DBB Healthcare + Med Research 2022 by Davis Brody Bond

Columbia University Northwest Corner Building New York, NY

Firm Profile

Davis Brody Bond is among the nation’s leading design firms. Known for innovative solutions to complex design challenges, our work encompasses academic, cultural, research, technology, healthcare and housing commissions. We have been honored by more than 200 major design awards including the American Institute of Architects Firm Award, the highest honor given to an architectural practice as well as the Presidential Award for Design Excellence. The firm’s practice includes a wide range of project types. Recent commissions include such diverse projects as Columbia University’s Northwest Corner Buildimng and Manhattanville Complex; the New Portico Gallery at the Frick Collection; the Adult Emergency Department at New orkPresbyterian; new United States Embassy compounds in in Mexico City and Jakarta, Indonesia; Vanderbilt University

New York-Presbyterian Adult Emergency Department 4 New York, NY

Medical Research Building IV; Princeton University’s Neuroscience and Psychology Complex; and the Smithsonian National Museum of African American History and Culture. We are the Design Architect for the National September 11 Museum and the Associate Architect for the National September 11 Memorial at the World Trade Center. Our experience in the design of healthcare and medical research facilities is a significant part of our portfolio, including projects for the Morgan Stanley Children’s Hospital of NY-Presbyterian, Queens Hospital Center, Vanderbilt University Medical Center, Princeton University, New York Presbyterian Hospital, Mount Sinai NYU Health, Memorial Sloan-Kettering, Columbia University Medical Center and Harvard Medical School. Providing efficient, flexible and comfortable spaces for those who work or stay in our

buildings is of prime concern and we work closely with laboratory and medical staff to meet these needs. Resources and Services Headquartered in New York and with offices in Washington, DC and São Paulo, Davis Brody Bond is led by five partners: Steven M. Davis, William H. Paxson, Christopher K. Grabé, Carl F. Krebs and David K. Williams. They direct an experienced senior staff of architects and designers with project management and technical expertise. The team which supports them includes technical specialists, CAD technicians, graphic designers, model makers, and administrative staff. Davis Brody Bond provides comprehensive design services that include: Urban Design; Architecture; Master Planning; Interior Design; Historic Preservation; Programming and Planning.

Princeton University Neuroscience and Psychology Complex Princeton, NJ

Healthcare & Medical Research: Design Approach

In our practice we have been fortunate to work with clients who care deeply about their buildings, how they function as important tools in fulfilling their mission, and their value as a legacy to their institution. To serve our clients we work diligently to understand what makes them and their project unique, and use this knowledge to build a thoughtful and responsive space or building.

In these first stages we look for operational implications, subtleties of program and adjacency relationships which help to further the mission of providing care as well as making a space an efficiently functioning part of a Medical Center. As planning progresses, we maximize flexibility within the infrastructure to support new functions or trends over time.

Davis Brody Bond has significant experience in the design of spaces for healthcare institutions. Our approach when working for these clients is to use our experience and design capabilities to focus on developing a design strategy for our clients’ unique programs. Our aim is to mirror the medical and social philosophy of an institution with the physical form of the architecture, both exterior and interior. The expression of caring is an important element in our design and it shapes the architecture of a space.

Productive interaction between healthcare professionals, researchers, technicians, and students of all disciplines and experience levels has become an important consideration in the design of clinical and research spaces. Older facilities that isolate individual groups have been found to actually hamper cross-disciplinary exchange and innovation. Now, the ancillary spaces that encourage informal communication are becoming as important to the building plan as the clinical and laboratory spaces.

We believe successful planning and design for any new project grows out of an effective working collaboration between the architects and the future users of a space. A thorough programming verification phase in which a clear understanding of needs and criteria are established is a critical first step. Underlying all our studies is a search for design solutions that create as comfortable an environment as possible for patients and their families. We understand that healthcare is a team effort with the mission of providing support and comfort to patients as well as their families whether a patient seeking treatment for a cure or has a terminal illness. Care involves doctors, nurses, case managers, therapists, chaplains and social service providers. The dialogue between our team and the multiple users of a space is important, particularly when a consensus for priorities must be established in order to decide how space and budget resources can be allocated.

For over thirty years, Davis Brody Bond has emphasized a flexible, modular approach to the design of high-technology laboratories that supports collaborative research. Modular design requires skillful and well-informed integration of plan, systems, and structure, but it yields enormous advantages for the inevitable changes in laboratory requirements. Further, it ensures that evolving research activities, developments in teaching programs, and increased instructional capabilities will be fully supported over the life of the building. Davis Brody Bond has completed numerous projects that integrate departments, resources, and equipment to encourage interaction between research disciplines, undergraduate and graduate students, and the medical and sciences communities and the campus at large.

