 2011, 499 pages and 1 plate. V. Khanna and B. R. Bakshi. Integrated Multiscale modeling of economic-environmental systems for assessing biocomplexity of material use, IEEE International Symposium on Sustainable Systems and Technology, Washington, DC, May 16-19, 2010. L. Merugula, V. Khanna, and B. R. Bakshi. Comparative life cycle assessment: reinforcing wind turbine blades with carbon nanofibers, IEEE International Symposium on Sustainable Systems and Technology, Washington, DC, May 16-19, 2010.

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V. Khanna and B. R. Bakshi. A multiscale and multiobjective optimization based approach for environmentally conscious process design, American Institute of Chemical Engineers Annual Meeting, Salt Lake City, UT, November 7-12, 2010. V. Khanna, L. Merugula and B. R. Bakshi. Environmental life cycle assessment of polymer nanocomposites. Book Chapter in Handbook of Polymer Nanocomposites – vol. 2 applications; Ed. Fengge Gao, Woodhead Publishing Ltd. S. Gopal, D. Peshkin, and A. Koubaa. “Summary of Bituminous Overlay Strategies for Preventive Maintenance.” Pavement Preservation Journal. Volume 3, Issue No. 4. pp 34-35. Austin, Texas. 2010. S. Gopal, D. Peshkin, and A. Koubaa. “Bituminous Overlay Strategies for Preventive Maintenance on Pennsylvania Interstate Roadways.” Proceedings, 89th Annual Meeting, Transportation Research Board. Washington D.C. 2010. Xue, Xiaobo and Amy E. Landis (2010). “Eutrophication potential of food consumption patterns.” Environmental Science & Technology. 44 (16), pp 6450-6456. Tabone, Michaelangelo, James Cregg, Eric J. Beckman, and Amy E. Landis (2010). “Sustainability metrics: Life cycle assessment and green design in polymers.” Environmental Science & Technology. 44 (21), p 8264-8269. Shrake, Scott, Amy E. Landis, Melissa M. Bilec, William O. Collinge, Xiaobo, Xue (2010). “A Comparative Analysis of Performance and Cost Metrics Associated with a Diesel to Biodiesel Fleet Transition.” Energy Policy. 38 (11) pp 7451-7456. Neethi Rajagopalan, Melissa M. Bilec, Amy E. Landis. (2010) “Residential Life Cycle Modeling: Comparative case Study of Insulating Concrete Forms and Traditional Building Materials” Journal of Green Buildings. 5 (3) pp 95-106. Amy E. Landis (2010) Chapter 26 “Cradle to Gate Environmental footprint and life cycle assessment of Poly(Lactic Acid)” in Poly(lactic acid) - Synthesis, Structure, Properties, Processing and Applications, Eds. Rafael A. Auras, Loong-Tak Lim, Susan E. M. Selke, and Hideto Tsuji, John Wiley & Sons, Inc., Hoboken, NJ, USA. doi: 10.1002/9780470649848.ch26 Nan, Z., S. Wang, X. Liang, T. Adams, W. Teng, and Y. Liang, “Analysis of spatial similarities between NEXRAD Stage III and LDAS Combo precipitation data products”, IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing, 3(3), 371-385, 2010. Parada, L.M., and X. Liang, “A novel approach to infer streamflow signals for ungauged basins”, Advances in Water Resources, 33, 372-386, 2010. Ravindran, N., Y. Liang, and X. Liang, “A labeled-tree approach to semantic and structural data interoperability applied in hydrology domain”, Information Sciences, 180, 5008-5028, 2010. Leung, L.R., M. Huang, Y. Qian, and X. Liang, “Climate-Soil-Vegetation control on groundwater table dynamics and its feedbacks in a climate model”, Climate Dynamics, DOI 10.1007/s00382010-0746-x, (25 pages), 2010.

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Salas, D., X. Liang, and Y. Liang, A systematic approach for hydrological model couplings, The 2nd IEEE International Conference on Cloud Computing Technology and Science, Indianapolis, IN, U.S.A., Nov. 30 – Dec. 3, 2010. Davis, T. W., C.-M. Kuo, H. van Hemmen, E. Ferrris, A. Aouni, Y. Liang, and X. Liang, Wireless Sensor Network Field Study: Network Development, Installation, and Measurement Results, American Geophysical Union Fall meeting, San Francisco, CA, U.S.A., December 13-17, 2010. Kuo, C.-M., T. W. Davis, C.-H. Cheng, X. Liang, and P.-S. Yu, Wireless sap flow measurement system, American Geophysical Union Fall meeting, San Francisco, CA, U.S.A., December 13-17, 2010. Liang, X., Land surface modeling and its applications with MKS-based data assimilations, The 2nd Summer School on Land Surface Observing, Modeling, and Data Assimilation, UNESCO, Beijing, China, July 13-16, 2010 Liang, Y., T. Adams, X. Liang, W. Teng, and L. Chiu, Enhancing NOAA AWIPS DSS by infusing NASA research results for drought and other disaster management, Annual Technical Report to NASA, pp. 68, November 2010. Liang, X., Collaborative Research: Investigating Temporal Correlation for Energy Efficient and Lossless Communication in Wireless Sensor Networks, Annual Technical Report to NSF, pp. 25, October 2010. Liang, X., The Role of Surface, Subsurface and Vegetation Processes on Droughts, Annual Technical Report to NOAA Climate Prediction Program for the Americas (CPPA), pp. 7, May 2010. Liang, X., Impacts of Assimilating Remotely Sensed Snow on the Prediction of Orographic Precipitation and Streamflow in the Western United States, Project Final Technical Report to NOAA Climate Prediction Program for the Americas (CPPA), pp. 54, May 2010. Zhaochun Yang, Jeen-Shang Lin and Patrick Smolinski, "Effects of Solid Compressibility on Responses of Hydrated Soft Biological Tissues," International Journal of Nonlinear Sciences & Numerical Simulation 11(10): 511-518, 2010 Cheng-yu Ku1 Huang-cheng Yang and Jeen-Shang Lin, "Numerical Modeling of Granular Debris Flow using Micro and Macro Approaches", Acta Mechanica Solida Sinica, Vol. 23, S. Issue, December, 2010 Mendoza, J.A., Gamwo, I.K., Zhang, W., and Lin, J.S., "Discrete Element Modeling of Rock Cutting Using Crushable Particles, " 44th US Rock Mechanics Symposium and 5th U.S.-Canada Rock Mechanics Symposium, held in Salt Lake City, UT June 27–30, 2010. Jaime, M.C., Gamwo, I.K., Lyons, D.K., and Lin, J.S, " Finite Element Modeling of Rock Cutting," 44th US Rock Mechanics Symposium and 5th U.S.-Canada Rock Mechanics Symposium, held in Salt Lake City, UT June 27–30, 2010. Gutiérrez, J.J., Vallejo, L.E. and Lin, J-S," Impact of longwall mining on highways, 44th US Rock Mechanics Symposium and 5th U.S.-Canada Rock Mechanics Symposium, held in Salt Lake City, UT June 27–30, 2010.

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Tien, Y.M., Kou, M. C., Chung, Y. J, Lin, J-S and Lee, D. H.," Uncertainty in Estimation of Volumetric Block Proportion of Bimrocks by Using Scanline Method",44th US Rock Mechanics Symposium and 5th U.S.-Canada Rock Mechanics Symposium, held in Salt Lake City, UT June 27–30, 2010. Gutierrez, J.J., Vallejo, L.E., Lin, J.S., and Painter, R. (2010). Impact of longwall mining of coal on highways in southern Pennsylvania. In: Land Subsidence, Associated Hazards and the Role of Natural Resources Development, 8th International Symposium on LandSubsidence, Queretaro, Mexico, Carreon-Freyre, D., Cerca, M., and Galloway, D.I. (editors), IAHS Publication No. 339, pp. 120-125. O. Vazquez, X. Pu, J. D. Monnell, and R. D. Neufeld, “Release of Aluminum from Clays in an Acid Rock Drainage Environment”. Mine Water and the Environment, Volume 29, Number 4, 270-276, (2010) DOI: 10.1007/s10230-010-0114-4 M.‐K. Hsieh, H. Li, S.‐H. Chien, J.D. Monnell, I. Chowdhury, D. A. Dzombak, R. D. Vidic ”Corrosion control when using secondary treated municipal wastewater as alternative makeup for cooling tower systems” Water Environment Research, 82(12): 2346-2356 (2010) X. Pu, O. Vazquez, J. D. Monnell, and R. D. Neufeld “Speciation of aluminum precipitates from acid rock discharges in central Pennsylvania” DOI: 10.1089=ees.2009.019, Environmental Engineering Science 27, 169-180 (2010) Pu, X., Vazquez, O., Monnell, J., Neufeld, R. D. (2010) “Speciation of aluminum precipitates from acid discharges in central Pennsylvania”; Journal Environmental Engineering Science, Vol 27, No 2 pp 169-180, (February) Vazquez, O., Pu, X., Monnell, J., Neufeld, R. D. (2010) "Release of Aluminum from Clays in an Acid Rock Drainage Environment" Mine Water and the Environment, available as DOI 10.1007/s10230-010-0114-4, June Neufeld, R. D. Monnell, J., Ries, R. (2010) “Green Roof Technology as a Stormwater Best Management Practice” Proceedings of the 83rd Water Environment Federation Technical Exhibition and Conference, New Orleans, LA October 2010. Rizzo, P., Han, J., and Ni, X. (2010). “Structural Health Monitoring of Immersed Structures by Means of Guided Ultrasonic Waves,” Journal of Intelligent Materials and Structures, 21, 13971407, doi:10.1177/1045389X10384170. Cammarata, M., Rizzo, P., Dutta, and D., Sohn, H. (2010). “Application of Principal Component Analysis and Wavelet Transform to Fatigue Crack Detection in Waveguides,” Smart Structures and Systems, 6(4), pp. 349-362. Rizzo, P., Cammarata, M., Bartoli, I., Lanza di Scalea, F., Salamone, S., Coccia, S., and Phillips, R. (2010). “Ultrasonic Guided Waves-Based Monitoring of Rail Head: Laboratory and field tests,” Advances in Civil Engineering, Article ID 291293, 13 pages. doi:10.1155/2010/291293. Rizzo, P. (2010). “Water and Wastewater Pipe Health Monitoring: a Review,” Advances in Civil Engineering, Article ID 818597, 13 pages, doi:10.1155/2010/818597.

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Kacin, J., Rizzo, P., and Tajari M. (2010). “Fatigue Analysis of Overhead Sign Support Structures,” Engineering Structures, 32(6), pp. 1659-1670. Zhu, X., Rizzo, P., Marzani, A., and Bruck, J. (2010). “Ultrasonic guided waves for nondestructive evaluation/structural health monitoring of trusses,” Measurement Science and Technology, 21, 045701, doi: 10.1088/0957-0233/21/4/045701. Rizzo, P., Spada, A., Degala, S., and Giambanco, G. (2010). “Acoustic Emission Monitoring of Chemically Bonded Anchors,” Journal of Nondestructive Evaluation, 29: 49–61, DOI 10.1007/s10921-010-0065-5. Marzani, A., Mazzotti, E., Viola, E., De Marchi, L, Speciale, N., and Rizzo, P. (2010). “A Genetic Algorithm based procedure for the constitutive characterization of composite plates using dispersive guided waves data,” SEMC 2010, 4th Intl. Conf. on Structural Engineering, Mechanics And Computation, Cape Town, South Africa, 6-8 September 2010. Zhu, X., J., Rizzo, P., and Bruck, J. (2010). “Ultrasonic guided waves for the SHM of welded joints in large truss structures,” 5th European Workshop on Structural Health Monitoring, June 29th – July 2nd 2010, Sorrento, Italy. Annamdas, V.G.M, Rizzo, P. (2010). “Monitoring concrete by means of embedded sensors and electromechanical impedance technique,” Proceedings of SPIE’s 17th Annual International Symposium on Smart Structures and Materials –Sensors and Smart Structures Technologies for Civil, Mechanical, and Aerospace Systems 2010, edited by Masayoshi Tomizuka, Chung-Bang Yun, Victor Giurgiutiu, Jerome P. Lynch, Proc. of SPIE Vol. 7647. Zhu, X. and Rizzo, P., Bruck, J. (2010). “Guided waves for SHM of a large truss structure,” Proceedings of SPIE’s 17th Annual International Symposium on Smart Structures and Materials – Sensors and Smart Structures Technologies for Civil, Mechanical and Aerospace System, Health Monitoring of Structural and Biological Systems 2010, edited by Tribikram Kundu, Proc. of SPIE Vol. 7650. Ni, X., Garden, R., and Rizzo, P. (2010). “Laser induced Highly Nonlinear Solitary Waves for structural NDE,” Proceedings of SPIE’s 17th Annual International Symposium on Smart Structures and Materials –, Sensors and Smart Structures Technologies for Civil, Mechanical, and Aerospace Systems 2010, edited by Masayoshi Tomizuka, Chung-Bang Yun, Victor Giurgiutiu, Jerome P. Lynch, Proc. of SPIE Vol. 7647, 76470S. Tajari, M., and Rizzo, P., (2010). “Use of unidirectional microphones for the localization of sound sources,” 159th ASA Meeting, Cancun, Mexico, November 2008. Rizzo, P., and Zhu, P. (2010). Sensing Technology for Damage Assessment of Sign Supports and Cantilever Poles – Final Report No. FHWA – PA – 2010 -10 – PIT008University of Pittsburgh. Morteza A.M. Torkamani, and Erin R. Roberts, Formulation of the Energy Equations for Elastic Flexural-Torsional Buckling of a Beam-Column Element and Applications to Structural System Using Finite Element Method, 2010 Engineering Mechanics Institute Conference, ASCE, Los Angeles, California, August 8-11, 2010. M. Torkamani, “Formulation of the Energy Equations for Elastic Flexural-Torsional Buckling of a Beam-Column Element and Applications to Structural System Using Finite Element Method,”

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Presented at the 2010 Engineering Mechanics Institute Conference, ASCE, Los Angeles, California, August 8-11, 2010. Vallejo, L.E., and Pappas, D. (2010). Effect of nondurable material on settlement of embankments. Transportation Research Record: Journal of the Transportation Research Board, No. 2170, pp.84-89. Lobo-Guerrero, S., and Vallejo, L.E. (2010). DEM analysis of the effect of particle crushing on the bearing capacity of footings. International Journal of Geotechnical Engineering, Vol. 4, pp. 351-359. Lobo-Guerrero, S., and Vallejo. L.E. (2010). The effectiveness of geosynthetic reinforcement, tamping, and stone blowing of rail track ballast beds under dynamic loading: DEM analysis. Geomechanics and Engineering: An International Journal Vol. 2, No. 3, pp. 161- 176. Lobo-Guerrero, S., and Vallejo, L.E. (2010). Fibre-reinforcement of granular materials: DEM visualization .and analysis. Geomechanics and Geoengineering Vol. 5, No. 2, pp. 79-89. Lobo-Guerrero, S., and Vallejo, L.E. (2010). Crushing of particles under simulated staticand centrifuge forces. Geo-Florida 2010 Conference, ASCE’s Geotechnical Special Publication No. 199, Fratta, D., Puppala, A.J., and Muhuthan, B. (editors), CR ROM. Vallejo, L.E., and Chik, Z. (2010). Measurement of the abrasion of granular materialsusing fractals. Geo-Florida 2010 Conference, ASCE’s Geotechnical Special Publication No. 199, Fratta, D., Puppala, A.J., and Muhuthan, B. (editors), CR ROM. Vesga, L.F., and Vallejo, L.E. (2010). Analysis of particle shape using fractals. Geo-Florida 2010 Conference, ASCE’s Geotechnical Special Publication No. 199, Fratta, D., Puppala, A.J., and Muhuthan, B. (editors), CR ROM. Kutschke, W., and Vallejo, L.E. (2010). Failure analysis of an instrumented stiff clay slope.GeoFlorida 2010 Conference, ASCE’s Geotechnical Special Publication No. 199, Fratta, D., Puppala, A.J., and Muhuthan, B. (editors), CR ROM. Gutierrez, J.J., Vallejo, L.E., Lin, J.S., Painter, R. (2010). Impact of longwall mining onhighways. Proceedings of the 44th US Rock Mechanics Symposium, Salt Lake City, Utah. CD ROM. Gutierrez, J.J., Vallejo, L.E., Lin, J.S., and Painter, R. (2010). Impact of longwall mining of coal on highways in southern Pennsylvania. In: Land Subsidence, Associated Hazards and the Role of Natural Resources Development, 8th International Symposium on Land Subsidence, Queretaro, Mexico, Carreon-Freyre, D., Cerca, M., and Galloway, D.I. (editors), IAHS Publication No. 339, pp. 120-125. Vandenbossche, J. M., F. Mu, and T. Burnham (2010) “Comparisons Between Measured and Predicted Performance of Jointed Plain Concrete Pavements Using the Mechanistic-Empirical Pavement Design Guide," International Journal of Pavement Engineering, Vol. 12 No. 3, Taylor and Francis Group, United Kingdom. Vandenbossche, J. M., F. Mu, J. Guiterrez and J. Sherwood, (2010) “An Evaluation of the Builtin Temperature Difference Input Parameter in the JPCP Cracking Model of the Mechanistic-

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Empirical Pavement Design Guide,” International Journal of Pavement Engineering, Vol. 12 No. 3, Taylor and Francis Group, United Kingdom. Vandenbossche, J. M. and M. Barman, (2010) “Whitetopping Overlay Design Considerations with regard to the Prevention of Reflection Cracking, Joint Sealing and the use of Dowel Bars,” Transportation Research Record: Journal of the Transportation Research Board, Pavement Management 2010, Vol. 3, TRB, National Research Council. Mu, F. and J. M. Vandenbossche, (2010) "Temperature Effects on Overlay Bond Characteristics and the Overlay Response to Dynamic Loads for Bonded PCC Overlays Placed on Asphalt Pavements," 7th International Delft University of Technology Workshop on Fundamental Modeling of the Design and Performance of Concrete Pavements, Spain. Mu, F. and J.M. Vandenbossche, (2011) "Mechanistic Concepts for Bonded PCC Overlays Placed on Asphalt Pavements," International Conference on Concrete Pavements-China, Xi'an, China. (Invited) Nassiri, S. and J. M. Vandenbossche, (2010) “Execution of the Field Study Plan for the Instrumentation and Material Characterization of a JPCP,” WO13 Task 5 Analysis Report for Pennsylvania Department of Transportation, pp 1-176. Smith, K.D., J.E. Bruinsma., M.J. Wade, K. Chatti, J. M. Vandenbossche and H.T. Yu, (2010) "Using Falling Weight Deflectometer Data with Mechanistic-Empirical Design and Analysis," Volume I: Final Report, for Federal Highway Administration, DTFH61-06-C-00046, pp 1-218. Bruinsma, J.E., J. M. Vandenbossche, K. Chatti and K.D. Smith, (2010) "Using Falling Weight Deflectometer Data with Mechanistic-Empirical Design and Analysis," Volume II: Case Study Reports, for Federal Highway Administration, DTFH61-06-C-00046, pp 1-262. Pierce, L.M., J.E. Bruinsma., K.D. Smith, M.J. Wade, K. Chatti, and J. M. Vandenbossche, (2010) "Using Falling Weight Deflectometer Data with Mechanistic-Empirical Design and Analysis," Volume III: Guidelines for Deflection Testing, Analysis and Interpretation, for Federal Highway Administration, DTFH61-06-C-00046, pp 1-106. Ramirez, L. and J. M. Vandenbossche, (2010) "Premature Deterioration of Jointed Plain Concrete Pavements - Summary of Field Study," WO12 Task 4 Final Report for Pennsylvania Department of Transportation, pp 1- 10. Ramirez, L. and J. M. Vandenbossche, "Premature Deterioration of Jointed Plain Concrete Pavements - Summary of Laboratory Study," WO12 Task 2 Final Report for Pennsylvania Department of Transportation, pp 1- 7. Barman, M., F. Mu and J. M. Vandenbossche, (2010) “Development of a Rational MechanisticEmpirical Based Design Guide for Thin and Ultra-thin Whitetopping-Climatic Considerations,” Task 2 Final Report for Federal Highway Administration Pooled Fund Study, TPF 5-165, pp 1-83. Gatti, K. and J. M. Vandenbossche, (2010) "Premature Deterioration of Jointed Plain Concrete Pavements - Summary of Field Study," WO12 Task 3 Final Report for Pennsylvania Department of Transportation, pp 1- 7.

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Mu, F. and J. M. Vandenbossche, (2010) “Evaluate Existing Performance Prediction/Damage Accumulation and Structural Response Models,” Task 2 Final Report for Federal Highway Administration Pooled Fund Study, TPF 5-165, pp 1-147. Barman, M., J. M. Vandenbossche and F. Mu, (2010) “Identify, Collect, Compile and Review Performance Data and Information on the Bonded PCC Overlays of Asphalt Pavements,” Task 1 Final Report for Federal Highway Administration Pooled Fund Study, TPF 5-165, pp 1-98. Mu, F., J. M. Vandenbossche, L. Ramirez, S. Nassiri, (2010) "Preparation and Execution of a Sensitivity Analysis to Evaluate (Validate) the Rigid Pavement Performance Prediction Models of the MEPDG" Task 4 and 5 Report for Federal Highway Administration Contract Number: DTFH61-05-P-00094, pp 1-162. Nassiri, S. and J. M. Vandenbossche, (2010) “Execution of the Field Study Plan for the Instrumentation and Material Characterization of a JPCP,” WO13 Task 4 Final Report for Pennsylvania Department of Transportation, pp 1-82. Hsieh, M.-K, Dzombak, D.A. and Vidic, R.D. “Bridging Gravimetric and Electrochemical Approaches to Determine Corrosion Rate of Metals and Metal Alloys in Cooling Systems: Bench Scale Evaluation Method" Industrial & Engineering Chemistry Research, 49 (19), 9117-9123, 2010. Hsieh, M.-K., Li, H., Chien, S.-H., Monnell, J.D., Chowdhury, I., Dzombak, D.A. and Vidic, R.D. “Corrosion control when using secondary treated municipal wastewater as alternative makeup water for cooling tower systems”, Water Environment Research, 82 (12), 2346-2356, 2010. Kazachkin, D., Nishimura, Y., Irle, S., Feng, X., Vidic, R.D. and Borguet, E. “Temperature and pressure dependence of solvent molecule adsorption on single wall carbon nanotubes and the existence of a ‘pressure gap’” Carbon, 48:7, 1867-1875, 2010. Sanchez, D.V.P., Huynh, P., Kozlov, M.E., Baughman, R.H., Vidic, R.D., Yun, M. “Carbon Nanotube/Platinum (Pt) Sheet as an Improved Cathode for Microbial Fuel Cells” Energy & Fuels, 24, 5897–5902, 2010. Hsieh, M.-K, Dzombak, D.A. and Vidic, R.D. “Effect of Tolyltriazole on the Corrosion Protection of Copper against Ammonia and Disinfectants in Cooling Systems” Industrial & Engineering Chemistry Research, 49 (16), 7313-7322, 2010. Barbot, E. and Vidic, R.D. “Flowback water management in the Marcellus Shale play: Treatment options and new water supply” Proceedings of GWPC 2011 Spring Meeting at the NGWA Ground Water Summit, May 1-5, 2011, Baltimore, MD. Barbot, E., Li, M. And Vidic, R.D. “Flowback water and Abandoned Mine drainage: Chemistry and potential reuse as fracturing fluid,” American Institute of Professional Geologists: Marcellus Shale Conference, Pittsburgh, PA, April, 13-14, 2011. Barbot, E. and Vidic, R.D. “Potential for the Use of Abandoned Mine Drainage for Hydrofracturing in Marcellus Shale” Geological Society of America Northeastern (46th Annual) and North-Central (45th Annual) Joint Meeting, Pittsburgh, PA, March 20-22, 2011.

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Barbot, E., Li, M., Peng, J., Gregory, K. and Vidic, R.D. “Flowback water management in the Marcellus Shale gas play: Treatment and new water supply” Proceedings of Upstream Shale Gas & Environmental Summit: Maximizing Profitability through Effective Environmental Risk Management, Pittsburgh, PA, September 28-30, 2010. Barbot, E., Li, M., Henrikson, M.K., Gregory, K., Vidic, R.D. “Water management for Marcellus shale development” Water/Energy Sustainability Symposium: Water & Energy in Changing Climates, Pittsburgh, PA, September 26-29, 2010. Li, H., Chien, S-H., Hsieh, M-K., Dzombak, D.A. and Vidic, R.D. “Easing the Water Constraints on Power Plant Cooling with Treated Municipal Wastewater: Insights from Pilot-scale Cooling Tower Tests”, Water/Energy Sustainability Symposium: Water & Energy in Changing Climates, Pittsburgh, PA, September 26-29, 2010. Barbot, E., Li, M, Henrikson, M.K., Peng, J., Gregory, K., Vidic, R.D. “Use of acid mine drainage in management of flowback water from Marcellus shale hydrofracturing” Proceedings of the American Chemical Society National Meeting and Exposition, Boston, August 22-26, 2010. Li, H., Dzombak, D.A. and Vidic, R.D. “Use of mine drainage as alternative makeup water for cooling systems in thermoelectric power plants” Proceedings of the American Chemical Society National Meeting and Exposition, Boston, August 22-26, 2010. Li, H., Dzombak, D.A. and Vidic, R.D. “Deposition of inorganic minerals at the water-metal interface: role of anti-deposition polymers” Proceedings of the American Chemical Society National Meeting and Exposition, Boston, August 22-26, 2010. Chien, S.H., Theregowda, R.B., Landis, A.E., Dzombak, D.A. and Vidic. R.D. “Treated municipal wastewater as power plant cooling system makeup: A comparative life cycle assessment of chlorine, chloramines, and chlorine dioxide as biofouling control agents, Pennsylvania Water Environment Association's 82nd Annual Technical Conference & Exhibition (PennTec 2010). June 13-16, 2010. Barbot, E., Henrikson, M.K., Li, M., Peng, J., Gregory, K., Vidic, R.D. “Sustainable management of flowback water from the Marcellus shale” Proceedings of the 2010 American Institute of Professional Geologists Conference: The Marcellus Shale: Energy Development and Enhancement by Hydraulic Fracturing, Pittsburgh, May 5-6, 2010. Vidic, R.D. “Water management options for Marcellus shale development” Global Shale Gas Water Management Initiative 2010, Dallas, TX, October 27-29, 2010 (invited presentation). Gregory, K., Barbot, E. and Vidic, R.D. “Sustainable Water Management During Hydraulic Fracturing of Shale for Natural Gas Production” International Conference on Environmental Challenges: A Global Concern (ICEC-10), Kanya Maha Vidyalaya (College), Janandhar, Punjab, India, October 15-17, 2010. Li, H. and Vidic, R.D. “Mineral deposit formation, measurement, and control in wastewater reuse” (session keynote), the 6th International Conference on Interfaces Against Pollution (IAP 2010), Beijing, China, May 16-19, 2010. Vidic, R.D. Frack Water Management - panel discussion at Marcellus Shale Policy Conference, Pennsylvania Environmental Council and Duquesne University, Pittsburgh, PA, May 3-4, 2010.

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Vidic, R.D. “Sustainable Water Management for Marcellus Shale Development” Marcellus Shale Natural Gas Stewardship: Understanding the Environmental Impact, Temple University Summit, Philadelphia, March 18, 2010 (invited presentation). Li, H.; Chien, S.-H.; and Vidic, R.D. “A solution to water crisis in energy production: feasibility of using impaired waters for coal-based power plant cooling” (oral), American Society of Engineering Education (ASEE) North Central Sectional Conference, University of Pittsburgh, Pittsburgh, PA, March 26-27, 2010. Vidic, R.D., “Should Pittsburgh Permit Marcellus Drilling” Marcella L. Finegold Memorial Public Debate (discussion), William Pitt Debating Team, Pittsburgh, PA, April 6, 2011. Vidic, R.D., “Developing the Law of Marcellus Shale” The University of Pittsburgh Law Review and the Innovation Practice Institute (Expert panel discussion), Pittsburgh, PA, April 5, 2011. Vidic, R.D., “The Water-Shale Nexus: Exploring Strategies and Technologies for Water Treatment, Reuse and Disposal”, Eagle Ford E&P Efficiency & Expansion Forum, San Antonio, TX, March 14-15, 2011. Vidic, R.D., “Global Challenges to Sustainable Water Management” Global Issues Lecture Series, Global Studies Program of the University Center for International Studies, Pittsburgh, PA, October 19, 2010. Vidic, R.D., “Looking Towards the Future of Marcellus Shale Exploration” ASCE/EWRI/CS4 Pittsburgh Regional Water Conference: Protecting and Utilizing our Greatest Asset, Pittsburgh, PA, September 9, 2010. Vidic, R.D., “Phytoremediation of Arsenic Contaminated Groundwaters: The Role of Rhizosphere Microbiota” School of Environmental Studies, China University of Geosciences, Wuhan, China, May 12, 2010. Vidic, R.D., “Reuse of Impaired Waters for Cooling in Coal-Fired Power Plants” School of Resource and Environmental Science, Wuhan University, Wuhan, China, May 13, 2010. Vidic, R.D., Frack Water Management panel discussion at Marcellus Shale Policy Conference, Pennsylvania Environmental Council and Duquesne University, Pittsburgh, PA, May 3-4, 2010. Vidic, R.D., “Sustainable Water Management for Marcellus Shale Development” Marcellus Shale Natural Gas Stewardship: Understanding the Environmental Impact, Temple University Summit, Philadelphia, March 18, 2010. Vidic, R.D., Stout, J.E., Duda, S.M. “Biological Control in Cooling Water Systems Using NonChemical Treatment Devices” Final technical report for ASHRAE 1361-RP, April 2010, 280 pp.

Department of Electrical and Computer Engineering Aldirmaz S., Durak L., Akan A., and Chaparro L.F., “A Signal-Adaptive Discrete Evolutionary Transform,” EUSIPCO-2010, pp. 1756-1760, Aalborg, Denmark, August 23-27, 2010.

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Arumugam D.D., Engels D.W. and Mickle M.H., “The Effect of Curvature on the Performance and Readability of Passive UHF RFID Tags, Applied Computational Electromagnetics Society Journal, 25(3), 206-217, 2010. Benayas A., Jaque D., McMillen B., Chen K.P., “Thermal stability of micro-structural and optical modifications induced in sapphire by ultrafast laser filamentation,” J. Appl. Phys., Vol. 107, 033522 (2010). Buric M., Chen K.P., Falk J., and Woodruff S.D., “Metal-Lined Capillaries for Efficient Raman Gas Sensing,” Conf. on Lasers and Electro-Optics, San Jose, CA , May 2010. Buric M., Chen K.P., Falk J., and Woodruff S.D., “Multimode Metal-Lined Capillaries for Raman Collection and Sensing,” J. of the Optical Society of America B, Vol.27, Issue 12, pp. 2612-2619 (2010). Buric M., Chen K.P., Falk J., and Woodruff S.D., “Photonic-Bandgap-Fiber Sensors for Gas Detection,” Book Chapter in Trends in Photonics, pp. 209-31, Transworld Research Network, 2010. Buric M., Falk J., and Woodruff S.D., “Conversion of a TEM10 Beam into Two Nearly Gaussian Beams,” Applied Optics, Vol.49, Issue 4, pp. 739-744 (2010). Chang C.-C., Mao Z.-H., and Lee H.-N., “A Fast BER Evaluation Method for LDGM Codes,” Journal of the Franklin Institute, 347(7), 1368-1373, 2010. Chang C.-C., Mao Z.-H., and Lee H.-N, “MB Iterative Decoding Algorithm on Systematic LDGM Codes: Performance Evaluation,” Signal Processing, 90(1), 373-377, 2010. [TEXTBOOK] Chaparro L.F., Signals and Systems Using MATLAB, Academic Press, ELSEVIER. Published October 2010. (Invited) Chen K.P., “Fabrication of three-dimensional photonic components in transparent substrates using high-repetition rate femtosecond ultrafast laser,” PICALO 2010. Chen T., Buric M., and Chen K.P., “Self-Heating Fiber Bragg Grating Sensor," chapter in Trends in Photonics 2008, John Canning (Ed.), ISBN: 978-81-7895-441-7, Research Signpost, (2010). Chen T., Buric M., Maklad M., Swinehart P.R., and Chen K.P., “Self-heated all-fiber sensing system for cryogenic environments,” Measurement Sci. and Technol., vol. 21, 094036 (2010). (Invited) Chen T., Chen K.P., Maklad M., Higgins R., Swinehart P., “Self-heated fiber Bragg grating sensors for cryogenic environments,” in Fiber Optic Sensors and Applications VII, edited by Alexis Mendez, Henry H. Du, Anbo Wang, Eric Udd, Stephen J. Mihailov, Proceedings of SPIE Vol. 7677 (SPIE, Bellingham, WA 2010) 76770F. Chen Y., Li H., Chen C.-K., Roy K., Li J., and Sun G., “Variable-Latency Adder (VL-Adder): New Arithmetic Circuit Design Practice for Low Power and NBTI Tolerance”, IEEE Transactions on Very Large Scale Integration (TVLSI) Systems, vol. 18, no. 11, Oct. 2010, pp. 1621-1624.

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Chen Y., Li H., Wang X., Zhu W., Xu W., and Zhang T., “Combined Magnetic- and Circuit-level Enhancements for the Nondestructive Self-Reference Scheme of STT-RAM,” International Symposium on Low Power Electronics and Design (ISLPED), Aug. 2010, pp. 1-6. Chen Y., Li H., Sun *Z., Wang X., Zhu W., Sun G., and Xie Y., “Access Scheme of Multi-Level Cell Spin-Transfer Torque Random Access Memory and Its Optimization,” 53rd IEEE International Midwest Symposium on Circuits and Systems (MWSCAS), Aug. 2010, pp.1109-1112. Chen Y., Tian W., Li H., Wang X., Zhu W., “PCMO Device with High Switching Stability,” IEEE Electron Device Letters (EDL), vol. 31, no. 8, Aug. 2010, pp. 866-868. Chen Y., Wang X., Li H., and Park J., “Applications of TMR Devices in Solid State Circuits and Systems,” International SoC Design Conference (ISOCC), Nov. 2010, S14-2. (Invited paper) Chen Y., Wang X., Li H., Xi H., Zhu W., and Yan Y., “Design Margin Exploration of SpinTransfer Torque RAM (STT-RAM) in Scaled Technologies”, IEEE Transactions on Very Large Scale Integration (TVLSI) Systems, vol. 18, no. 12, Dec. 2010, pp. 1724-1734. Chen Y., Wang X., Sun ‘Z., and Li H., “The Application of Spintronic Devices in Magnetic Biosensing”, Asia Symposium on Quality Electronic Design (ASQED), Aug. 2010, pp. 230-234. (Invited paper) Fei Y., Qian L., Chen T., Xu D., and Chen K.P., “Cryogenic fluid level sensors multiplexed by frequency-shifted interferometry,” Appl. Opt., vol. 49, pp. 4898-4905 (2010). Hakala J.A., Stanchina W., Soong Y., Hedges S., “Influence of Frequency, Grade, Moisture and Temperature on Green River Oil Shale Dielectric Properties and Electromagnetic Heating Processes,” Fuel Processing Technology, doi:10.1016/j.fuproc.2010.08.016, 2010. Harb A., Torres F., Ohlinger K., Lin Y., Lozano K., Xu D., and Chen K.P., “Holographically formed three-dimensional penrose-type photonic quasi-crystals with diffraction patterns similar to traditional alloy quasi-crystals,” Opt. Exp., vol. 18, pp. 20512-20517 (2010). Hawrylak P.J., Norman B., Rajgopal J., Ogirala A. and Mickle M.H., “Enabling Real-Time management and Visibility with RFID”, Book Chapter in Management Engineering for Effective Healthcare Delivery: Principles and Applications, 2010. Huang, C.P. and Chaparro L.F., “Fuzzy Morphological Polynomial Image Representation,” EURASIP J. on Advances in Signal Processing, Vol. 2010, Article ID 914921, 15 pages, 2010. doi:10.1155/2010/914921, July 2010. Hu Y., Huang J., Lee I., Luo X., Cui X.T., and Yun, M., “Single Metal and Conducting Polymer Nanowires Used as Chemical/Biomolecular Sensors,” Proceedings of 10th IEEE International Conference on Nanotechnology Joint Symposium with Nano Korea 2010, pp 708-711, Aug. 17th, 2010 Ihrig C., Melhem R., and Jones A.K., “Automated Modeling and Emulation of Interconnect Designs for Many-Core Chip Multiprocessors,” Design Automation Conference (DAC), Paper 27, pp. 431-436, 2010.

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Jewart C.M., Quintero S.M., Braga A.M.B., and Chen K.P., “Design and Optimization of a Highly-Birefringent Microstructured Photonic Crystal Fiber for Pressuring Monitoring,” Opt. Exp., Vol. 18, pp. 25657–25664 (2010). (Invited) Jewart C., Wang Q., Canning J., Mihailov S.J., and Chen K.P., “High-temperature fiber Bragg grating sensors in microstructured fiber,” in Fiber Optic Sensors and Applications VII, edited by Alexis Mendez, Henry H. Du, Anbo Wang, Eric Udd, Stephen J. Mihailov, Proceedings of SPIE Vol. 7677 (SPIE, Bellingham, WA 2010) 76770G. Jewart C., Wang Q.Q., Chen K.P., Mihailov S.J., and Canning J., “Fiber Bragg grating pressure sensors in two-hole fibers operating at 850oC”, Opt. Lett., vol. 35, pp. 1443-1445 (2010). Jezak J., Chiarulli D.M., Levitan S.P., Berdanier C., “Accelerated Signal Processing in XMidas Using the Cell Broadband Engine, “11th LCI Intern. Conf. on High-Performance Clustered Computing, Pittsburgh PA, March 8-11, 2010 (Best Student Paper). Jin A. and Cheng A.C., "Engineering Next-Generation Self-Healing and Self-Optimizing Neural Network-based Medical Processing Platforms," 15th ACM International Conference on Architectural Support for Programming Languages and Operating Systems (ACM ASPLOS XV), the Wild and Crazy Idea Session VIII, Mar. 2010, Pittsburgh, PA. Kolmakov G.V., Yashin V.V., Levitan S.P., and Balazs A.C., “Designing Communicating Colonies of Biomimetic Microcapsules,” Proceedings of the National Academy of Sciences, Vol. 107, No. 28, pp. 12417-12422, July 13, 2010. Kolmakov G.V., Yashin V.V., Levitan S.P., and Balazs A.C., “Designing Self-Propelled Microcapsules for Pick-Up and Delivery of Microscopic Cargo,” Soft Matter, Advanced Article DOI: 10.1039/c0sm00864h, Dec. 13, 2010. Lee B.C., Zhou P., Ipek E., Mutlu O., Yang J., Zhang Y., Zhao B. and Burger D., "Phase Change Technology and the Future of Main Memory," IEEE MICRO, Special Issue: Micro's Top Picks from 2009 Computer Architecture Conferences, Vol. 30, No. 1, January/February 2010. Lee B.C., Zhou P., Yang J., Zhang Y., Zhao B. Ipek E. Mutlu O., Burger D., “Phase-Change Technology and the Future of Main Memory,” IEEE MICRO Special Issue: Micro’s Top Picks from 2009 Computer Architecture Conferences, Vol. 30, No.1, 2010. Lee H.-N., Chung S.-Y., Fragouli C., and Mao Z.-H.. “Network coding for wireless networks.” EURASIP Journal on Wireless Communications and Networking, Volume 2010, Article ID 359475, doi: 10.1155/2010/359475, 2010 (editorial to special issue). Li D., Jung Y.S., Tan S., Kim H.K., Chory H.K.,Chory E., and Geller D.A., “Negligible absorption of radiofrequency radiation by colloidal gold nanoparticles,” Journal of Colloid and Interface Science, 358, 47-53 (2011). Li H., and Chen Y., “Emerging Non-Volatile Memory Technologies – From Materials, to Device, Circuit, and Architecture,” 53rd IEEE International Midwest Symposium on Circuits and Systems (MWSCAS), Aug. 2010, pp. 1-4. (Invited paper)