NewYork-Presbyterian Adult Emergency Department (AED) New York, NY The renovation of the Adult Emergency Department at New York-Presbyterian reorganizes traditional workflow to focus on patient-centered care, establishing lasting infrastructure upgrades, and making a symbolic architectural and community statement all while maintaining continuous operation at one of New York City’s busiest emergency departments. It keynotes a cultural reevaluation of how emergency service is to be delivered by implementing a Rapid Medical Evaluation (RME) system with new pass-through triage and observation bays and modernized equipment. In the public realm along Broadway and 168th street, the building’s internal changes are expressed through the re-cladding in limestone and glass of the existing Adult ED building. Joining together several adjacent buildings, this project overcomes the challenges of integrating infrastructure, building systems, and circulation by relying upon detailed historical document research, technical surveys and user interviews. Building upon this research, a series of workshops and planning meetings were held with the clinical staff and administrators to insure consensus and reaffirmation of the cultural shift being proposed. This research analysis included existing conditions surveys, feasibility studies, exterior and interior spatial adjacency analysis, person-traffic flow, buildings systems alternatives and phasing options to deliver a comprehensive and affordable planning strategy. By closely collaborating with core clinical administrators and the construction manager, a set of alternative scope scenarios, financial strategies and budget scenarios were developed to assist the hospital in identifying the strategy that best served all institutional constraints and constituents.

NewYork Presbyterian Adult Emergency Department

DAVIS BRODY BOND HEALTHCARE + RESEARCH 2021

NewYork-Presbyterian Pediatric Emergency Department (PED) New York, NY

As part of our ongoing work for The Children’s Hospital of New York, Davis Brody Bond has completed programming and full architectural services for a new Pediatric Emergency Department. This two-level 30,000 sf facility totally reconfigures existing laboratory and office space and adds a dramatic and highly visible streetfront entrance. Davis Brody Bond’s design accommodates the Emergency Department’s enormous growth over the last decade. The new location allows for private transfer of patients via elevator directly to bed units and diagnostic and treatment functions, streamlining the connection between pediatric trauma team and trauma suite. The design continues the children’s literature theme used in the inpatient building. Reception and nursing stations are designed as a children’s library and feature child-accessible bookshelves. Waiting areas include family reading nooks and a storyteller’s room. Forty private and ten specialty treatment rooms feature illustrations from children’s books and artwork by children from the surrounding community. Since the vast majority of Emergency Department visits take place in the evening, the ceiling design uses night sky imagery. The new Emergency Department achieves a set of crucial goals for Children’s Hospital: • Effective accommodation of patient load during high admittance periods • Reduced wait time for examination and treatment • Improved staff morale and retention through enhanced work environment • Improved location of equipment and medication to minimize staff time away from patients • Improved efficiency through new technologies such as wireless nurse call and paperless charting

Morgan Stanley Children’s Hospital of New York Pediatric Emergency Department

Mount Sinai Hospital New Building + Clinical Modernization Queens, NY Mount Sinai Hospital is currently expanding and modernizing its current clinical facility located in Queens. The facility’s constrained urban setting created many unique challenges that were necessary to overcome in order to transform the current facility into one commensurate with the Mt. Sinai brand. The key challenge was how to repurpose an existing medical facility, not initially constructed for health care, to provide the quality of healthcare delivery for which Mount Sinai Queens is world-renowned. Resulting from detailed discussions with senior administration, a two-phased vision of healthcare moving forward was developed. The initial phase focuses on the modernization of healthcare delivery systems present at the existing facility through the construction of an Ambulatory Care Pavilion (ACP). Concurrent will be a repurposing and enhancement of the image of the existing facility to symbolize a significant improvement in the quality of healthcare available at Mt. Sinai Queens. The ACP will not only afford Queens enhanced and expanded emergency care medical services but also establish an ambulatory care platform which the facility and its patrons require. This facility will include all primary diagnostic and procedural departments including Urgent Care, two floors of medical office for affiliated faculty, seven major Operating Rooms (one hybrid), a two procedure Endoscopy Suite, Advanced Imaging (including MRI/CT/ HD, Mammography, Diagnostic X-Ray, and Ultrasound), a replacement Laboratory, and a replacement Pharmacy.