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Li L., Zhang Y., Yang J., and Zhao J., “Proactive NBTI Mitigation for Busy Functional Units in Out-of-Order Microprocessors,” Proc. IEEE Design, Automation, and Test in Europe, pp. 410416, March 2010. Li M., Liu L., Xi N., Wang Y., Dong Z., Li G., Xiao S., Zhang W., “An experimental study on imaging Burkitt’s lymphoma cells by atomic force microscope,” Proc. IEEE Nano/Micro Engineered and Molecular Systems Conf., pp. 262-266, Jan. 2010. Li M., Liu L., Xi N., Wang Y., Dong Z., Li G., Xiao S., Zhang W., “An Experimental Study on Protein-Protein Interaction Using Atomic Force Microscopy.” Proceedings of the 2010 IEEE International Conference on Nanotechnology, August 17-20, 2009, Seoul, Korea. Li M., Liu L., Xi N., Wang Y., Dong Z., Li G., Xiao S., Zhang W., “Detecting CD20-Rituximab specific interactions on lymphoma cells using atomic force microscopy.” SCIENCE CHINA Life Sciences, 53(10):1189-1195 (2010). Li M., Liu L., Xi N., Wang Y., Dong Z., Li G., Xiao S., Zhang W., “Measuring the molecular force of Burkitt’s lymphoma patient cells using AFM,” Proc. IEEE Nano/Molecular Medicine and Engineering Conf., pp. 176-179, Dec. 2010 Li M., Liu L., Xi N., Wang Y., Dong Z., Li G., Xiao S., Zhang W., “Measuring the Physical Properties of the Lymphoma Cells Using Atomic Force Microscopy.” Proceedings of the 2010 IEEE International Conference on Nanotechnology Materials and Devices Conference, October 12 – 15, Monterey, California. Li Y., Abousamra A., Melhem R., and Jones A.K., “Compiler-assisted Data Distribution for Chip Multiprocessors Categories and Subject Descriptors,” ACM/IEEE International Conference on Parallel Architectures and Compilation Techniques (PACT), Vienna Austria, Sept. 13, 2010. Li Y., Melhem R., and Jones A.K., “Compiler-based Data Classification for Hybrid Caching,” Proc. ASPLOS Workshop on the Interaction Between Compilers and Computer Architectures (INTERACT-14), 2010. , doi>10.1145/1739025.1739030 Lin Y., Harb A., Lozano K., Xu D., and Chen K.P., “Five-beam holographic fabrication of 3D photonic crystal templates using a single diffractive optical element,” Proceedings of SPIE, Vol. 7609, 76090S (2010). Liu B., Kherani N.P., Chen K.P., Kosteski T., Leong K. and Zukotynski S., “Self-catalyzed tritium incorporation in amorphous and crystalline silicon”, Mat. Res. Soc. Proc. (2010). Liu B., Yan F., Philpose U., Kherani N.P., Shmayda W., Ruda H., and Chen K.P., “Tritium powered light source based on semiconductor nanowires,” J. Phys. D., vol. 43, 415502 (2010). Liu L. and Li G., “Electrical Characterization of Single-walled Carbon Nanotubes in Organic Solar Cells by Kelvin Probe Forces Microscopy,” Appl. Phys. Lett., 96(8):083302, 2010. Liu L. and Li G., “Scanning Kelvin Probe Force Microscopy for Investigation of Charge Transport in Carbon-Nanotube Enhanced Organic Photovoltaics,” Proceedings of the 10th IEEE International Conference on Nanotechnology, Aug. 17-20, 2010, Seoul, Korea.

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Justice, A.C., K. McGinnis, M. Skanderson, J. Chang, S. Fultz, R.S. Braithwaite, M.S. Roberts, C. Gibert, K. Covinsky, D. Rimland, K.A. Ousler, M. Rodriguez-Barradas, S. Brown, M. Goetz, M. May, K. Mattocks and K. Bryant for the VACS Project Team. “Towards a Combined Prognostic Index for Survival in HIV Infection: The Role of "Non-HIV" Biomarkers”. HIV Medicine. 2010 Feb;11 (2):143-5. PMID: 19751364. Kharoufeh, J.P.,C.J. Solo, and M.Y Ulukus (2010). “Semi-Markov models for degradationbased reliability”. IIE Transactions, 42 (8), 599-612. Kong, N., A.J. Schaefer, B. Hunsaker and M.S. Roberts, “Maximizing the Efficiency of the U.S. Liver Allocation System through Region Design”. Management Science.56(12):2111-2122, 2010 Kurt, M. and J.P. Kharoufeh (2010). “Monotone optimal replacement policies for a Markovian deteriorating system in a controllable environment”. Operations Research Letters, 38 (4), 273279. Kurt, M. and J.P. Kharoufeh (2010). “Optimally maintaining a Markovian deteriorating system with limited imperfect repairs”. European Journal of Operational Research, 205, 368-380. Lee, B. Y., B. A. Norman, T. M. Assi, S. Chen, R. R. Bailey, J. Rajgopal, S.T. Brown, A. E. Wiranga, and D. S. Burke, “Single versus multi-dose vaccine vials: An economic computational model,” Vaccine, Vol. 28, No. 32, 5292-5300, 19 July 2010. Maillart, L. M., A. Kamrani, B. A. Norman, J. Rajgopal, P. J. Hawrylak, “Optimizing RFID TagInventorying Algorithms,” IIE Transactions, Vol. 42, No. 9, 690-702, 2010. McIntyre, P. C., H. Adhikari, I. A. Goldthorpe, S. Hu, P. W. Leu, A. F. Marshall, and C. E. D. Chidsey, “Group IV semiconductor nanowire arrays: epitaxy in different contexts,” Semiconductor Science and Technology, vol. 25, no. 2, p. 024016, February 2010. [Online]. Available: http://iopscience.iop.org/0268-1242/25/2/024016/?ejredirect=.iopscience Nayak, S., M.S. Roberts, C.H. Chang, and S.L. Greenspan, “Health beliefs about osteoporosis and osteoporosis screening in older women and men”. Health Education Journal. 2010. 69(3); 267-276 Nicholls, G. M., H. Wolfe, M. Besterfield-Sacre, and L. J. Shuman. “Predicting STEM Degree Outcomes Based on 8th Grade Data and Standard Test Scores.” Journal of Engineering Education 99, no3 (2010): 209-223. Nicholls, G., H. Wolfe, M. Besterfield-Sacre, and LJ Shuman. “Prism JEE Selects: Predicting STEM Degree Outcomes Based on Eighth Grade Data and Standard Test Scores," PRISM, October 2010 issue. Ozaltin, N., M. Besterfield-Sacre, and L.J. Shuman. “A Conceptual Model to Understand Innovation in the Design Process.” Proceedings of the 2010 Industrial Engineering Research Conference, Cancun, Mexico, June 5-9, 2010. Ozaltin, N., M. Besterfield-Sacre, and L.J. Shuman. “Bioengineering Design Process: Patterns That Lead to Quality Outcomes.” 2010 ASEE Annual Conference, Louisville, KY, June 20-23, 2010.

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Özaltĭn, O., O. A. Prokopyev, and A. J. Schaefer, "The Bilevel Knapsack Problem with Stochastic Right-hand Sides," 2010. Operations Research Letters volume 38, number 4, pp. 328-333. Parker, R.S., and G. Clermont, “Systems Engineering Medicine: Engineering the Inflammation Response to Pathogenic and Traumatic Challenges”. J R Soc Interface 2010 ; 7(48):989-1013. PMID20147315 Peng, Z., J. Bishop, X. Wen, G. Clermont, and J.A. Kellum, “Modulation of chemokine gradients improves leukocyte trafficking in different compartments during sepsis”. Critical Care Medicine 2010; 38(12Suppl):180. Peng, Z. ,K. Singbartl, P. Simon, T. Rimmelé, J. Bishop, G. Clermont and J.A. Kellum, ”Blood Purification in sepsis: a new paradigm”. Contrib Nephrol 2010; 165:322-8. PMID:20427984 Reynolds, A., G.B. Ermentrout and G. Clermont. “A mathematical model of pulmonary gas exchange under inflammatory stress”. J Theoretical Biology 2010; 264 (2):161-173. PMID:20083125. Roberts, M.S., K. Nucifora and R.S. Braithwaite, “Using Mechanistic Models to Simulate Comparative Effectiveness Trials of Therapy and to Estimate Long-Term Outcomes in HIV Care”, Medical Care, 2010; 48(6): S90-S95 Shankar, M.R and J. Cai, “Nanotwinned Microstructures from Severe Plastic Deformation at High Strain Rates,” Proceedings of the NSF CMMI Grantees Conference, 2010. Scala, N., J. Rajgopal, and K.L. Needy, “Influence Diagram Modeling of Nuclear Spare Parts Process,” Proceedings of 2010 Industrial Engineering Research Conference, May 2010, pp. 13511356, (CD-ROM), Cancun, MX. Scala, N., J. Rajgopal and K.L. Needy, “Decision Making and Tradeoffs in the Management of Spare Parts Inventory at Utilities,” Proceedings of 2009 American Society for Engineering Management Conference, October 2009, Springfield, MO Shankar, M.R. and S. Basu, “In Situ Measurements of Strain-Rates in Severe Plastic Deformation by Machining,” Proceedings of the NSF CMMI Grantees Conference, 2010. Shankar, M.R. and S. Abolghasem, “Engineering Fine-Grained Surfaces by Severe Plastic Deformation in Machining Processes,” Proceedings of the NSF CMMI Grantees Conference, 2010. Shartrand, A., P. Weilerstein, M. Besterfield-Sacre, and K. Golding. “Technology Entrepreneurship Programs in U.S. Engineering Schools: An Analysis of Programs at the Undergraduate Level.” 2010 ASEE Annual Conference, Louisville, KY, June 20-23, 2010. Shekhar, S. S. Abolghasem, S. Basu, J. Cai and M.R. Shankar, “Generating Micro and SubMicro Scale Periodic Surface Features using Modulated Machining in Compliant Systems,” Transactions of North American Manufacturing Research Institute/Society of Manufacturing Engineers (NAMRI/SME), Vol. 38, pp. 299-306, 2010. Shuman, L.J., M. Besterfield-Sacre, B. Self, R. Miller, T. Moore, J. Christ, E. Hamilton, B. Olds, and H. Diefes-Dux. “Special Session: Next Generation Problem-Solving: Results To Date -

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Models And Modeling Using MEAs.” 2010 ASEE Annual Conference, Louisville, KY, June 2023, 2010. Shuman, L.J., M. Besterfield-Sacre, T.P. Yildirim, and N. Sieworiek. “CCLI: Model Eliciting Activities: Experiments And Mixed Methods To Assess Student Learning.” 2010 ASEE Annual Conference, Louisville, KY, June 20-23, 2010. Sieworiek, N., L.J. Shuman, M. Besterfield-Sacre, and K. Santelli. “Engineering, Reflection and Life Long Learning” 2010 ASEE Annual Conference, Louisville, KY, June 20-23, 2010. Siewiorek, N., M. Besterfield-Sacre, E. Hamilton, L.J. Shuman. “Reflection Tools in Modeling Activities.” International Conference of the Learning Sciences, Chicago, IL, June 29 – July 2, 2010. Smith, K.J., H.E. Hsu, M.S. Roberts, K.M. Kramer,T.J. Orchard, G.A. Piatt, M.C. Seidel, J.C. Zgibor and C.L. Bryce, “Cost-Effectiveness Analysis of Efforts to Reduce Risk of Type 2 Diabetes and Cardiovascular Disease in a Southwestern Pennsylvania Underserved Community, 20052007”. Preventing Chronic Disease. 2010; 7(5), Srisawat, N., R. Murugan, X. Wen, K. Singbartl, G. Clermont, S. Eiam-Ong and J.A. Kellum, “Recovery from acute kidney injury: determinants and predictors”. Contrib Nephrol 2010; 165:284-91. PMID:20427979. Streiner, S, C. Deibler, M Besterfield-Sacre, and L. Shuman (2010) “Design Process Maps: A Look at Team Dynamics”, Proceedings of the 2010 Industrial Engineering Research Conference, Cancun Mexico, June 5-9, 2010. Takei, K., T. Takahashi, J. C. Ho, H. Ko, A. G. Gillies, P. W. Leu, R. S. Fearing, and A. Javey, “Nanowire active-matrix circuitry for low-voltage macroscale artificial skin,” Nature Materials, vol. 9, no. 10, pp. 821–826, Sep. 2010. [Online]. Available: http://dx.doi.org/10.1038/nmat2835 Trapp, A.C and O.A. Prokopyev, “Solving Order-Preserving Submatrix Problem via Integer Programming”, INFORMS Journal on Computing, Vol. 22 (2010), pp. 387-400. Trapp, A.C. and O.A. Prokopyev, S. Busygin, “Finding Checkerboard Pattern via Fractional 0-1 Programming”, Journal of Combinatorial Optimization, Vol. 20 (2010), pp. 1-26. Trukhanov, S., L. Ntaimo, and A. J. Schaefer, “On Adaptive Multicut Aggregation for Two-Stage Stochastic Linear Programs with Recourse,” 2010. European Journal of Operational Research volume 206, number 2, pp.395-406. Ulukus, Y. J.P. Kharoufeh and L.M. Maillart. “Optimal Replacement of a System with MarkovModulated Degradation,” Proceedings of the 2010 Industrial Engineering Research Conference. Ulukus, M.Y., J.P. Kharoufeh and L.M. Maillart (2010). “Optimal replacement of a system with Markov-modulated degradation”. Proceedings of the 2010 Industrial Engineering Research Conference, Cancun, Mexico, June 5-9, 2010. Verleger, M.A., H. Diefes-Dux, M. Ohland, M. Besterfield-Sacre, and S. Brophy. “Challenges to Informed Peer Review.” Journal of Engineering Education 99, no 4. (2010): 397-408.

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Visweswaran, S., J. Mezger, G. Clermont, M. Hauskrecht and G.F. Cooper, “Identifying deviations from usual medical care using a statistical approach”. AMIA Annu Symp Proc 2010,Nov 13;2010:827-31. PMID:21347094. Whitcomb, D.C., V. Muddana, C.J. Lnagmead, F.D. Houghton, Jr., A. Guenther, P.K. Eagon, J. Mayerle, A.A. Aghdassi, F.U. Weiss, A. Evans, J. Lamb, G. Clermont, M.M. Lerch, and G.I. Papachristou, ”Angiopoietin-2, a regulator of vascular permeability in inflammation, is associated with persistent organ failure in patients with acute pancreatitis from the United States and Germany”. Am J Gastroenterol 2010, 105(10), 2287-92. PMID:20461065. Yildirim, T.P., M. Besterfield-Sacre, and L.J. Shuman. “Use of Personal Digital Assistants in Problem Solving Process Assessment,” IEEE Multidisciplinary Engineering Education Magazine 5, no 3 (2010): 19-23. Yildirim, T.P., L.J. Shuman, and M. Besterfield-Sacre. “Model Eliciting Activities: Assessing Engineering Student Problem Solving and Skill Integration Processes.” International Journal of Engineering Education 26, no 4 (2010): 831-845. Yildirim, T.P., M. Besterfield-Sacre, and L. Shuman. “Estimating the Impact of Epistemological Beliefs on Modeling Ability.” Proceedings of the 2010 Industrial Engineering Research Conference, Cancun, Mexico, June 5 – 9, 2010. Yildirim, T.P., M. Besterfield-Sacre, and L. Shuman. “The Impact of Self-efficacy on Students’ Ability to Create Models.” Proceedings of the 2010 Industrial Engineering Research Conference, Cancun, Mexico, June 5 – 9, 2010. Yildirim, T.P., M. Besterfield-Sacre, L. Shuman, “An Engineering Modeling Self-efficacy (EMSE) Scale,” Proceedings of the 117th Annual Conference of American Society for Engineering Education, Louisville, Kentucky, June 20-23, 2010. Závada, J, E. Hoste, R. Cartin-Ceba, P. Calzavacca, O. Gajic, G. Clermont, R. Bellomo, J.A. Kellum, and for the AKI6 investigators. “A comparison of three methods to estimate baseline creatinine for RIFLE classification”. Nephrol Dial Transplant 2010; 25(12):3911-8. PMID:20100732. Zgibor, J.C., K. Ruppert, T.J. Orchard, S.S. Soedamah-Muthu, J. Fuller, N. Chaturvedi and M.S. Roberts, “Development of a coronary heart disease risk equation for type 1 diabetes: the Pittsburgh CHD in type 1 diabetes risk model”. Diabetes Research and Clinical Practice. 88(3):314-21, 2010 Zimmerman, B., L. Luangkesorn, B. Kuhlman, D. Nawn, C. Balaban, B. Bidanda, Y. Wang, K. Sochats, and L. Shuman, (2010), “Dynamic Model Generation for Agent-based Emergency Response Simulation”, in 2010 ESRI International User Conference Proceedings.

Department of Mechanical Engineering and Materials Science Sang Hyun Byun and Sung Kwon Cho, 2011, “Wireless powering of electrowetting-ondielectric (EWOD) microfluidics,” Sensors and Actuators A (submitted).

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Sang Kug Chung, Jun O Kwon and Sung Kwon Cho, 2011, “Manipulation of micro/mini objects by AC-electrowetting-actuated oscillating bubbles: capturing, carrying, and releasing,” Journal of Adhesion Science and Technology (in press). Sang Kug Chung, Kyehan Rhee, and Sung Kwon Cho, 2010, “Bubble actuation by electrowetting-on-dielectric (EWOD) and its applications: a review,” International Journal of Precision Engineering and Manufacturing, Vol. 11, No. 6, pp. 1-16. Kyungjoo Ryu, Sang Kug Chung, and Sung Kwon Cho, 2010, “Micropumping by an acoustically excited oscillating bubble for automated implantable microfluidic devices,” Journal of the Association for Laboratory Automation, Vol. 15, pp. 163-171. Kyungjoo Ryu, Joshua Zueger, Sang Kug Chung, and Sung Kwon Cho, “Underwater propulsion using AC-electrowetting-actuated oscillating bubbles for swimming robots,” The 23rd International Conference on Micro Electro Mechanical Systems (MEMS 2010), January 24-28, 2010, Hong Kong, China, pp. 160-163 (refereed). Sang Hun Byun and Sung Kwon Cho, “Wirelessly powered electrowetting-on-dielectric (EWOD),” 9th International Conference. Y-H. Son, J-K Lee, Y. Soong, D. Martello, and M.K. Chyu, “Structure-Property Correlation in Iron Oxide Nanoparticle-Clay Hybrid Materials,” Chemistry of Materials, 22, 2010, 2226-2232. Y-H. Son, J-K Lee, Y. Soong, D. Martello, and M.K. Chyu, “Enhanced Magnetic Response of Fluids using Self-assembled Petal-like Iron Oxide Particles,” Applied Physics Letters, 96, 121905, 2010. T-B. Hur, T.X. Phuoc, and M.K. Chyu, “New Approach to the Synthesis of Layered Doubled Hydroxides and Associated Ultrathin Nanosheets in De-ionized Water by Laser Ablation,” J. Applied Physics, 108, 114312, 2010. J.S. Park, K.M. Kim, D.H. Lee, H. H. Cho, and M.K. Chyu, “Heat Transfer in Rotating Channel with Vertical and Inclined Pin-Fins,” ASME Trans. J. Turbomachinery. M.K. Chyu and M.A. Alvin, “Turbine Airfoil Aerothermal Characteristics in Future Coal-Gas Based Power Generation Systems,” Heat Transfer Research. S.P. Chen, M.K. Chyu, and T. I-P. Shih, “Effects of Upstream Ramp on the Performance of Film Cooling,” International J. Thermal Sciences. M.K. Chyu, “Recent Advances in Turbine Heat Transfer – with a View of Transition to Coal Gas Based System,” ASME Trans. J. Heat Transfer. T-B. Hur, T.X. Phuoc, and M.K. Chyu, “Evolution of Rheological Properties of the Nanofluids Composed of Laponite Particles and Mg-Fe Layered Double Hydroxide Nanosheets,” Polymer. P. Ganmol, M.K. Chyu, X. Chi, T. I-P. Shih, M.A. Alvin, “Effects of 90-Degree Jet Inlet on Heat Transfer from Staggered Pin Fin Arrays,” ASME-ATI-UIT 2010 Conference on Thermal and Environmental, Sorrento, Italy, May 16-19, 2010.

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J-K. Lee, Y-H. Son, P. Tran, Y. Soong, D. Martello, and M.K. Chyu, “Catalytic Properties of Clay Based Hybrid Materials for Drilling Operations,” 2010 SPE Western North American Regional Meeting, Anaheim, CA, May 27-29, 2010. S. Siw, M.K. Chyu, T. I-P. Shih, M. A. Alvin, “Effects of Pin Detached Space on Heat Transfer from Pin Fin Arrays,” GT2010-23227, ASME Turbo Expo 2010, Glasgow, UK, June 14-18, 2010. T.X. Phuoc, Y. Soong, and M.K. Chyu, “Synthesis and Characterization of Cation-Exchanged Laponite Nanohybrids for Use of Drilling Fluid Viscosifier,” TH21:702, TechConnect World Conference & Expo 2010, Anaheim, CA, June 21-24, 2010. J-K. Lee, Y-H. Son, P. Tran, Y. Soong, D. Martello, and M.K. Chyu, “Effect of Temperature and Pressure on the Rheological Properties of Drilling Fluids Containing Nanoparticle-Additives,” 2010 SPE Annual Technical Conference and Exhibition, Florence, Italy, September 19-22, 2010. V. Karaivanov, W. Slaughter, S. Siw, M.K. Chyu, M.A. Alvin, “Compressive Creep Testing of Thermal Barrier Coated Nickel-Based Superalloys,” GT2010-23421, ASME Turbo Expo 2010, Glasgow, UK, June 14-18, 2010. M.K. Chyu, “Recent Advances in Turbine Heat Transfer – with a View of Transition to Coal Gas Based System,” Keynote Paper, 14th International Heat Transfer Conference, IHTC-14, Washington DC, August 8-13, 2010. S.Y. Hu, X. Chi, T. I-P. Shih, M.K. Chyu, K.M. Bryden, R. Ames and R.A. Dennis, “Heat Transfer in the Tip-Turn Region of a U-Duct under Rotating and Non-Rotating Conditions,” ASME Paper IMECE2010-40111, Vancouver, BC, November 12-18, 2010. X. Chi, T. I-P. Shih, M.K. Chyu, R. Ames and R.A. Dennis, “Effects of Pedestal Height on Flow and Heat Transfer in a Rectangular Duct Lined with a Staggered Array of Pedestals,’ ASME Paper IMECE2010-40115, Vancouver, BC, November 12-18, 2010. P. Ganmol and M.K. Chyu, “Heat Transfer Enhancement Induced by Cube- and Diamond-Shaped Block Arrays in Two-Pass High-Aspect Ratio Channels with a 180-Degree Turn,” ASME Paper IMECE2010-39281, Vancouver, BC, November 12-18, 2010. Y. Jung, M. Barry, J-K. Lee, P. Tran, Y. Soong, D. Martello, and M.K. Chyu, “Effect of Nanoparticle-Additives on the Rheological Properties of Clay-Based Fluids at High Temperature and High Pressure,” A proceeding of 2011 AADE National Technical Conference and Exhibition. Knight, R. R., Frederick, A. A., Mo, C., and Clark, W. W., “Tuning of sol-gel derived PZT MEMS resonators,” Journal of Micromechanics and Microengineering, Vol. 20, 125028 (10pp), 2010. Mo, C., Radziemski, L. J., and Clark, W. W., “Analysis of piezoelectric circular diaphragm energy harvesters for use in a pressure fluctuating system,” 19(2), Smart Materials and Structures, 2010. Mo, C., Radziemski L.J., and Clark, W.W., “Experimental validation of energy harvesting performance for pressure-loaded piezoelectric circular diaphragms,” 19(7) Smart Materials and Structures, 2010.

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Clark, W.W., J.C. Brigham, C. Mo, and S. Joshi, “Modeling of a high-deformation shape memory polymer locking link,” Proc. of SPIE, Smart Structures and Materials, San Diego, CA, March 7-10, 2010. D. G. Cole and J. G. Pickel, “Nonlinear PI control of optical traps for exogenous force estimation.” J. Dyn. Sys. Meas. Contr., accepted. D. G. Cole and J. Gorman, “Feedback control for micro- and nanosystems: advantages, challenges and applications,” Proc. ASME IDETC/CIE, DETC2010-29070, 2010. Revised April 16, 2007 D. G. Cole, “Feedback control and exogenous force estimation for improved single-molecule experiments,” Proc. ASME IDETC/CIE, DETC2010-28735, 2010. D. G. Cole and J. G. Pickel, “Controlling the position of magnetic particles using adaptive Qparameterization,” Proc. ASME DSCC, DSCC2010-4048, 2010. B. A. Bucci, D. G. Cole, J. S. Vipperman, S. J. Ludwick. "Practical friction compensation for ultra precision point-to-point motion." Proc. of ASPE, October 31-November 5, 2010 Atlanta, Georgia. Manuel Gomez, C. Isaac Garcia and Anthony J. DeArdo, “The Role of New Ferrite on Retained Austenite Stabilization in Al-TRIP Steels,” ISIJ International, Vol. 50 (2010), No. 1, pp. 139–146. C. Isaac Garcia, K. Cho, M. Hua, and Anthony J. DeArdo, “The Alloy Design and Thermomechanically Controlled Processing (TMCP) of Plate for High Pressure, Large Diameter Pipelines,” Materials Science Forum Vols. 638-642 (2010) pp.124-129. A. Kisko, P.P. Suikkanen, C. I. Garcia, K. Cho, M. Hua, L.P. Karjalainen and A. J. DeArdo, “Simulation of Annealing of Type 430 Ferritic Stainless Steel”, Invited Keynote Paper, 4th International Conference on Recrystallization and Grain Growth, The University of Sheffield, Sheffield, UK (ReX & GG IV), 4–9 July (2010) Paper No. 40. (Peer Reviewed) Chao Fang, C. I. Garcia., Shi-Hoon Choi, and A. J. DeArdo, “Assessment of the Stored Energy Evolution during Batch Annealing Process of Cold Rolled HSLA Steels,” 4th International Conference on Recrystallization R. Ordonez, C. Isaac Garcia, Semih Kalay and A.J. DeArdo, “Development of High Performance Steels for Rail Applications”, Joint Rail Conference 2010 JRC2010, April 27-29 2010, UrbanaChampaign, Illinois M. R. Allazadeh, C. I. Garcia, A.J. DeArdo and M. R. Lovell, “Analysis of Stress Concentration around Inclusions due to Thermally Induced Strain to the Steel Matrix,” C. I. Garcia, M Hua, P. Suikkenan, P. Karjalainen and A.J. DeArdo, “The Alloy Design, Rolling and Cooling of Modern Linepipe Steels: from X60 to X120”, Invited, The 10th International Conference on Steel Rolling, September 15-17, 2010, Beijing, China. K. Cho, C. I. Garcia, M. Hua, K. Redkin, and A.J. DeArdo, “Recent Development of NbContaining DP590, DP780 and DP980 Steels For Production on Continuous Galvanizing Lines”, International Conference on Advanced Steels 2010, ICAS 2010, November 9-11, 2010, Guilin, China.

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R. Ordonez, C. I. Garcia, Semih Kalay, and A.J. DeArdo, “Development of New pearlitic Steels for High Performance Rail Applications”, 2nd International Conference Super-High Strength Steels, Associazione Italiana di Metallurgia, Peschiera del Garda, Italy - 17-20 October 2010, Invited Plenary Paper No.3. pp 1-15. C. I. Garcia, Mingjian Hua, A.J. DeArdo, Pasi Suikkenan, and Pentti Karjalainen, “The Alloy Design and Thermomechanically Controlled Processing (TMCP) of Plate for High Pressure, Large Diameter Pipelines,”, 2nd International Conference Super-High Strength Steels, Associazione Italiana di Metallurgia, Peschiera del Garda, Italy - 17-20 October 2010, pp 3-8. C. I. Garcia, G. Facco, A.J. DeArdo, R.G. Bruna, S. Alzari, and F. Actis, “The Effect of Thermomechanical Processing on the Tranformation Behavior of a Nb-bearing HSLA Steel,” 2nd International Conference Super-High Strength Steels, Associazione Italiana di Metallurgia, Peschiera del Garda, Italy - 17-20 October 2010, pp 130-141. Antti J. Kaijalainen, Pasi P. Suikkanen, L. Pentti Karjalainen, Jukka I. Kömi, Rautaruukki Oyj, and A. J. DeArdo, “Effect of Austenite Conditioning in the Non-Recrystallization Regime on the Microstructures and Properties of Ultra High Strength Bainitic/Martensitic Strip Steel,” Proceedings of Pieschera del Grada Conf, 2010, Poster Session No. 5. R. Ordonez, C. Isaac Garcia, and A. J. DeArdo, “Effect of Thermomechanical Processing and Cooling Rate Conditions on the Austenite Decomposition Behavior in Hypereutectoid Steels,” Materials Science & Technology 2010, Austenite Formation and Decomposition IV, Oct. 17-21, 2010, Houston, TX, MS&T’10, pp 1327-1335. Chao Fang, C. I. Garcia, Shi-Hoon Choi, and A. J. DeArdo, “The Evolution of the Stored Energy during the Batch Annealing Process of Two Cold Rolled (Ti-bearing and Nb-bearing) HSLA Steels,” Materials Science & Technology 2010, Steel Product Metallurgy and Applications, Oct. 17-21, 2010, Houston, TX, MS&T’10, pp 1830-1839. K. Cho, K. Redkin, C. I. Garcia, M. Somani, P. Karjalainen and A. J. DeArdo, “The Effect of Al on the Structure and Properties of High Strength D-P Steels Processed Using CGL Simulations”, Materials Science & Technology 2010, Steel Product Metallurgy and Applications, Oct. 17-21, 2010, Houston, TX, MS&T’10 K. Cho, K. Redkin, C. I. Garcia, M. Somani, P. Karjalainen and A. J. DeArdo, “The Influence of Critical Carbide Dissolution Temperature During Intercritical Annealing on the Hardenability of Austenite and Mechanical Properties of DP-980 Steels”, Materials Science & Technology 2010, Steel Product Metallurgy and Applications, Oct. 17-21, 2010, Houston, TX, MS&T’10 Chao Fang, C. I. Garcia, Shi-Hoon Choi, and A. J. DeArdo, “Assessment of the Stored Energy Evolution During The Batch Annealing Process Of Two Cold Rolled (Ti-Bearing And NbBearing) HSLA Steels,” XIX International Materials Research Congress 2010 - Advanced Structural Materials, 15-19 August, Cancún, Mexico, Materials Research Society. A. J. DeArdo, “New Pearlitic Steels for 21st Century Rail Applications,” Proceedings of the 4th Baosteel Biennial Academic Conference, Invited Keynote Paper, Shanghai, China, Nov. 16-19, 2010.

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Konstantin V. Redkin, C. Isaac Garcia, and A. J. DeArdo “Microstructural Analysis of Thermite Welds,” Proceedings of the ASME 2010 Rail Transportation Division Fall Technical Conference, RTDF2010-42001, October 12-13, 2010, Roanoke, Virginia, USA, pp 1-8. “New Directions in Mathematical Fluid Mechanics”, with A.V.Fursikov & V.A.Pukhnachev, Birkhaeuser Verlag, Boston-Basel, 2010. (P. Galdi) “Fundamental Trends in Fluid-Structure Interactions”, with Rolf Rannacher, World Sci., Singapore-New York-London, 2010. (P. Galdi) S.L. Yilmaz, M.B. Nik, M.R.H. Sheikhi, P.A. Strakey, and P. Givi, “An Irregularly Portioned Lagrangian Monte Carlo Method for Turbulent Flow Simulation,” J. Sci. Comput., DOI:10.1007/s10915-9424-8 (2010). M.B. Nik, S.L. Yilmaz, P. Givi, M.R.H. Sheikhi, and S.B. Pope, “Simulation of Sandia Flame D Using Velocity-Scalar Filtered Density Function,” AIAA J., vol. 48, no. 7, pp. 1513-1522 (2010). M.B. Nik, S.L. Yilmaz, P. Givi, M.R.H. Sheikhi, “Grid Resolution Effects on VSFMDF/LES,” Flow, Turbul. Combust., DOI: 10.1007/s10494-010-9272-5 (2010). S.L. Yilmaz, M.B. Nik, P. Givi and P.A. Strakey, “Scalar Filtered Density Function for Large Eddy Simulation of a Bunsen Burner,” J. Prop. Power, vol. 84, no. 1, pp. 84–93 (2010). M.B. Nik, P. Givi, C.K. Madnia and S.B. Pope, “Energy-Pressure-Velocity Filtered Mass Density Function,” Bull. Amer. Phys. Soc., vol. 55, no. 16, p. 200, 63rd Annual Meeting of the Division of Fluid Dynamics of the American Physical Society, Long Beach, CA, November 21-23, 2010. S.L. Yilmaz, M.B. Nik, P.H. Pisciuneri, and P. Givi, “Scalable Parallelization of Turbulent Combustion Applications via Active Load Balancing,” The 11th LCI International Conference on High-Performance Clustered Computing, Pittsburgh, PA, March 9-11, 2010. M. Task, D.E. Kim, Z-K. Liu, B. Gleeson, F.S. Pettit and G.H. Meier, “Phase Stability and Oxidation Behavior of an Alumina Scale-Forming NiCrAlY Alloy”, Oxidation of Metals, 74 (2010) 179-191. A.J. Heidloff, Z. Tang, F. Zhang and B. Gleeson, “A combined mapping process for the development of platinum-modified Ni-based superalloys”, Journal of the Minerals, Metals and Materials Society, 62, No.10, (2010) 48-53. B. Gleeson, “Trends in the Design of Metallic Coatings for Harsh High-Temperature Environments”, JSPS Proceedings, 2010 “Thermodynamics and Theory of External and Internal Oxidation of Alloys”, B. Gleeson in Shreir’s Corrosion, Vol. 1 Basic Concept s, High Temperature Corrosion, T. Richardson et al. (eds), Elsevier, (2010) pp. 180-194. H. Wang, G. C. Hartman, and J. L. Gray, Fabrication of Ga-templates Using a Focused Ion Beam for Semiconductor Nanoscale Processing, Mater. Res. Soc. Symp. Proc. 1228, 1228-KK12-10 (2010).

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Miller, MC; Cook, Harold; DeMeo, Patrick J; “Computational Study of the Stress in the Medial Epicondyle Before and after UCL Reconstruction”, Transactions of the Orthopaedic Research Society”, 2010. Weir, D; Schmidt, C; Wong, A; Howard, M; Miller, MC; “T he Effect of Biceps Reattachment Site on Moment Arm”, Transactions of the Orthopaedic Research Society”, 2010. Christopher C. Schmidt, CC; Wong, A; Howard, M; Miller, MC; Weir, DM; “The Effect of Biceps Reattachment Site on Moment Arm and Forearm Rotation” American Acadamy for Orthopaedic Surgery, 2010. C. Pekor, B. Groth and I. Nettleship, “The Effect of Polyvinyl Alcohol on the Microstructure and Permeability of Freeze-Cast Alumina,” J. Am. Ceram. Soc., 93 115-120 (2010). O. Guillion and I. Nettleship, “Microstructural Characterization of Alumina Films during Constrained Sintering,” J.Am. Ceram. Soc., 93 627-629 (2010). C. Larimer, N. Ostrowski, J. Speakman and I. Nettleship, “The Segregation of Silver Nanoparticles in Low-Cost Ceramic Water Filters,” Materials Characterization, 61 408-412 (2010). A. Finoli, D. McKeel, J. Gerlach and I. Nettleship, “Phase Transformation Behavior of Hydroxyapatite Foams Subject to Heat Treatment,” Biomedical Materials, 5 015004 (2010). Z Zeng*, B –J Chung*, MJ Durka*, AM Robertson, An in vitro device for evaluation of cellular response to flows found at the apex of arterial bifurcations, In: Advances in Mathematical Fluid Mechanics, (ed. R. Rannacher and A. Sequeira), Springer-Verlag, Heidelberg, p. 631-657, DOI: 10.1007/978-3-642-04068-9_35 (2010). Z Zeng,* DF Kallmes, MJ Durka,* Y Ding, DA Lewis, R Kadirvel, AM Robertson, Sensitivity of CFD Based Hemodynamic Results in Rabbit Aneurysm Models to Idealizations in surrounding Vasculature, ASME Journal of Biomechanical Engineering-T ASME, vol. 132(9), doi:10.1115/1.4001311 (2010). AM Robertson On the Use of Computational Fluid Dynamics for the Design and Development of Animal Models for Studies of the Pathophysiology of Cerebral Aneurysms, Proceedings of the Computational and Mathematical Biomedical Engineering, CMBE11, March 30th –April 1st 2011, Washington D.C.)(Keynote Speaker) http://www.compbiomed.net/ (4 pages, invited). Z Zeng, M Durka,, DF Kallmes, R Kadirvel, Y Ding, DA Lewis, AM Robertson , Anatomy and hemodynamics in elastase-induced rabbit aneurysm models — A comparison with human cerebral aneurysms, Proceedings of the 6th World Congress on Biomechanics, August 1-6 2010, Singapore, (invited). M Hill and AM Robertson, Combined Histological and Mechanical Evaluation of Isotropic Damage to Elastin in Cerebral Arteries, Proceedings of the 6th World Congress on Biomechanics, August 1-6, 2010, Singapore. (invited) AM Robertson, 1D and Directed Continuum Models for Arterial Flows, Proceedings of the 6th World Congress on Biomechanics, August 1-6, 2010, Singapore. (invited)

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AM Robertson, A Generalization of the Classical Approach for Handling Closure in 1D Models of the Arterial System, Proceedings of the 2010 SIAM Conference on Life Sciences, July 14th, 2010, Pittsburgh, PA (invited). Z Zeng, M Durka, DF Kallmes, AM Robertson, Effects of Aspect Ratio on the Hemodynamics in Elastase Induced Rabbit Aneurysms, Proceedings of the Fifth European Conference on Computational Fluid Dynamics (ECCOMAS CFD 2010), June 14th - 17th, 2010, Lisbon, Portugal. Z Zeng, M Durka, H Yonas, A Takahashi, H Zakaria, AM Robertson, Parametric Modeling of Cerebral Aneurysms, Proceedings of the Fifth European Conference on Computational Fluid Dynamics (ECCOMAS CFD 2010), June 14th - 17th, 2010, Lisbon, Portugal. AM Robertson, MR Hill, D Li, On the biomechanics of damage in cerebral vessels, Proceedings of the IVth International Symposium on Modelling of Physiological Flows (MPF2010), Chia Laguna Domus de Maria, Cagliari - Sardinia Island, Italy, June 2-5, 2010 (abstract) Miller, V., and Schaefer, L., 2010, “Dynamic Modeling of Hydrokinetic Energy Extraction,” Journal of Fluids Engineering, vol. 132, no. 9, article 091102. Zink, F., Vipperman, J., Schaefer, L., 2010, “CFD Simulation of Thermoacoustic Cooling,” International Journal of Heat and Mass Transfer, vol. 53, nos. 19-20, pp. 3940-3946. Zink, F., Vipperman, J., Schaefer, L., 2010, “Environmental Motivation to Switch to Thermoacoustic Refrigeration,” Applied Thermal Engineering, vol. 30, nos. 2-3, pp. 119-126. Zink, F., Vipperman, J., Schaefer, L., 2010, “CFD Simulation of a Thermoacoustic Engine with Coiled Resonator,” International Communications in Heat and Mass Transfer, vol. 37, no. 3, pp. 226-229. Ryan, T., Schaefer, L., and Vipperman, J., 2010, “Control of a Standing-Wave Thermoacoustic Refrigerator,” ASME, International Mechanical Engineering Congress and Exposition, IMECE2010-38966. Kerzmann, T.L., Schaefer, L.A., 2010, “An Energy Analysis of a Linear Concentrating Photovoltaic System with an Active Cooling System,” SPIE Optics + Photonics, San Diego, CA. C van Eck, CAQ Martins, S Lorenz, M Linde-Rosen, F Fu, P. Smolinski, Assessment of Correlation Between Knee Notch Width Index and the Three-Dimensional, Journal of Knee Surgery, Sports Traumatology and Arthroscopy, 18 (9), 1239-1244, 2010. DOI: 10.1007/s00167010-1131-3 Kato Y, Ingham S, Kramer S, Smolinski, P, Fu F, Biomechanics of the Porcine Triple Bundle Anterior Cruciate Ligament, Knee Surgery, Sports Traumatology, Arthroscopy, 18(1), 20-25, 2010. DOI: 10.1007/s00167-009-0916-8. G Tajima, T Iriuchishima, SJM Ingham, T Shimamura, P Smolinski, F Fu, Anatomic DoubleBundle Anterior Cruciate Ligament Reconstruction Restores Patellofemoral Contact Areas and Pressures More Closely Than Nonanatomic Single-Bundle Reconstruction , Arthroscopy: The Journal of Arthroscopic & Related Surgery, 26(10), 1302-1310, October 2010. doi:10.1016/j.arthro.2010.01.034.