Mount Sinai Queens

DAVIS BRODY BOND HEALTHCARE + RESEARCH 2021

Columbia University The Jerome L. Greene Science Center New York, NY

Davis Brody Bond has been working with Columbia University since 1990 on their historic campus, as well as on other sites owned by the University. Over the course of over 25 years, we have completed approximately 20 projects for Columbia comprising services from master planning and programming studies, to renovations and the design and construction of new facilities. For the past 11 years, we have been working on the development of Columbia University’s Manhattanville campus, a three phase, 17-acre urban academic environment that encompasses than 6.8M sf of space for teaching, research, civic, cultural, recreational, and commercial activity. Davis Brody Bond served as the Executive Architect / Architect of Record with Renzo Piano Design Workshop on the first group of buildings.

The Jerome L. Greene Science Center — the intellectual home for Columbia’s expanding research initiative in Mind, Brain and Behavior — is the first building completed as part of the new campus. The nine-story building, 458,000 sf building is the largest that Columbia has ever built and the biggest academic science building in New York City. It brings together a constellation of global leaders in neuroscience, engineering, statistics, psychology, and other disciplines, with the common goal of exploring the causal relationships between gene function, brain wiring, and human behavior. This research will have profound implications for the treatment of brain illness — probing the root causes of neurodegenerative diseases, such as Parkinson’s, Alzheimer’s, and motor neuron diseases, among others.

The building is designed for the kind of social interaction and interdisciplinary thought that is essential for innovatove ideas to thrive. The Center’s design employs a unique laboratory concept consisting of four neighborhoods articulated by two intersecting axes. On the research levels, the North-South axis is dedicated to circulation, while the East-West axis is an active area that includes meeting rooms and break spaces on each floor and a 120-seat lecture space at the top floor. These spaces make up a key feature of the research experience at the Center, encouraging collaboration among the scientists by interspersing circulation, connecting stairs, double-height spaces, and a variety of scales of meeting rooms and other interaction spaces within the research and support spaces.

Columbia University Jerome L. Greene Science Center

Princeton University Neuroscience + Psychology Complex Princeton, NJ

This complex strengthened Princeton’s developing natural sciences precinct with two connected buildings for the Department of Psychology and the Neuroscience Institute, a new initiative that put the University at the forefront of brain and behavioral sciences research. Bringing together faculty from a spectrum of departments, the project’s laboratories, offices, and teaching space were designed to create a new interdisciplinary community.

Princeton is Davis Brody Bond’s second major collaboration with Madrid-based architect Rafael Moneo. We developed architectural details, construction documents, and a BIM digital model from his concept design. We also planned the laboratory layouts, accommodating equipment from benchtop instrumentation to a four-ton MRI scanner. Achieving the intent of the luminous ribbed glass façade was a particular challenge, and we worked closely with glass foundries and wall systems manufacturers to reach an appropriate solution that combines custom elements and standard framing. The serene, gently curved building forms complement their site; two of the psychology building’s five stories nestle into a slope to reduce the complex’s apparent size. Interior shafts bring daylight into the building, and facades of cast glass bisected by clear windows provide diffuse sunlight to offices and lecture rooms.

Despite necessarily dense energy use in lab areas, the Neurosciences Complex is on track for LEED Silver certification thanks to extensive conservation measures anticipated to reduce energy costs 15% from ASHRAE standards. The double-layered façade both cuts solar heat gain and heavily insulates the building. This reduces summer cooling needs, allowing the use of a chilled beam system. In winter, mechanical systems are augmented with extremely efficient heat recovery. Occupancy controls are used for lighting and non-critical ventilation throughout. Stormwater collection and low-flow fixtures optimize water usage.

Princeton University Neuroscience & Psychology Building Princeton, NJ

Morgan Stanley Children’s Hospital of New York In-Patient Tower New York, NY

The new Morgan Stanley Children’s Hospital of New York creates a recognizable architectural image and identity for the hospital which is part of the NewYork Presbyterian Hospital network. The new building encompasses all levels of pediatric care in a state-of-theart facility enhancing the world-class medical care provided by the NewYork Presbyterian. The front façade of the building is made of brick masonry, selected to match the size, color, range and texture of the original Presbyterian Hospital. The building is organized as a base, middle and a top. Granite defines the base; the middle of the building corresponds to the main patient floors; and the top of the building is developed as a major roof structure that defines Children’s Hospital when seen from a distance. The garden façade of the building, which includes an interior extension of the garden courtyard that can be used yearround, uses the same basic architectural vocabulary. The hospital includes three new inpatient units totaling 100 beds with specialized areas for cardiology, neurology, bone marrow and organ transplant, oncology, and clinical research units. Most patient beds are situated in large private rooms with dedicated nursing, patient and family functional zones. A 50-bed light-filled neonatal intensive care unit features innovative semi-private patient bays with bedside nursing and family support amenities and an additional 14-bed pediatric intensive care unit. Family members are encouraged to stay with their children and become full partners in their care and the thoughtful design of these rooms enhances their stay. The bed floors also feature welcoming Child Life suites at each unit entrance, in‑room admissions capability, on‑unit public school rooms for patients, procedure rooms, physician on-call rooms, and staff meeting and lounge space. The lobby has a concierge and reception desk, gift shop, café, conference center, history and donor walls and a multi-use “Winter Garden” performance space. In association with Ewing Cole Cherry Brott.