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Iriuchishima T, Tagima G, Ingham S, Shen W, Smolinski P, Fu F, Impingement Pressure in Anatomical and Non-Anatomical Anterior Cruciate Ligament Reconstruction: A Cadaver Study, American Journal of Sports Medicine, 38 (8), pp. 1611-1617, August 2010. doi: 10.1177/0363546510363461 Kato Y, Ingham S, Kramer S, Smolinski, P, Fu F, Effect of Tunnel Position for Anatomic Singlebundle ACL Reconstruction on Knee Biomechanics in a Porcine Model, Knee Surgery, Sports Traumatology, Arthroscopy, 18(1), 2-10, 2010. DOI 10.1007/s00167-009-0893-y Y Yoo, W-S Jeong, N Shetty, S Ingham, P Smolinski F Fu, , Changes in ACL length at different knee flexion angles - an in vivo biomechanical study, Knee Surgery, Sports Traumatology, Arthroscopy, Vol. 18(3), 292-297 March 2010. DOI: 10.1007/s00167-009-0932-8 A Debandi, A Maeyama, L Songcen, B Goto, C Hume, Y Hosino, P Smolinski, F Fu, Biomechanical Comparison of Three Anatomic ACL Reconstructions in a Porcine Model, Knee Surgery, Sports Traumatology, Arthroscopy, Volume 19, Number 5, 728-735, DOI: 10.1007/s00167-010-1338-3 Z. Yang, JS Lin and P. Smolinski, Effects of Solid Compressibility on Responses of Hydrated Soft Biological Tissues, International Journal of Nonlinear Science and Numerical Simulation, 2010 . C van Eck, CAQ Martins, S Lorenz, M Linde-Rosen, P. Smolinski, F Fu, The Knee Notch Width Index is not Correlated to the Three-Dimensional Volume of the Notch, Proceedings 2010 AANA Annual Meeting, Hollywood, Florida, May 20-23, 2010, (Poster). CAQ Martins, SJM Ingham, P Lertwanich, P. Smolinski, F Fu, The Distance Between the ACL and PCL Measured by Laser Three-Dimensional Scanning: A Cadaver Study, Proceedings 2010 AANA Annual Meeting, Hollywood, Florida, May 20-23, 2010, (Poster). P Lertwanich, Y Kato, A Maeyama, CAQ Martins, SJM Ingham, S Kramer, M Linde-Rosen, P. Smolinski, F Fu, Biomechanics of anatomic femoral tunnel versus over-the-top fixation in ACL reconstruction, 14th European Society of Sports Traumatology, Knee Surgery, and Arthroscopy (ESSKA) 2000 Congress, Oslo, Norway, June 9-12, 2010 (short poster presentation) P Lertwanich, CAQ Martins, Y Kato, SJM Ingham, S Kramer, M Linde-Rosen, P. Smolinski, FH Fu, Restraint of the meniscofemoral ligament to posterior tibial translation: a porcine model, 14th European Society of Sports Traumatology, Knee Surgery, and Arthroscopy (ESSKA) 2000 Congress, Oslo, Norway, June 9-12, 2010 (short poster presentation). P Lertwanich, A Maeyama, S Kramer, FH Fu, AY Plakseychuk P. Smolinski, Biomechanical evaluation of the acetabular labrum to the hip stability, 14th European Society of Sports Traumatology, Knee Surgery, and Arthroscopy (ESSKA) 2000 Congress, Oslo, Norway, June 912, 2010 (podium). S Kramer, Y Kato P Lertwanich, A Maeyama, , M Rosen, SJM Ingham, FH Fu , P. Smolinski, FH Fu, The effect of tunnel position on in-situ force vector direction in single bundle and double bundle ACL reconstruction, 14th European Society of Sports Traumatology, Knee Surgery, and Arthroscopy (ESSKA) 2000 Congress, Oslo, Norway, June 9-12, 2010 (poster).

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P Lertwanich, S Kramer, A Maeyama, P. Smolinski, F Fu, Biomechanical comparison of anatomic anterior cruciate ligament reconstructions between double-bundle and single-bundle, 14th European Society of Sports Traumatology, Knee Surgery, and Arthroscopy (ESSKA) 2000 Congress, Oslo, Norway, June 9-12, 2010 (poster). A Maeyama, Y Kato, Y Hoshino, P Lertwanich, SJM Ingham, S Kramer, JH Wang , P. Smolinski, FH Fu, Rotational instability evaluation for assessing different types of anterior cruciate ligament reconstructions with the use of triaxial accelerometry, 14th European Society of Sports Traumatology, Knee Surgery, and Arthroscopy (ESSKA) 2000 Congress, Oslo, Norway, June 912, 2010 (poster). CAQ Martins, SJM Ingham, P Lertwanich, P. Smolinski, F Fu, The Distance Between the ACL and PCL Analyzed by Laser Three Dimensions Scan: A Cadaveric Study, Transactions of the 56th Annual Meeting of the Orthopaedic Research Society, New Orleans, LA, March 6-9, 2010. Y Kato, S Kramer, SJM Ingham, A Maeyama, JH Wang, P Lertwanich, CAQ Martins, M LindeRosen, P. Smolinski, F Fu, Biomechanics of the HumanTriple Anterior Cruciate Ligament, Transactions of the 56th Annual Meeting of the Orthopaedic Research Society, New Orleans, LA, March 6-9, 2010. P Lertwanich, S Kramer, A Maeyama, F Fu, A Plakseychuk, P. Smolinski, F Fu, Contribution of the Acetabular Labrum to the Hip Stability: Biomechanical Evaluation Using a Robotic/ Universal Force-moment Sensor System, Transactions of the 56th Annual Meeting of the Orthopaedic Research Society, New Orleans, LA, March 6-9, 2010. (poster) P Lertwanich, CAQ Martins, Y Kato, SJM Ingham, S Kramer, M Linde-Rosen, P. Smolinski, F Fu, Contribution of the Meniscofemoral Ligament as a Restraint to the Posterior Tibial Translation in a Porcine Knee, Transactions of the 56th Annual Meeting of the Orthopaedic Research Society, New Orleans, LA, March 6-9, 2010. (poster) S Kramer, Y. Kato, P Lertwanich, A Maeyama, M Linde-Rosen, JMS Ingham, F Fu, P. Smolinski, The Effect of Tunnel Position on In-situ Force Vector Direction in Single Bundle and Double Bundle ACL Reconstruction, Transactions of the 56th Annual Meeting of the Orthopaedic Research Society, New Orleans, LA, March 6-9, 2010. (poster) JH Wang, Y Kato, SJM Ingham, M Linde-Rosen, P. Smolinski, F Fu, The Excursion of Native Anterior Cruciate Ligament During Knee Range of Motion, Transactions of the 56th Annual Meeting of the Orthopaedic Research Society, New Orleans, LA, March 6-9, 2010. (poster) JH Wang, Y Kato, SJM Ingham, M Linde-Rosen, P. Smolinski, F Fu, Tension Pattern Change of the Anterior Cruciate Ligament After Anterior Tibial Load and Combined Loads (Valgus and Internal Rotation), Transactions of the 56th Annual Meeting of the Orthopaedic Research Society, New Orleans, LA, March 6-9, 2010. (poster) A Maeyama, Y Kato, Y Hoshino, P Lertwanich, SJM Ingham, S Kramer, JH Wang , P. Smolinski, FH Fu, Evaluation of Rotational Instability in the Anterior Cruciate Ligament Deficient Knee With Use of Triaxial Accelerometer: A Biomechanical Model in Porcine Knees, Knee Surgery, 14th European Society of Sports Traumatology, Knee Surgery, and Arthroscopy (ESSKA) 2000 Congress, Oslo, Norway, June 9-12, 2010 (poster).

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S. D. Chambreau, G. L. Vaghjiani, A. C. To, C. Koh, D. Strasser, O. Kostko, and S. R. Leone (2010). “Heats of vaporization of room temperature ionic liquids by tunable vacuum ultraviolet photoionization,” Journal of Physical Chemistry B, 114, 1361-1367. X. Yang, A. C. To, and R. Tian (2010). “Anomalous heat conduction behavior in thin finite-size silicon nanowires,” Nanotechnology, 21, 155704. Zink, Florian, J.S. Vipperman, and LA Schaefer, “CFD Simulation of Thermoacoutic Cooling,” International Journal of Heat and Mass Transfer, 53(19-20), pp. 3940-6, Sep 2010. Zink, Florian, J.S. Vipperman, and LA Schaefer, “CFD Simulation of Thermoacoutic Engine With Coiled Resonator,” International Communications in Heat and Mass Transfer, 37(3), pp. 226-9, Mar 2010. Zink, Florian, J.S. Vipperman, and LA Schaefer, “Environmental Motivation to Switch to Thermoacoustic Refrigeration,” Applied Thermal Engineering, 30(2-3), pp. 119-26, Feb 2010. Ryan, T. S., L.A. Schaefer, and J.S. Vipperman, “Control of a Standing Wave Thermoacoustic Refrigereator,” IMECE2010-38966, Proceedings of ASME IMECE-10, November 12-18, 2010, Vancouver, BC, Canada. Brian A. Bucci, Daniel G. Cole, Jeffrey S. Vipperman, Stephen J. Ludwick. “Practical friction compensation for ultra precision point-to-point motion.” Proceedings of ASPE, October 31November 5, 2010 Atlanta, Georgia. Z. Duan, J. Zhong, and G. Wang, “Modeling surface segregation phenomena in the (111) surface of ordered Pt3Ti crystal”, Journal of Chemical Physics, 133 (2010) 114701. C. Wang, G. Wang, D. van der Vliet, K.C. Chang, N.M. Markovic, and V. R. Stamenkovic, “Monodisperse Pt3Co nanoparticles as electrocatalyst: the effect of particle size and pretreatment on electrocatalytic reduction of oxygen”, Physical Chemistry Chemical Physics, 12 (2010) 69336939. Lifeng Qin and Qing-Ming Wang, “Mass sensitivity of thin film bulk acoustic resonator sensors based on polar c-axis tilted ZnO and AlN Thin Film” J. Appl. Phys. 108, 104510 (2010) Lifeng Qin, Qingming Chen, Hongbin Cheng, and Qing-Ming Wang, “Analytical Study of Dual Mode Thin Film Bulk Acoustic Resonators (FBARs) Based on ZnO and AlN Films with Tilted cAxis Orientation”, IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control, vol. 57, no. 8, August 2010 Fapeng Yu, Shujun Zhang, Duorong Yuan, Xian Zhao, Qing-Ming Wang, and Thomas R. Shrout, “Zero Temperature Coefficient of Frequency Crystal Cuts in Monoclinic NdCa4O(BO3)3 piezoelectric crystals”, Phys. Status Solidi, RRL 4, No. 8–9, 185–187 (2010) Fapeng Yu, Shujun Zhang, Xian Zhao, Duorong Yuan, Qing-Ming Wang, and Thomas R. Shrout, “High temperature piezoelectric properties of yttrium calcium oxyborate single crystals”, Phys. Status Solidi, RRL 4, No. 5–6, 103–105 (2010) Lifeng Qin, Qing-Ming Wang, “Analysis of dual-mode thin film bulk acoustic resonators (FBARs) based on polar c-axis tilted wurtzite gallium nitride”, J. Appl. Phys. 107, 114102 (2010)

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Chengliang Sun, Lifeng Qin, Hao Xue, Zhaoxian Xiong, Qing-Ming Wang, “Ferroelectric and electromechanical property characterization of single PZT fiber resonator”, J. Appl. Phys. 107, 024102 (2010) Dan Xiang, George Zhao and Fang Li, Qing-Ming Wang, “Self-Powered Wireless Acoustic Sensor System for Impact Detection and Evaluation”, 56th International Instrumentation Symposium, Rochester, NY, 10-14 May 2010 Hongbin cheng, Qian Chen, Qing-Ming Wang, “FABRICATION AND CHARACTERIZATION OF MULTIFUNCTIONAL ZnO-POLYMER NANOCOMPOSITES” Proceeding of 34th International Conference on Advanced Ceramics & Composites (ICACC), Daytona, FL, January, 2010 Hongbin Cheng, Lifeng Qin, Qing-Ming Wang, “HIGH TEMPERATURE ACOUSTIC WAVE GAS SENSOR USING LANGASITE CRYSTAL RESONATOR” Proceeding of 34th International Conference on Advanced Ceramics & Composites (ICACC), Daytona, FL, January, 2010 Richard V Beblo and Lisa Mauck Weiland, 2010, “Demonstration of a multiscale modeling technique: prediction of the stress–strain response of light activated shape memory polymers” Smart Materials and Systems, 19: (2010) 094012. Ursula Zangrilli, Fei Gao, and Lisa Mauck Weiland, 2010, “Implications of Multiscale Stiffness on Sensing Predictions in Nafion,” Smart Materials and Structures, 19: (2010) 094011. Eric Freeman, Lisa Mauck Weiland, and Wilson Meng, 2010, “Application of Proteins in Burst Delivery Systems,” Smart Materials and Structures, 19: (2010) 094015. Fei Gao and Lisa Mauck Weiland, 2010, “Ionic Polymer Transducers in Sensing: Implications of the Streaming Potential Hypothesis for Varied Electrode Architecture and Loading Rate,” Journal of Applied Physics, 108: 034910 (2010); doi:10.1063/1.3456066. Richard Beblo, Korey Gross, and Lisa Mauck Weiland, 2010, “Flexural Characterization of the Shape Memory Polymer Veriflex®,” Journal of Intelligent Material Systems and Structures 21: 667-676. Henry W. Pennline, Evan J. Granite, David R. Luebke, John R. Kitchin, James Landon, Lisa M. Weiland, 2010, “Separation of CO2 from flue gas using electrochemical cells,” Fuel, 89: 13071314. Lisa Mauck Weiland and Barbar Akle, 2010,“Ionic Polymer Transducers in Sensing: The Streaming Potential Hypothesis,” Smart Structures and Systems 6(3): 211-223. Ursula Zangrilli and Lisa Mauck Weiland, 2010, “Ionic Polymer Transducer Sensing Response To Shear Deformation,” ASME SMASIS, Philadelphia, PA September 2010. Eric Freeman, Lisa Mauck Weiland, Wilson S. Meng, 2010, “Computational Study of Inclusion Burst Via the Proton Sponge Hypothesis,” ASME SMASIS, Philadelphia, PA September 2010.

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Mark Delaney, William Clark, Lisa Mauck Weiland, Tara Meyer, and Tianqi Pan, 2010, “Experimental Characterization of Electroplastic Elastomers,” ASME SMASIS, Philadelphia, PA September 2010. Ursula Zangrilli and Lisa Mauck Weiland, 2010, “Modeling ionic polymer diluent response in sensing,” Proc. SPIE San Diego, CA March 2010. X. Sang, A. Kulovits, J.M.K. Wiezorek, “Quantitative Convergent Beam Electron Diffraction for simultaneous Structure Factor and Debye Waller factor Determination - Fitting Method Optimization”, Microscopy and Microanalysis (2010) Vol. 16 (Suppl. 2) 938-939; First Prize, Best Poster Award at M&M Meeting in Portland, OR, August 2010 A. Kulovits, J.M.K. Wiezorek, T. LaGrange, B.W. Reed and G.H. Campbell, “In situ Transmission Electron Microscopy of Rapidly Solidifying Aluminum”, Microscopy and Microanalysis (2010) Vol. 16 (Suppl. 2) 490-491 A. Kulovits, G. Facco, H. Kotan, J.M.K. Wiezorek, “Automated orientation imaging microscopy of nanoscale Al thin films after rapid solidification using SEM and TEM”, Microscopy and Microanalysis (2010) Vol. 16 (Suppl. 2) 1726-1727 P. Danesh, B. Pantchev, J.M.K. Wiezorek, “Nanoindentation of hydrogenated amorphous silicon”, Philosophical Magazine (2010) Vol. 90, No. 30, 4027-4039 P. Danesh, B. Pantchev, J.M.K. Wiezorek and B. Schmidt, “Effect of keV ion irradiation on mechanical properties of hydrogenated amorphous silicon”, Nuclear Instruments and Methodsin Physics Research, Section B: Beam Interactions with Materials and Atoms (2010) Vol. 268 (1718) 2660-2665 X.H. Sang, A. Kulovits and J.M.K. Wiezorek, “Determination of Debye Waller Factor and Structure Factors for Si by Quantitative Convergent Beam Electron Diffraction using off-axis Multi-Beam Orientations”, Acta Crystallographica A66, (2010) 685-693. X.H. Sang, A. Kulovits and J.M.K. Wiezorek, “Simultaneous Determination of Highly Precise Debye-Waller Factors and Structure Factors for Chemically Ordered NiAl by Convergent Beam Electron Diffraction”, Acta Crystallographica A66, (2010) 694-702. B. Pantchev, P. Danesh, J.M.K. Wiezorek, B. Schmidt, “Nanoindentation-induced pile-up in hydrogenated amorphous silicon”, Journal of Physics (2010) Vol. 253, 012054, Open -Access Journal. J.M.K. Wiezorek, A.K. Kulovits, C. Yanar, V. Radmilovic and W.A. Soffa, “Grain boundary mediated displacive-diffusional formation of tau-phase Mn-Al”, Metallurgical and Materials Transactions A (in press; available on-line May 2010) J.M.K. Wiezorek, A.K. Kulovits, X.D. Zhang and H.L. Fraser, “Heterophase Interface Slip Transfer in PST-TiAl”, Metallurgical and Materials Transactions A (in press; available on-line June 2010); P. Danesh, B. Pantchev, J.M.K. Wiezorek, B. Schmidt, D. Grambole, “Effect of hydrogen on hardness of amorphous silicon”, Applied Physics A: Materials Science and Processing (2010) 5 pages (accepted for publication 7/2010; in press).

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B. Pantchev, P. Danesh, J.M.K. Wiezorek, B. Schmidt, “Nanoindentation-induced pile-up in hydrogenated amorphous silicon”, Journal of Physics (http://www.iop.org/EJ/conf) (accepted for publication, 11/2010).

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Faculty Awards and Honors AMERICAN SOCIETY FOR ENGINEERING EDUCATION NORTH CENTRAL SECTION BEST PAPER AWARD, to Daniel D. Budny. AMERICAN SOCIETY OF MECHANICAL ENGINEERS BENJAMIN F. FAIRLESS AWARD, to Anthony J. DeArdo. BOARD OF VISITORS FACULTY AWARD, for outstanding research, teaching publications, leadership, or meritorious recognition, to Prashant N. Kumta. B. P. AMERICA FACULTY FELLOWSHIP, for outstanding productivity as a junior member of the faculty, to Sung Kwon Cho. INTERNATIONAL INSTITUTE OF FIBER REINFORCED POLYMERS IN CONSTRUCTION APFIS 2009 BEST PAPER AWARD, to Kent A. Harries. INSTITUTE OF ELECTRICAL AND ELECTRONICS ENGINEERS SOCIETY 2010 ANDREW P. SAGE BEST TRANSACTIONS PAPER AWARD, to Zhi-Hong Mao. INSTITUTE OF ELECTRICAL AND ELECTRONICS ENGINEERS SOCIETY AND THE ASSOCIATION FOR COMPUTING MACHINERY INTERNATIONAL SYMPOSIUM BEST PAPER AWARD, to Yiran Chen. RICHARD E. MORLEY 2010 OUTSTANDING YOUNG MANUFACTURING ENGINEER AWARD, for exceptional contributions and accomplishments in the manufacturing industry, to Ravi Shankar. 2010 NATIONAL SCIENCE FOUNDATION CAREER AWARD to Zhi-Hong Mao. ERNEST E. ROTH PROFESSORSHIP, for outstanding productivity as a senior member of the faculty, to Bopaya Bidanda. ROYAL SOCIETY OF CHEMISTRY, elected fellow to Anna C. Balazs. JOHN A. SWANSON OUTSTANDING TEACHING AWARD, to Sanjeev G. Shroff. SWANSON SCHOOL OF ENGINEERING DIVERSITY AWARD, to recognize faculty and/or a department that has made a significant contribution to enhancing and supporting diversity, to the Department of Civil and Environmental Engineering. UNITED STATES AIR FORCE OFFICE OF SCIENTIFIC RESEARCH 2010 YOUNG INVESTIGATOR AWARD, to Oleg A. Prokopyev.

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2010 UNIVERSITY OF PITTSBURGH INNOVATOR AWARD, to recognize faculty for licensed technology, to Eric J. Beckman, J. Thomas Cain, Sung Kwon Cho, William Clark, William Federspiel, and Marlin Mickle. WILLIAM KEPLER WHITEFORD FACULTY FELLOWSHIP, for outstanding productivity as junior members of the faculty, to Richard E. Debski, Di Gao, and Tamer Ibrahim. WILLIAM KEPLER WHITEFORD PROFESSORSHIP, for outstanding productivity as senior members of the faculty, to Peyman Givi, Patrick J. Loughlin, and Joseph J. McCarthy.

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Distinguished Lectureships The Bayer Distinguished Lectureship 2011 Department of Chemical and Petroleum Engineering "Strategies for Catalytic Conversion of Biomass-derived Carbohydrates to Hydrogen and Liquid Hydrocarbon Fuels" and " Routes for Production of Liquid Transportation Fuels by Catalytic Generation and Conversion of g-Valerolactone," April 7-8, 2011, Dr. James A. Dumesic, Professor of Chemical and Biological Engineering, University of Wisconsin-Madison.

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EXTERNAL PROGRAMS Alumni Relations

Alumni Profiles Total Living Engineering Alumni (08/30/2011) Bioengineering Chemical and Petroleum Engineering Civil and Environmental Engineering Computer Engineering Electrical Engineering Industrial Engineering Materials Science and Engineering Mechanical Engineering Other Majors/specializations

652 3,650 4,447 552 6,026 3,263 1,468 5,686 990

Total

26,734

Total Living Engineering Alumni â&#x20AC;&#x201C; by Gender Female Male No Response

3,377 23,154 203

Total

26,734

247

Total Living Engineering Alumni â&#x20AC;&#x201C; by Degree BS

Ph.D.

TOTAL

333

176

143

652

Chemical and Petroleum Engineering

2,911

488

251

3,650

Civil and Environmental Engineering

3,111

1,181

155

4,447

552

Bioengineering

Computer Engineering

549

Electrical Engineering

4,462

1,280

284

6,026

Industrial Engineering

1,940

1,202

121

3,263

Materials Science and Engineering

1,049

290

129

1,468

Mechanical Engineering

4,656

881

149

5,686

424

379

187

990

Other majors/specializations TOTAL

25,870

248

Total Living Engineering Alumni – by State Alabama Alaska Arizona Arkansas California Colorado Connecticut Delaware District of Columbia Florida Georgia Hawaii Idaho Illinois Indiana Iowa Kansas Kentucky Louisiana Maine Maryland Massachusetts Michigan Minnesota Mississippi

110 13 195 26 1,126 211 179 110 62 915 286 18 28 316 224 30 37 91 74 23 791 227 425 86 33

Missouri Montana Nebraska Nevada New Hampshire New Jersey New Mexico New York North Carolina North Dakota Ohio Oklahoma Oregon Pennsylvania Rhode Island South Carolina South Dakota Tennessee Texas Utah Vermont Virginia Washington West Virginia Wisconsin Wyoming U. S. Territories* Unknown

89 9 14 62 56 473 47 617 459 4 1,115 43 72 13,513 24 276 2 159 777 39 15 818 142 145 96 13 20 1,135

*Includes American Samoa, Guam, Northern Mariana Islands, Puerto Rico, and the U.S. Virgin Islands.

Total International Alumni Africa Asia Australia/New Zealand Canada Caribbean Europe South/Central America Mexico Middle East

94 442 7 24 2 112 84 19 80 249

2011 Distinguished Alumni In 1964, the Swanson School of Engineering initiated a program to honor the outstanding professional achievements of its graduates. The annual Distinguished Alumni Awards Program continues to be the highlight of the year in the Swanson School of Engineering, and offers the opportunity for alumni, faculty, and students to come together in recognition of the meritorious activities in professional engineering and the allied fields of science, industry, business, public service, and education. The accomplishments of outstanding Pitt Engineering graduates have brought recognition to the University and its academic departments, to the profession, and to the entire Pitt Engineering community.

Swanson School of Engineering Awardee Roberta A. Luxbacher Bachelor of Science degree in Chemical Engineering, 1978 Vice President, Global Industrial and Wholesale ExxonMobil Fuels Marketing Company Fairfax, VA Roberta Luxbacher joined Exxon in 1978 in Houston, Texas. She progressed through a series of Downstream analysis, planning, business coordination and management assignments in Houston, Dallas and Charlotte. In 1991, she moved to Houston as planning/engineering manager, Marketing Distribution, followed by Manager Products & Feedstocks, Supply. In 1995, she moved to Exxon’s Upstream business as U.S. Natural Gas marketing manager. She was named vice president of U.S. Natural Gas in 1998 and vice president, Americas, ExxonMobil Gas Marketing Company in 1999 with responsibility for the marketing of ExxonMobil’s natural gas production in North and South America. She served on the Natural Gas Supply Association (NGSA) board from 2000 to 2002 and was elected as NGSA Secretary/Treasurer and then Chairman in 2001-02. She also served on the API Upstream Committee and U.S. Natural Gas Council. In April 2002, Luxbacher was appointed director of ExxonMobil International Limited and vice president of Europe Gas and Power Marketing, London, UK with responsibility for ExxonMobil’s natural gas and natural gas liquids marketing, infrastructure and joint ventures across Europe. In that position, she oversaw negotiations to restructure ExxonMobil’s infrastructure and joint venture holdings and position the business for success in the opening natural gas market. In April 2007, she was named general manager of Corporate Planning, Exxon Mobil Corporation with responsibility for development of ExxonMobil’s corporate plan and annual energy outlook. She served on the Board of the National Bureau of Asian Research. She is a frequent speaker on ExxonMobil’s Energy Outlook and current energy issues. In February 2009, she was named to her current position where she is responsible for global fuel sales, marketing and operations for industrial, commercial, and wholesale customers in approximately 40 countries.

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Luxbacher serves on the University of Pittsburgh Swanson School of Engineering Board of Visitors and is a member of the Advisory Council for the ExxonMobil Women's Economic Opportunity Initiative and ExxonMobil Math and Science Initiative. She holds a Bachelor of Science degree in chemical engineering from the University of Pittsburgh Swanson School of Engineering. She is married and has two children.

Departmental Awardees Eric A. Chen Master of Science degree in Bioengineering, 2002 Director, Humanitarian Use Devices Designation Program Office of Orphan Products Development U.S. Food and Drug Administration Washington, DC Eric Chen has been a leading expert in medical device regulation for mechanical circulatory support devices. Chen received a bachelor’s degree in biomedical engineering from Johns Hopkins University in 2000 and received a master’s degree in bioengineering from the University of Pittsburgh in 2002. Chen has worked for the Food and Drug Administration (FDA) for the past nine years and has written over 20 publications and given numerous presentations regarding the regulatory process for mechanical circulatory support devices. Chen has given nearly 15 presentations at National Scientific Meetings, in addition to International Scientific Meetings. He has been published in the Congestive Heart Failure Journal, Annals of Thoracic Surgery, and the Journal of Cardiovascular Translational Research, among others. Recently, he accepted a position as director of the Humanitarian Use Devices Designation Program for the Office of Orphan Products Development within FDA. This group focuses on encouraging manufacturers to develop medical devices that help people with rare diseases or conditions. Chen’s many awards and recognition include: special recognition from Thoratec Corporation for dedication and hard work in the review and evaluation of the first-of-a-kind Thoratec HeartMate II Left Ventricular Assist System in 2008; DRH Special Recognition Award (group) for exemplary performance in support of the Staff College course “Advanced Topics in Regulatory Issues”; certificate of completion of ODE/OIVD Leadership Readiness Program; FDA Outstanding Service Award (group) for superior teamwork, collaboration, and outstanding performance in the review and evaluation of the first-of-a-kind Abiomed Abiocor Implantable Replacement Heart Team; the CDRH Outstanding New Reviewer for the FDA OSHC Scientific Achievement Awards; and numerous others.

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Chen is involved in several professional memberships, including the editorial board for the Journal of Cardiovascular Translational Research, the International Society of Heart and Lung Transplantation, the Biomedical Engineering Society, and the American Society of Artificial Internal Organs. He is co-chair for the National Clinical Trials Initiative for Mechanical Circulatory Support Evaluation. He is also on the Operations Committee and an International Subcommittee member of the Interagency Registry for Mechanically Assisted Circulatory Support (INTERMACS), as part of the registry for ventricular assist devices (VADs). Anthony V. Cugini, Ph.D. Bachelor of Science degree in Chemical Engineering, 1981 Master of Science degree in Chemical Engineering, 1986 Doctor of Philosophy degree in Chemical Engineering, 1993 Director, Office of Research and Development National Energy Technology Laboratory, U.S. Department of Energy Pittsburgh, PA

Anthony Cugini is the director of the National Energy Technology Laboratory (NETL). NETL is owned and operated by the U.S. Department of Energy, which serves as the lead field laboratory for the Department’s Office of Fossil Energy. NETL also implements programs with the Office of Electricity Delivery and Energy Reliability and the Office of Energy Efficiency and Renewable Energy. Cugini oversees the implementation of major science and technology development programs to resolve the environmental, supply, and reliability constraints of producing, delivering, and using energy resources. This includes technologies for: • • • •

Advanced coal-fueled power generation and hydrogen production. Carbon sequestration. Environmental control for the existing fleet of coal-fired power plants. Improving the efficiency and environmental quality of domestic oil and natural gas exploration, production, and processing.

Prior to his appointment as NETL’s director, Cugini served as director of NETL’s Office of Research and Development (ORD), which comprises the onsite research personnel and laboratories in Pittsburgh, Pennsylvania; Morgantown, West Virginia; and Albany, Oregon. He previously served as Focus Area Leader of NETL’s Computational and Basic Sciences Focus Area. During his tenure, NETL strengthened its position in computational research ranging from computational chemistry through larger-scale process modeling. Before coming to NETL in 1987, Cugini worked at Procter and Gamble and Gulf Research. He has a wide range of interests that cut across energy and environmental technologies, including the kinetics of exothermic reactions, catalyst development, advanced carbon synthesis, hydrogen production and separation, gas hydrates, CO2 sequestration, and computational modeling. Among his publications are topics involving robotics technology, decontamination of military aircraft surfaces using novel polymeric materials, CO2 sequestration technologies, novel catalysts, the effect of catalyst physical properties on activity, hydrogen separation and modeling, advanced carbon production, and computational modeling. 252

Cugini received bachelor’s and master’s degrees, as well as a PhD in Chemical Engineering from the University of Pittsburgh. Anthony M. Parasida Bachelor of Science degree in Civil and Environmental Engineering, 1978 President, Global Services and Support The Boeing Company St. Louis, MO Boeing named Anthony M. Parasida president of its Global Services & Support business in September 2009. He leads all aspects of the company’s St. Louis-based $8 billion business providing global after-delivery support for military platforms and systems, and a broad array of defense and government services. His current role includes maintenance, modifications and upgrades for such venerable aircraft as the KC-135 Stratotanker, B-52 Stratofortress, KC-10 Extender, A-10 Thunderbolt, and C-130 Hercules, as well as numerous commercial derivative and executive fleet aircraft such as the VC25, C-32, and C-40; supply-chain management, performance-based logistics, and engineering services supporting the F/A-18E/F Super Hornet strike fighter, C-17 Globemaster airlifter, AH64 Apache, CH-47 Chinook helicopters, and other Boeing and non-Boeing military airplanes and systems. He also worked with training systems, solutions, and simulation for military aircraft and ground combat systems; managed network and communication services; infrastructure support services and support operations; intelligence, reconnaissance, and surveillance services; energy solutions; logistics command and control, and international support systems. Major subsidiaries of the business include Boeing Service Company, Boeing Aerospace Operations, Tapestry Solutions and Federated Software Group. Prior to this assignment, Parasida served as vice president and general manager for Airborne Anti-Submarine Warfare & Intelligence, Surveillance and Reconnaissance Systems (ASW&ISR) within Boeing Military Aircraft. In that position he was responsible for three major programs: P8A Poseidon; Airborne Early Warning & Control programs; and Airborne Warning Systems, including AWACS. Previously, Tony was program manager of the P-8A Multi-mission Maritime Aircraft program. Parasida joined Boeing in 1978 as a structures engineer on helicopter programs. Since that time, he has held numerous jobs of increasing responsibility within aircraft design, integrated product team leadership and program management, including program manager for the V-22 Osprey and vice president of the F/A-18 Hornet. Parasida holds a bachelor’s degree in civil engineering from the University of Pittsburgh and a master’s degree in engineering management from Drexel University.

253

Robert K. Henry Bachelor of Science degree in Electrical Engineering, 1969 Executive Vice President and Chief Operating Officer (Retired) Harris Corporation Robert K. Henry was executive vice president and chief operating officer (COO) of Harris Corporation overseeing the company’s government businesses in addition to providing leadership to a broad group of corporate functions, including research and development, technology transfer, acquisition integration, facilities, supply chain management, manufacturing, information systems, government affairs, contracts, and security. Henry joined Harris Corporation in 1997 as vice president–general manager of the former Government Communications Systems Division (GCSD), which developed and produced ground-based, terrestrial, and satellite communication systems; electronic warfare simulation and evaluation systems; networks for command, control, communication, and intelligence applications; and high-technology applications for special systems. In 2003, he was named senior vice president of Harris Corporation and president of GCSD, and in 2006, he was promoted to the position of executive vice president of the company and president of GCSD before being named COO in May of 2007. Prior to joining Harris, Henry was vice president of engineering for Sanders, a Lockheed Martin company headquartered in Nashua, New Hampshire. He held positions of increasing responsibility during his career there, including vice president–general manager of the Information Systems Division. Henry has a broad technical, business, and operations background with 40 years in the aerospace and defense industry, including eight years with the Department of Defense (U.S. Army Communications Command) and the Defense Communications Agency. Henry has a Bachelor of Science degree in electrical engineering from the University of Pittsburgh, and a master’s degree in management from Frostburg University. He is a member of the Air Force Association, the Armed Forces Communications and Electronics Association, the Navy League of the United States, the National Defense Industrial Association, the Security Affairs Support Association, the Association of the United States Army, the United States Space Foundation, the Aerospace Industries Association, the National Association of Manufacturers, and the Manufacturers Alliance/ MAPI. He is a former chairman of the board for the Astronauts Memorial Foundation and he served on the Board of Directors for MILCOM, the premier international conference for military communications, through 2009.

254

Nishan G. Vartabedian Bachelor of Science degree in Industrial Engineering, 1967 Executive Vice President (Retired) Fidelity Investments Institutional Services Company (a business unit of Fidelity Investments) Nishan Vartabedian spent 25 years in various sales positions at Fidelity Investments, the nation’s largest mutual fund company. At the time of his retirement in 2008, he was executive vice president of Fidelity Investments Institutional Services Company, Inc. In this role, Vartabedian managed a team that focused exclusively on the nation’s banks, representing all Fidelity products, services, and solutions. By leveraging all of Fidelity’s strengths, Vartabedian and his team provide single-source access for banks. They targeted the most senior level positions with a primary emphasis on leveraging Fidelity’s extensive resources. Vartabedian joined Fidelity in 1983 as a senior vice president and regional sales manager, responsible for coordinating sales efforts to financial institutions in the Northeastern and MidAtlantic regions. During that time, he was twice named FIIS regional sales manager of the year and received numerous individual sales awards. In 1992, he was promoted to senior vice president and national sales manager, responsible for coordinating sales efforts nationwide. One year later, he assumed responsibility for the FIIS bank market, managing sales and service for all bank business lines including brokerage, trust, and capital markets. He was named executive vice president of the bank division in 1994. Vartabedian was Fidelity's leading expert on the banking industry and was an accomplished speaker both internally and at conferences hosted by the likes of the American Bankers Association, the American Banker, and the New York and Massachusetts Banking Association, among others. Before joining Fidelity, Vartabedian worked in several sales and marketing positions for the Depository Trust Company, New York, from 1972 to 1983. He left that company as national sales manager responsible for banks, mutual funds, insurance companies, and state and local governments. Prior to this role, Vartabedian served in the military during the period 1970-1972 as First Lieutenant, U.S. Army Combat Engineers. Vartabedian received a bachelor’s degree in industrial engineering in 1967 and a master’s degree in 1969, both from the University of Pittsburgh. John P. Schoeppner, Jr. Bachelor of Science degree in Mechanical Engineering, 1960 Major General (Retired) United States Air Force Retiring as a Major General from the United States Air Force in 1991, and from Lockheed Martin Corporation in 2006 as Missiles and Fire Control Director, International Business

255

Development, John Schoeppner’s career spanned some 45 years working issues contributing to the defense of the United States and allies worldwide. Schoeppner graduated from the University of Pittsburgh in 1960 with a bachelor’s degree in mechanical engineering, and the University of Colorado with a master’s degree in aeronautical engineering in 1962. Further, he is a graduate of USAF pilot training, F-105 combat crew training and the USAF test pilot course at Edwards Air Force Base in California. Schoeppner is also a graduate of the Department of Defense Systems Management College, Harvard’s John F. Kennedy School of Government program for national and international security, the Air War College, and the Joint Chiefs of Staff General Officer War Fighting Course. Schoeppner’s military assignments included: USAF Weapons Laboratory nuclear weapons blast effects project manager, Kirtland AFB, New Mexico; F-105 fighter pilot, Kadena AB, Okinawa and Takhli AB, Thailand; A-7D weapons test program manager, Eglin AFB, Florida; USAF Test Pilot School chief of training and resources, chief of maintenance quality control, and deputy commander, 6512th Test Squadron, Edwards AFB; chief of USAF tactical requirements, Pentagon, Washington, D.C.; commander, 3246th Test Wing and vice commander Armament Division, Eglin AFB; deputy director, operational test and evaluation, Office of the Secretary of Defense, Pentagon; Air Force Systems Command deputy chief of staff plans and systems, Andrews AFB, Maryland; with a final assignment as Commanding General, USAF Flight Test Center, Edwards AFB. Schoeppner’s military awards, decorations and achievements include: Distinguished Service Medal (2), Legion of Merit (2), Distinguished Flying Cross, Air Medal (12), Meritorious Service Medal, and Commendation Medal (2). During a 31 year AF career, he amassed over 3,000 hours flying multiple aircraft, including 154 combat missions in the F-105 fighter bomber operating from Thailand against enemy targets in North Vietnam and Laos. Schoeppner’s work as AF Flight Test Center commander was singled out for recognition by Aviation Week and Space Technology with the journal’s Laurel Award in 1990 and 2005. Schoeppner joined the Lockheed Martin Missiles and Fire Control organization (formerly Martin Marietta) in November 1991 as director, International Business Development. Specifically, he developed markets for airborne infrared targeting systems, air combat maneuvering systems, tactical reconnaissance systems and munitions across the globe. Key venues for such sales were the major air shows of the world. Schoeppner has been involved in a variety of professional memberships and associations, including The Cosmos Club, Washington, D.C., Society of Experimental Test Pilots, and the Military Officers Association of America. He has also been a member of the Air Force Association, American Legion, Air War College Alumni Association as well as the North Catholic High School Alumni Association, Order of the Daedalians, Military Order of the Carabao, and the University of Pittsburgh Alumni Association. John is married to Martha Monagan-Hart, PhD, LCSW. Jointly, they have five children and 11 grandchildren.

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Development 2010-2011 External Support Through the generous support of alumni, friends, corporations and foundations, the Swanson School of Engineering realized $11,005,989 in total support for the 2011 fiscal year.

FY11 Support

Alumni -‐ 78% Corporate -‐ 9% FoundaFon -‐ 9% Other -‐ 4%

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Advisory Groups Swanson School of Engineering Board of Visitors TRUSTEE MEMBERS

*Roberta (Robbi) Ann Luxbacher Vice President, Industrial and Wholesale ExxonMobil Fuels Marketing Company *Stephen R. Tritch Former Chairman Westinghouse Electric Company *Thomas J. Usher Chairman of the Board of Directors Marathon Oil Corporation TRUSTEE EMERITUS MEMBERS

#*George A. Davidson, Jr. Retired Chairman, Dominion #*Paul E. Lego Executive Associates #*John C. Marous, Jr. Executive Associates

Anthony Cugini Director, National Energy Technology Laboratory Stephen W. Director Provost Northeastern University * Wilson J. Farmerie Chairman RedZone Robotics *John A. Jurenko Retired Vice President Adtran, Inc. *Frederick L. Kocher General Manager of AAR Aircraft Services - Indianapolis *Edward F. Kondis Retired Vice President Mobil Corporation

#*Frank Mosier Mosier Enterprises, Inc.

*Mr. Francis J. Kramer President and COO II-VI Incorporated

*Alumnus #Trustee Emeritus +Former Trustee

Frank L. Lederman Retired Vice President and CTO Alcoa Inc.

REGULAR MEMBERS

Nick J. Liparulo Senior Vice President Westinghouse Nuclear Services

*Robert O. Agbede President and CEO Chester Engineers *David L. Brown Chief Market Strategist Sabrient Systems David Bucklew Vice President, Sales Eaton Corporation

*Robert H. Luffy President and CEO American Bridge Company *Robert v.d. Luft Retired Chairman Entergy and DuPont International

Richard J. Madden Founder, Future Fund *Gerald E. McGinnis Retired Chairman and Founder Respironics Inc. *Aloysius â&#x20AC;&#x153;Ishâ&#x20AC;? T. McLaughlin, Jr. Retired President and COO Dick Corporation David L. Motley Consultant *John W. Pavia Retired President UEC Technologies, LLC *Robert Francis Savinell George S. Dively Professor of Engineering Case School of Engineering Case Western Reserve University *Jack W. Shilling Retired Executive Vice President, Strategic Initiatives and Technology and Chief Technology Officer Allegheny Technologies *Kenneth S. Smialek Lion Capital LLP *Humberto Vainieri President Vainieri Consulting *Barry J. Wetzel Retired President and CEO Clark Screw Machine Products Co.

Departmental Visiting Committees Bioengineering

Mark Dubnansky Operations Manager Manufacturing & Distribution Springdale Plant PPG Industries, Inc.

Scott Berceli, MD, PhD Assistant Professor of Surgery University of Florida College of Medicine

Dr. Karl W. Haider Innovation Manager New Technologies Group Bayer MaterialScience LLC

Kurt A. Dasse, PhD President, Medical Division Levitronix, LLC Eugene Eckstein, PhD Professor and Chairman Department of Biomedical Engineering University of Memphis

Dr. Bryan Morreale Focus Area Lead Materials Science & Engineering U.S. D.O.E. National Energy Technology Laboratory

Alan D. Hirschman, PhD Director of Technology, Business Development Medrad Inc.

Dr. Dale Keairns Executive Advisor Booz Allen Hamilton

Larry V. McIntire, PhD Wallace H. Coulter Chair The Wallace H. Coulter Department of Biomedical Engineering Georgia Tech and Emory University

Robert K. Reinhart Director of Engineering Controls Link, Inc.

Wolf W. von Maltzahn Associate Vice President for Research Professor of Biomedical Engineering Rensselaer Polytechnic Institute

Christopher Roberts Department Chair Uthlaut Professor Department of Chemical Engineering Auburn University

Thomas Skalak, PhD Professor of Biomedical Engineering Vice President for Research University of Virginia

Dr. Jennifer Sinclair Curtis Professor Chemical Engineering University of Florida

Dr. Hal Wrigley President Knightsbridge Biofuels Ecogy Biofuels

Larry C. Smith Manager, Drafting & Design Operations Manager, Ice Condenser Engineering Westinghouse Electric Company

Chemical and Petroleum Engineering

Mary T. Zeis Associate Director (Retired) Sharon Woods Technical Center The Procter & Gamble Company

Nick Liparulo, Chair Vice President of Engineering Services Westinghouse Electric Company

261

Civil and Environmental Engineering

Joseph Szczur District Executive PennDOT District 12-0

John M. Barsom President Barsom Consulting, Ltd.

Electrical and Computer Engineering

Victor Bertolina President, Engineering SAI Consulting Engineers, Inc.

John McInerney (regular member) Vice-President I&C Westinghouse

Jeff Campbell Vice President Michael Baker Corp.

Mr. Graham Cable (alternate) Director, Information & Control Systems Westinghouse Electric Company

Mike Dufalla Vice President Planning & Development Services Mackin Engineering Company

Dr. Kenneth F. Cooper Retired; formerly Manager of Process and Control Technology; Westinghouse Electric Company Dr. Jeffrey Donne Director, Software Intense Systems Robert Bosch Corporation

Arthur G. Hoffmann Vice President Gannett Fleming, Inc.

Mr. Tom Mino CEO Reflex Photonics Inc.

Werner C. Loehlein, Chief, Water Management Branch U.S. Army Corps of Engineers

Mr. John W. Pavia SSOE Board of Visitors Engineering Consultant Retired: former General Manager â&#x20AC;&#x201C; Engineering United States Steel Corp.

John T. Lucey, Jr. Executive Vice President Heckmann Corporation Robert H. Luffy (Retired) President and CEO American Bridge

Mr. Rich Stinson President Power Distribution Americas Eaton Corporation

Margaret A. Pelcher Principal - Environmental Paul C. Rizzo Associates Inc.

Industrial Engineering Ms. Tandy A. Bailey District Industrial Engineering Manager UPS

Charles M. Russell Senior Vice President Michael Baker Jr. Inc.

Mr. Glenn M. Foglio President Graciano Corporation

Dan Slagle President Nichols & Slagle Engineering, Inc.

262

Mr. Richard C. Frank General Manager - Business Development Strategic Planning & Business Development United States Steel Corporation â&#x20AC;&#x201C; Retired

Mr. Nishan Vartabedian Executive Vice President (Retired) Fidelity Investments Weinzierl, J. (Buster) R&D Coatings, Inc.

Mr. Matthew A. Gardner General Manager, North America Propulsion & Controls Locomotives and Equipment Bombardier

Mechanical Engineering and Materials Science Mr. James Kimbrell Chief Technologist L-3 Communications, Brashear Division

Mr. Roman Hlutkowsky - CHAIR Principal The Hlutkowsky Group ` Mr. George Huber â&#x20AC;&#x201C; Emeritus Professor of Public Health Practice Associate Dean for Public Policy Graduate School of Public Health

Mr. Wilson J. Farmerie Chairman RedZone Robotics Mr. Bernard Fedak Project Executive Aker Solutions Inc

Mr. John Innocenti Senior Vice President and Chief Operating Officer UPMC Shadyside Hospital

Mr. David M. Kitch, PE Consultant

Ms. Caroline M. Kolman, P. E. Managing Director Healthcare Navigant

David T. Marinaro, BSME (Retired) Mr. Fred Harnak United States Steel Corporation Research and Technology Center

Mr. Francis Kramer President and COO II-VI Inc.

Raymond J. Labuda Vice President of Tire Technology Hankook Tire Company

Ms. Patricia Kelly Lee President Toolkit Mr. William Mallin General Counsel Eckert Seamans

John E. Goossen Director Science & Technology Department Westinghouse Electric Company

Mr. Douglas R. Rabeneck Retail Consulting Practice Accenture

Dr. David P. Hoydick USX/US Steel Technical Center Dr. Mary Grace Burke Consultant Materials Technology Bettis Atomic Power Laboratory Bechtel Bettis, Inc.

Mr. Stan C. Sliwoski - Emeritus Senior Consultant UPS Professional Services

263

Dr. C. Edward Eckert President Apogee Technology, Inc. Dr. Jack Shilling (Retired) Executive Vice President Strategic Initiatives and Technology and Chief Technology Officer Allegheny Technologies Mr. R. Rumcik, President Elwood Quality Steels Co.

264

Diversity Advisory Committee Dr. Leonard Casson, Chair Civil and Environmental Engineering

Dr. Sylvanus Wosu (ex-officio) Associate Dean for Diversity

Dr. Xinyan Cui Bioengineering

Ms. Cheryl Paul (ex-officio) Director, Freshman Program

Dr. Steve Jacobs Electrical and Computer Engineering

Ms. Alaine Allen (ex-officio) Director, PECAP, EXCEL

Dr. Badie Morsi Chemical and Petroleum Engineering

Dr. Betsy Porter Director, Admissions and Financial Aid

Dr. Gerald Meier Mechanical Engineering and Materials Science

Ms. Linda Williams Moore Office of Student Affairs 617 William Pitt Union

Dr. Ravi Shankar Meenakshisundaram Industrial Engineering

Ms. Carol W. Mohamed Director Office of Affirmative Action, Diversity and Inclusion

Mr. Piaget Francois President, NSBE

Mr. Charles Toran Sci-Tek Environmental Services Co

Ms. Julia Ramone President, SHPE

Mr. Robert J. Wilson Smith Barney

Ms. Sandy Liu President, SWE

Ms Megan Anderson PPG Industries, Inc.

Ms. Heather Meloy President, EGSO

Mr. Reed D. Kimbrough Corporate Diversity U. S. Steel

Berook Alemayehu, President Engineering Diversity Graduate Studentsâ&#x20AC;&#x2122; Association (EDGSA) Dr. Larry Shuman (ex-officio) Senior Associate Dean for Academic Affairs

265

2011 DIRECTORY NAME BIOENGINEERING Main Office/ Harvey Borovetz, Chair Steven Abramowitch Howard Aizenstein Alex Almarza Gerard Apodaca Mohammad Ataai Stephen Badylak Kyong Bae Carey Balaban Ipsita Banerjee Aaron Batista Elia Beniash Fernando Boada Michael Boninger Harvey Borovetz David Brienza Johnny Brigham Dev Chakraborty Rakié Cham April Chambers Brian Chapman Constance Chu Daniel Cole Gregory Cooper Rory Cooper Timothy Corcoran Xinyan Tracy Cui Moni Datta Lance Davidson Richard Debski Dan Ding Shawn Farrokhi William Federspiel Thomas Friberg Joseph Furman Neeraj Gandhi Jörg Gerlach Burhan Gharaibeh Thomas Gilbert Robert Goitz Angela Gronenborn Qiuhong He Al Hirschman David Hostler Johnny Huard Tin-Kan Hung Theodore Huppert Tamer Ibrahim Hiroshi Ishikawa Lawrence Kageman Marina Kameneva John Kellum Khanwilkar Pratap Kang Kim Seong-Gi Kim Judith Klein-Seetharaman Prashant Kumta Charles Laymon Sanford Leuba

ADDRESS CNBIO CNBIO STERL SALK SCAIF BENDM BRIDG PRESB EEINS BENDM BST3 SALK PRESB KAU CNBIO BAKSQ BENDM PRESB BENDM BENDM VALE KAU BENDM RANCH FRTOW MONF BST3 BENDM BST3 CNBIO FRTOW FRTOW MGOWN EEI EEI EEI MGOWN BRDG2 BRIDG2 KAU BST3 PRESB BENDM IROQU BRDG2 CNBIO PRESB PRESB EEINS EEINS BRDG2 SCAIFE BENDM SCAIF MGOWN BST3 BENDM PRESB HCCLB

312 409 253 566 S982 1249 319 S3950 107 1242 4074 693A B822 201 312 400 936 S4771 740 441 M183 911 648 3510 5042 NW 628 5057 848 5059 405 5044 6076 226 818 500 108 200 206 308 911 1051 B864.1 406 400A 214 411 B800 B800 835 834 309 608 730 920 159 2051 849 B938 2.26a

PHONE

FAX

E-MAIL ADDRESS

412.624.4725 412.383.9618 412.383.5452 412.648.8500 412.383.8893 412.624.9648 412.624.5253 412.641.2657 412.647.2298 412.624.2071 412.383.5394 412.648.0108 412.647.9706 412.648.6975 412.624.4725 412.624.6383 412.624.9047 412.605.1553 412.624.7227 412-624-9898 412.648.6768 412.605.3245 412.624.3069 412.692.5384 412.383.6590 412.647.3730 412.383.6672 412.624.9661 412.383.5820 412.648.1638 412.365.4885 412.383.6645 412.383.9499 412.647.2214 412.647.2115 412.647.3076 412.383.7150 412.692.5967 412.692.6400 412.605.3324 412.648.9959 412.647.3088 412.624.8503 412.647.4113 412.648.2789 412.624.9896 412.726.8459 412.647.9710 412.647.5645 412.648.6409 412.624.5281 412.647.7125 412.624.0403 412.624.5092 412-383-8011 412.383.7325 412.628.0223 412.647.0736 412.623.7788

412.383.8788 412.648.2001 412.383.5458 412.648.2001 412.383.8955 412.383.9710 412.624.5256 412.641.2582 412.647.0108

borovetzhs@.upmc.edu sabram@engr.pitt.edu aizen@pitt.edu aalmarza@engr.pitt.edu gla6@pitt.edu ataai@engr.pitt.edu badylaks@upmc.edu baek@upmc.edu cbalaban@pitt.edu lpb1@pitt.edu apb10@pitt.edu ebeniash@pitt.edu boada@upmc.edu boninger@pitt.edu borovetzhs@.upmc.edu dbrienza@pitt.edu brigham@pitt.edu dpc10@pitt.edu chamr@upmc.edu ajcst49@pitt.edu chapbe@pitt.edu chucr@upmc.edu dgcole@pitt.edu gmc8@pitt.edu rcooper@pitt.edu corcorante@upmc.edu xic11@pitt.edu Mkd16@pitt.edu ldavidson@engr.pitt.edu genesis1@pitt.edu dad5@pitt.edu farrokhi@pitt.edu federspielwj@upmc.edu fribergtr@upmc.edu furman@pitt.edu neg8@pitt.edu jgerlach@pitt.edu gharaibehbm@upmc.edu gilberttw@upmc.edu goitzrj@upmc.edu amg100@pitt.edu heg@upmc.edu alh138@pitt.edu hostlerdp@upmc.edu jhuard@pitt.edu tkhung@engr.pitt.edu huppertt@upmc.edu tibrahim@pitt.edu ishikawah@upmc.edu kagemannl@upmc.edu kamenevamv@upmc.edu kellumjja@ccm.upmc.edu prk38@pitt.edu kangkim@pitt.edu kimsg@pitt.edu jks33@pitt.edu pkumta@pitt.edu laymoncm@upmc.edu leuba@pitt.edu

266

412.387.6648 412.697.7622 412.647.0738 412.692.4410 412.383.8788 412.624.6501 412.605.1554 412.383.8788 412-383-8788 412.648.8412 412.365.4858 412.647.7875 412.383.8788 412.624.8069 412.383.5918 412.648.2001 412.365.4858 412.383.9460 412.647.5119 412.647.2080 412.647.0108 412.235.5110 412.648.4006 412.235.5110 412.687.3724 412.624.4759 412.647.9800 412.927.6232 412.647.4670 412.692.7095 412.383.8788 412.647.9800 412.647.5119 412.647.5880 412.624.5256 412.383.8788 412.647.4227 412.648.1945 412.647.0738 412.623.4840

Yong Steven Yang Michael Patrick Xiliang Arash Spandan Zhi-Hong Kacey James Mark Pamela Volker Martin John Jay Michael Bruce Jiantao Mark Anne Partha J. Peter Alan Joseph Andrew Gerald Joel Andrew Charles Sanjeev Ian Richard Matthew Gwendolyn Patrick George Mingui Scott Kimimasa Rocky Robert Elizabeth Linda Alberto Oleg Jeffrey Yoram David William James H-C Wei Yadong Jonathan Douglas Alan Eric Savio L-Y Joanne Minhee Xudong Bin Leming

Li Little Liu Lotze Loughlin Luo Mahboobin Maiti Mao Marra Menegazzi Miller Moalli Musahl Oudega Patzer II Pettegrew Pinsky Pitt Pu Redfern Robertson Roy Rubin Russell Samosky Schaefer Schatten Schuman Schwartz Sfeir Shroff Sigal Simpson Smith Sowa Sparto Stetten Sun Tashman Tobita Tuan Turner Tyler-Kabara Van Roosmalen Vazquez Velikokhatnyi Vipperman Vodovotz Vorp Wagner Wang Wang Wang Waters Weber Wells Wiener Woo Yeh Yun Zhang Zheng Zhou

RANGO BENDM HCCLB HLMNC BENDM BST3 BENDM CNBIO BENDM BSTWR IROQU BENDM MAGEE CSMR BSTWR CNBIO PPG SCAIF BRIDG FARP BENDM BENDM CNBIO SCAIF BRDG2 PROF BENDM MAGEE EEINS MGOWN SALK CNBIO EEINS BAKSQ EEINS KAU FRTOW BENDM PRESB RVTCH RANCH BRDG2 BST3 PRESB RST MGOWN BENDM BENDM BSTWR CNBIO BRDG2 BSTWR KAU BENDM MAGEE KAU SCAIF HLMNC CNBIO BST3 BENDM CSMR FARP FRTOW

4151 1249 2.32 G27A 745 5063 440 207 1140 E1655 400A 536 0000 200 E1417 309 108A 606A 555 127 123 641 308 0000 300 230 1031 0000 816 245.09 552 307 930.1 400 914 202 6079 407 B400 0000 8121 221 4074 B400 1311 159 848 636 W944 412 320 E1641 202 422 3510 201 S713 2.26E 405 1040 218E 0000 128 6021

412.648.4066 412.624.9614 412.623.3751 412.623.5977 412.624.9685 412.383.9459 412.648.7634 412.624.4240 412.624.9674 412.383.8924 412.647.7992 412.624.9755 412.641.1440 412.605.3265 412.648.9590 412.624.9819 412.648.8640 412.647.7125 412.383.2073 412.641.2471 412.624.4771 412.624.9775 412.624.7867 412.641.3723 412.624.5205 412.647.5330 412.624.5045 412.641.1427 412.647.2205 412.383.7021 412.648.1949 412.624.2095 412.864.2220 412.383.6593 412.647.2313 412.648.1091 412-647-8069 412.624.7762 412.648.9095 412.586.3950 412.692.9902 412.624.3962 412.383.5395 412.692.8142 412.624.6933 412.383.6696 412.624.9661 412.624.1643 412-648-3758 412.624.5319 412.624.5327 412.648.9102 412.383.1359 412.624.7196 412.641.4260 412.647.4531 412.647.8409 412.623.4658 412.648.2000 412.648.9027 412.648.8989 412.586.3940 412.641.2568 412.383.6653

267

412.692.5754 412.624.9639 412.624.1172 412.624.8003 412.383.8788 412.383.8788 412.624.8003 412.624.1172 412.647.4670 412.641.1133 412.383.9710 412.624.9936 412.647.8060 412.383.2074 412.383.9601 412.624.4846 412.383.8788 412.604.5260 412.624.9831 412.641.2411 412.647.5119 412.383.6679 412.383.8788 412.383.8788 412.647.1277 412.647.0108 412.383.8788 412.647.5559 412.586.3979 412.692.8195 412.383.9061 412.692.5921 412.586.6910 412.624.8069 412.624.4846 412.383.8788 412-624-5363 412.648.8548 412.383.8788 412.641.2432 412.692.4354 412.647.8567 412.623.4840 412.648.2001 412.648.9008 412-624-8003 412.641.2582 412.383.6655

yongli@pitt.edu srlittle@pitt.edu liuy@pitt.edu lotzmt@upmc.edu loughlin@pitt.edu xiliangluo@hotmail.com arm19@pitt.edu spm54@pitt.edu maozh@engr.pitt.edu marrak@upmc.edu menegazz@pitt.edu mcmiller@wpahs.org pmoalli@mail.magee.edu vom2@pitt.edu moudega@pitt.edu patzer@pitt.edu pettegre@pitt.edu pinskymr@upmc.edu brucep@pitt.edu jip13@pitt.edu mredfern@pitt.edu rbertson@pitt.edu par19@pitt.edu rubipj@upmc.edu russellaj@upmc.edu jsamosky@upmc.edu schaefer@ie.pitt.edu pdc@pdc.magee.edu schumanjs@upmc.edu abs21@pitt.edu csfeir@pitt.edu sshroff@pitt.edu ias6@pitt.edu ris20@pitt.edu smithma@pitt.edu gas26@pitt.edu psparto@pitt.edu stetten@engr.pitt.edu mrsun@neuronet.pitt.edu tashman@pitt.edu kimimasa.tobita@chp.edu tuanr@upmc.edu rturner@pitt.edu elizabeth.tyler-kabara@chp.edu lvanroos@pitt.edu alv15@pitt.edu olv3@pitt.edu jsv@pitt.edu vodovotzy@upmc.edu vorpda@upmc.edu wagnerwr@upmc.edu wanghc@pitt.edu wangw3@upmc.edu yaw20@pitt.edu watejhj@upmc.edu djw50@pitt.edu wellsa@upmc.edu wienere@upmc.edu ddcenzo@pitt.edu jiyeh@pitt.edu yunmh@engr.pitt.edu zhangx2@upmc.edu zhengb@upmc.edu zhangx2@upmc.edu

NAME

ADDRESS

PHONE

FAX

E-MAIL ADDRESS

CHEMICAL AND PETROLEUM ENGINEERING (412)

(412)

Main Office/ J. Karl Johnson Interim Chair

1249 Benedum Hall

624-9631

624- 9639

astarke@pitt.edu

Mohammad M. Ataai Anna C. Balazs Ipsita P. Banerjee Eric J. Beckman Shiao-Hung Chiang James T. Cobb, Jr. Julie dâ&#x20AC;&#x2122;Itri Robert M. Enick William Federspiel Di Gao J. Karl Johnson George E. Klinzing Prashant Kumta J. Thomas Lindt Steven R. Little Joseph McCarthy Badie Morsi John Murphy Robert S. Parker John F. Patzer Alan J. Russell John W. Tierney Sachin Velankar GĂśtz Veser William R. Wagner Irving Wender

1231 Benedum Hall 209 Benedum Hall 1242 Benedum Hall 153E Benedum Hall 1249 Benedum Hall 1249 Benedum Hall 1236 Benedum Hall 1234 Benedum Hall 1135 Benedum Hall 1235 Benedum Hall 1250 Benedum Hall 826 Cathedral of Learning 849 Benedum Hall 738 Benedum Hall 440 Benedum Hall 1238 Benedum Hall 1244 Benedum Hall 300 BRDG2 1241 Benedum Hall 306 CNBIO 300 BRDG2 1249Benedum Hall 1230 Benedum Hall 1232 Benedum Hall 300 BRDG2 1249 Benedum Hall

624-9648 648-9250 624-2071 624-4828 624-9636 624-7443 624-9634 624-9649 624-9474 624-8488 624-5644 624-0784 624-5014 624-9729 624-9614 624-7362 624-9650 624-5250 624-7364 624-9819 624-5205 624-9645 624-9930 624-1042 624-5327 624-9644

624-9639 624-9639 624-9639 624-9639 624-9639 624-9639 624-9639 624-9639 624-9639 624-9639 624-9639 624-9639 624-8069 624-9639 624-9639 624-9639 624-9639 624-9639 624-9639 383-8788 624-5260 624-9639 624-9639 624-9639 235-5110 624-9639

ataai@pitt.edu balazs@pitt.edu ipb1@pitt.edu beckman@pitt.edu shchiang@pitt.edu szhst1@pitt.edu jditri@pitt.edu rme@pitt.edu federspielwj@upmc.edu dig9@pitt.edu karlj@pitt.edu klinzing@pitt.edu pkumta@pitt.edu jtlindt@pitt.edu srlittle@pitt.edu jjmcc@pitt.edu morsi@pitt.edu jmurphy@pitt.edu rparker@pitt.edu patzer@pitt.edu arussell@pitt.edu jwta@pitt.edu velankar@pitt.edu gveser@pitt.edu wagnerwr@upmc.edu wender@pitt.edu

268

NAME

ADDRESS

PHONE

FAX

E-MAIL ADDRESS

CIVIL AND ENVIRONMENTAL ENGINEERING Main Office/ Radisav Vidic, Chair

949 Benedum Hall

(412) 624-9870

(412) 624-0135

vidic@pitt.edu

Jorge Abad Melissa Bilec John Brigham Daniel D. Budny Leonard W. Casson Willie Harper Kent A. Harries Anthony Iannacchione Vikas Khanna Amir Koubaa Amy Landis Xu Liang Jeen-Shang Lin Jason Monnell Ronald D. Neufeld John F. Oyler Piervincenzo Rizzo Morteza Torkamani Luis E. Vallejo Julie M. Vandenbossche

943 Benedum Hall 153 Benedum Hall 936 Benedum Hall 126 Benedum Hall 944 Benedum Hall 933 Benedum Hall 218 B Benedum Hall 218 F Benedum Hall 218G Benedum Hall 945 Benedum Hall 202 Benedum Hall 941 Benedum Hall 937 Benedum Hall 933 Benedum Hall 939 Benedum Hall 935 Benedum Hall 942 Benedum Hall 932 Benedum Hall 938 Benedum Hall 934 Benedum Hall

624-4399 648-8075 624-9047 624-6474 624-9868 624-9548 624-9873 624-8289 624-9603 624-9869 624-3989 6249872 624-8158 648-8608 624-9874 624-9871 624-9575 624-9881 624-9894 624-9879

624-0135 624-0135 624-0135 624-0135 624-0135 624-0135 624-0135 624-0135 624-0135 624-0135 624-0135 624-0135 624-0135 624-0135 624-0135 624-0135 624-0135 624-0135 624-0135 624-0135

jabad@pitt.edu mbilec@pitt.edu brigham@pitt.edu budny@pitt.edu casson@pitt.edu wharper@pitt.edu kharries@pitt.edu ati2@pitt.edu khannav@pitt.edu amk59@pitt.edu ael30@pitt.edu xulian@pitt.edu jslin@pitt.edu jdm49@pitt.edu neufeld@pitt.edu oyler1@pitt.edu pir3@pitt.edu torkmani@pitt.edu vallejo@pitt.edu jmv7@pitt.edu

269

ELECTRICAL AND COMPUTER ENGINEERING NAME

ADDRESS

Chaparro, Luis Chen, Kevin Chen, Yiran El-Jaroudi, Amro El Nokali, Mahmoud Falk, Joel Jacobs, Steve Jones, Alex Kim, Hong-Koo Kusic, George Levitan, Steven Li, C. C. Li, Guangyong Mao, Zhi-Hong Mickle, Marlin Mohanram, Kartik Reed, Gregory Sejdic, Ervin Stanchina, William Yang, Jun Yun, Minhee

1134 Benedum 1136 Benedum 842 Benedum 839 Benedum 1130 Benedum 1133 Benedum 836 Benedum 205 Benedum 512 Benedum 738 Benedum 218c Benedum 845 Benedum 506 Benedum 1131 Benedum 843 Benedum 834 Benedum 841 Benedum 833 Benedum 1140c Benedum 835 Benedum 218e Benedum

PHONE

624-9665 624-9675 624-5836 624-9621 624-9681 624-9672 624-9667 624-9666 624-9673 624-9678 648-9663 624-9679 624-9663 624-9674 624-9682 624-0509 383-9682 624-0508 624-8002 624-9088 648-8989

270

FAX

E-MAIL ADDRESS

624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003 624-8003

lfch@pitt.edu pec9@pitt.edu yic52@pitt.edu amro@pitt.edu men@pitt.edu falk@pitt.edu spj1@pitt.edu akjones@pitt.edu hkk@pitt.edu gkusic@pitt.edu levitan@pitt.edu ccl@pitt.edu gul6@pitt.edu zhm4@pitt.edu mickle@pitt.edu kam273@pitt.edu gfr3@pitt.edu esejdic@pitt.edu wes25@pitt.edu juy9@pitt.edu miy16@pitt.edu

NAME

ADDRESS

PHONE

FAX

(412) 624-9830 (412) 624-9830 (412) 624-9836 (412) 624-9837 (412) 648-8775 (412) 624-1193 (412 624-9832 (412) 624-9834 (412) 624-9838 (412) 624-9845 (412) 624-9839 (412) 624-9841 (412) 624-9833 (412) 624-9840 (412) 624-9843 (412) 624-5045 (412) 624-9835 (412) 624-9815 (412) 648-8775 (412) 624-9846 (412) 624-9839

(412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-9831 (412) 624-1108 (412) 624-9831 (412) 624-9831 (412) 624-9831

E-MAIL

INDUSTRIAL ENGINEERING Main Office 1048 Benedum Hall Bopaya Bidanda, Chair 1049 Benedum Hall Mary Besterfield-Sacre 1040 Benedum Hall Karen M. Bursic 1044 Benedum Hall David I. Cleland* 1178D Benedum Hall Youngjae Chun 1041 Benedum Hall Jeffrey P. Kharoufeh 1036 Benedum Hall Paul Leu 1035 Benedum Hall Louis Luangkesorn 1178B Benedum Hall Lisa Maillart 1030 Benedum Hall Mainak Mazumdar* 1039 Benedum Hall Bryan A. Norman 1033 Benedum Hall Oleg Prokopyev 1037 Benedum Hall Jayant Rajgopal 1039 Benedum Hall Denis R. Saure 1042 Benedum Hall Andrew J. Schaefer 1031 Benedum Hall Ravi Shankar 1034 Benedum Hall Larry J. Shuman 152A Benedum Hall Harvey Wolfe* 1178D Benedum Hall Natasa Vidic 1032 Benedum Hall Vielma, Juan Pablo 1043 Benedum Hall *Emeritus

271

minervap@.pitt.edu bidanda@.pitt.edu mbsacre@.pitt.edu kbursic@.pitt.edu dic@.pitt.edu yjchun@pitt.edu jkharouf@pitt.edu pleu@pitt.edu lol11@pitt.edu lisa.maillart@.pitt.edu mmazumd@.pitt.edu banorman@.pitt.edu oap@pitt.edu rajgopal@.pitt.edu dsaure@pitt.edu schaefer@.pitt.edu ravishm@pitt.edu shuman@.pitt.edu hwolfe@.pitt.edu nav9@pitt.edu jvielma@pitt.edu

NAME

ADDRESS

PHONE

FAX

E-MAIL ADDRESS

MECHANICAL ENGINEERING AND MATERIALS SCIENCE

(412) Minking K. Chyu, Chair John Barnard Sung -Kwon Cho William Clark Daniel Cole Anthony DeArdo Larry Foulke Pradeep Fulay Paolo Galdi C. Isaac Garcia Peyman Givi Jennifer Gray Ming-Jian Hua Mark Kimber Jung-Kun Lee Scott Mao Gerald Meier John Metzger Mark C. Miller Ian Nettleship Anne Robertson Laura Schaefer William Slaughter Patrick Smolinski Albert To Jeffrey Vipperman Guofeng Wang Qing-Ming Wang Lisa Weiland Jorg Wiezorek Sylvanus Wosu Doni Wulandana Meltem Yanar

322Benedum Hall 538A Benedum Hall 538G Benedum Hall 218G Benedum Hall 538F Benedum Hall 730 Benedum Hall 605 Benedum Hall 838 Benedum Hall 843 Benedum Hall 836 Benedum Hall 940 Benedum Hall 538C Benedum Hall 732 Benedum Hall 206 Benedum Hall 538H Benedum Hall 538D Benedum Hall 735 Benedum Hall 842 Benedum Hall Benedum Hall 502 Benedum Hall 408 Benedum Hall 153F Benedum Hall 344 Benedum Hall 835 Benedum Hall 508 Benedum Hall 742 Benedum Hall 538B Benedum Hall 511 Benedum Hall 204 Benedum Hall 538I Benedum Hall 152 Benedum Hall 830 Benedum Hall 745 Benedum Hall

624-9783 624-4963 624-9798 624-9794 624-3069 624-9737 624-9799 624-9736 624-9789 624-9731 624-9605 624-9746 624-8593 624-8111 648-3395 624-9602 624-9741 624-5430 624-9755 624-9735 624-9775 624-9793 624-8479 624-9788 624-2052 624-1643 624-3325 624-4885 624-9031 624-0122 624-9842 624-3221 624-3091

272

(412) 624-4846 624-8069 624-4846 624-4846 624-4846 624-8069 624-4846 624-8069 624-4846 624-8069 624-4846 624-8069 624-8069 624-8069 624-8069 624-4846 624-8069 624.8069 624-4846 624-8069 624-4846 624-4846 624-4846 624-4846 624-4846 624-4846 624-4846 624-4846 624-4846 624-8069 624-4846 624-4846 624-4846

mkchyu@pitt.edu jbarnard@pitt.edu skcho@pitt.edu wclark@pitt.edu dgcole@pitt.edu deardo@pitt.edu lrf4@pitt.edu fulay@pitt.edu galdi@pitt.edu cigarcia@pitt.edu givi@pitt.edu jlg99@pitt.edu mjhua@pitt.edu mlk53@pitt.edu jul37@pitt.edu sxm2@pitt.edu ghmeier@pitt.edu Jdm75@pitt.edu mcmllr@pitt.edu nettles@pitt.edu rbertson@pitt.edu las149@pitt.edu wss@pitt.edu patsmol@pitt.edu albertto@pitt.edu jsv@pitt.edu guw8@pitt.edu qiw4@pitt.edu lmw36@pitt.edu wiezorek@pitt.edu snn2@pitt.edu raw39@pitt.edu nmy4@pitt.edu

NAME

ADDRESS

PHONE FAX

E-MAIL ADDRESS

Deanâ&#x20AC;&#x2122;s Office Gerald D. Holder, Dean

109 Benedum Hall

624-9809

624-0412

dnldson@pitt.edu

Sr. Associate Dean for Academic Affairs Larry J. Shuman, Assoc. Dean

147 Benedum Hall

624-9815

624-1108

mlasky@pitt.edu

Associate Dean for Research Mark S. Redfern, Assoc. Dean Schohn L. Shannon, Asst. Dean

123 Benedum Hall G16 Benedum Hall

624-4771 624-9866

624-1108 624-1108

mredfern@pitt.edu schohn@pitt.edu

Associate Dean for Diversity Sylvanus N. Wosu, Assoc.Dean

127 Benedum Hall

624-9842

624-2827

snn2@pitt.edu

Engineering Administration Betty Victor, Director

151 Benedum Hall

624-9800

624-9808

jradocay@pitt.edu

Development & Alumni Relations Matthew Weinstein, Sr. Executive Director

104 Benedum Hall

624-6814

624-0412

maw28@pitt.edu

Computer Engineering Alex Jones, Director

836 Benedum Hall

624-8708

624-8003

akjones@pitt.edu

Co-Op Program Maureen Barcic, Director

138 Benedum Hall

624-9826

624-2827

trs57@pitt.edu

Engineering Physics Minking Chyu

636F Benedum Hall

624-9780

624-4846

mkchyu@pitt.edu

Freshman Program Daniel D. Budny, Director

126 Benedum Hall

624-9825

624-2827

fpoadmin@engr.pitt.edu

Pitt Engineering Career Access Program (PECAP) Alaine Allen, Director

113 Benedum Hall

624-0224

624-8869

allen@pitt.edu

Engineering International Programs Kristine Lalley, Director

133 Benedum Hall

624-3489

624-2827

krl33@pitt.edu

Computer Engineering Alex Jones, Director

836 Benedum Hall

624-8708

624-8003

akjones@pitt.edu

Co-Op Program Maureen Barcic, Director

138 Benedum Hall

624-9826

624-2827

trs57@pitt.edu

Engineering Physics Minking Chyu

636F Benedum Hall

624-9780

624-4846

mkchyu@pitt.edu

ADMINISTRATIVE OFFICES

SPECIAL ACADEMIC PROGRAMS

273

NAME

ADDRESS

PHONE FAX

E-MAIL ADDRESS

SPECIAL ACADEMIC PROGRAMS (continued) (412)

(412)

126 Benedum Hall

624-9825

624-2827

fpoadmin@engr.pitt.edu

113 Benedum Hall

624-0224

624-8869

allen@pitt.edu

Basic Metals Processing Research Institute (BAMPRI) Anthony J. DeArdo, Director

731 Benedum Hall

624-9737

624-8069

deardo@pitt.edu

Center for Bioengineering Harvey S. Borovetz, Director

311 CNBIO

624-4725

383-8788

borovetzhs@msx.upmc.edu

Center for Complex Engineered Multifunctional Materials (CCEMM) Prashant N. Kumta, Director

749 Benedum Hall

648-0223

Center for e-Design and Realization Mark S. Redfern, Director

123 Benedum Hall

624-4771

624-1108

mredfern@pitt.edu

Center for Energy Brian Gleeson, Director

323 Benedum Hall

624-9784

624-4846

bgleeson@pitt.edu

Center for National Preparedness Kenneth Sochats

502 UPLAC

624-9416

Center for Simulation and Modeling J. Karl Johnson, Director

1249 Benedum Hall

624-9631

624-9639

karlj@pitt.edu

1049 Benedum Hall

624-9830

624-9831

bidanda@pitt.edu

153 Benedum Hall 153 Benedum Hall

624-9698 624-9698

624-7820 624-7820

beckman@pitt.edu gmk9@pitt.edu

Materials Micro-Characterization Center (MMCC) Jรถrg Wiezorek, Director

538I Benedum Hall

624-0122

624-8069

wiezorek@pitt.edu

Center for Metal Cutting Fluids Bopaya Bidanda, Director

1049 Benedum Hall

624-9830

624-9831

bidanda@pitt.edu

Center for Molecular and Materials Simulation J. Karl Johnson, Director

1249 Benedum Hall

624-9631

624-9639

karlj@pitt.edu

949 Benedum Hall

624-9870

Freshman Program Daniel D. Budny, Director Pitt Engineering Career Access Program (PECAP) Alaine Allen, Director ENGINEERING CENTERS

Manufacturing Assistance Center (MAC) Bopaya Bidanda, Co-Director David I. Cleland, Co-Director Mascaro Center for Sustainable Innovation Eric J. Beckman, Co-Director Gena M. Kovalcik, Co-Director

Center for Sustainable Transportation Infrastructure Radisav Vidic, Co-Director Melissa Bilec, Co-Director Musculoskeletal Research Center Savio L.-Y. Woo

E1641 BSTWR

274

648-2000

pkumta@pitt.edu

sochats@pitt.edu

vidic@pitt.edu

648-2001

slyw@pitt.edu

NAME

ADDRESS

PHONE FAX

E-MAIL ADDRESS

Petersen Institute of Nanoscience and Engineering Hong Koo Kim, Co-Director

439 Benedum Hall

624-9673

624-8003

hkk@pitt.edu

Radio Frequency Identification (RFID) Center of Excellence Marlin H. Mickle

432 Benedum Hall

624-9682

624-8003

mickle@pitt.edu

624-8003

jtc@pitt.edu

Swanson Center for Micro and Nano Systems Benedum Hall Swanson Center for Product Innovation Mark S. Redfern, Director

123 Benedum Hall

624-4771

624-1108

mredfern@pitt.edu

John A. Swanson Institute for Technical Excellence Mark S. Redfern, Director

123 Benedum Hall

624-4771

624-1108

mredfern@pitt.edu

275