Morgan Stanley Children’s Hospital of New York In-Patient Tower New York, NY

Lenox Terrace Streetscape 42 New York, New Yoek

Columbia University Audubon Research & Technology Park New York, NY

Columbia University School of Nursing New York, NY

Columbia University commissioned Davis Brody Bond to develop a master plan for the new Audubon Research and Technology Park adjacent to the Columbia Presbyterian Medical Center. The goal of the master plan was to promote science, provide new modes of healthcare, stimulate business, create jobs and help improve neighborhood life. The first phase of the master plan included the restoration of the historic 1912 Audubon Ballroom, contains the The Malcolm X and Dr. Betty Shabazz Memorial and Education Center, also designed by DBB, commercial space, and a health clinic above the Ballroom that serves the community.

Davis Brody Bond recently completed a conceptual design proposal for a new Columbia University School of Nursing Building at Audubon Avenue and 168th street in Manhattan. The 97,500 sf building will provide the school with an attractive new home enabling it to become a global leader in the training of a new generation of health professionals. To respond to a growing role within the healthcare system for nurses and nurse practitioners, this modern and well-equipped facility will feature an iconic and subdividable multipurpose room, state of the art health simulation laboratories and innovative new homes for faculty research centres in addition to a central gathering and circulation space.

Following the restoration of the Ballroom, the six-story, 105,000 sf Lasker Biomedical Research Building was the first new building to be implemented from the Master Plan. The ground floor contains retail space and a conference center that is shared by researchers and the community. The five floors above are outfitted for use as laboratory and office space, with the second floor housing a portion of the community health clinic. The Berrie Medical Science Pavilion, the Park’s second new building, is dedicated to research in the fields of preventive medicine, in particular diabetes, cancer and genome research. The building includes laboratories, a vivarium administrative offices, seminar rooms, ground floor retail space and an underground parking garage. Phase III of the Park, the Irving Cancer Research Center adds approximately 304,000 sf of space to the park and includes molecular oncology and bio-informatics research laboratories, clinical laboratories, a breast screening facility, vivariums, below-grade parking and potential street-level retail. The new structure completes the elevation on the east side of St. Nicholas Avenue and Broadway, opposite the Columbia-Presbyterian Medical Center campus, creating a unified research park.

As the fifth major project designed by Davis Brody Bond as part of the Audubon Research Park, this project will establish a gateway between the campus and community and be fully integrated with the 168th street medical and educational campus. Public programs of the new building will be showcased along 168th street and become the easternmost anchor to the 168th street campus axis. The new School of Nursing building will create a major transformation of the physical identity and presence of Nursing on the CUMC Campus. The first phase of a larger 168,900 sf project, the School of Nursing will emphasize the distinct programs through the building architecture and maintain a strong identity for the school within the greater campus and community context. Through research and analysis of building systems in adjoining facilities, the firm significantly reduced costs for the first phase of construction and retained flexibility for future build-out of upper floors as either laboratory research or general academic space.

Columbia University Audubon Research & Technology Park New York, NY

L’Oréal Research Centers São Paulo and North Brunswick, NJ

Center for Research & Sustainable Development Rio de Janeiro, Brazil As part of an ongoing relationship with L’Oréal, Davis Brody Bond took part in an invited competition for a new facility the company is hoping to open in Rio de Janeiro. The elongated east-west orientation of the site and the requirement for parking and expansion strategy has led us to develop a project which is linear. The lab module is 6.4m and determines the 12.8m structural module, so that all of the building can be transformed into lab areas, allowing for 100% interchangeability and flexibility within the built structure. Flexibility was also sought out with easily built, uncomplicated structural and MEP systems.

Cosmetics Research Facility North Brunswick, NJ Sited on a peninsula in Brazil’s Guanabara Bay, the building is placed along the southern border of the site, preserving the existing hill and its vegetation and minimizing the visual impact on the surrounding neighborhood. All labs are oriented south, taking advantage of the open views and access to natural sunlight, while concentrating support functions at North. To prevent the overexposure of daylight, the building’s façade system utilizes a simple curtain wall and sunscreen to allow the control of sun exposure as required. The overall design recognizes L’Oréal’s commitment to sustainability and the well-being of its employees and clients, striving for a LEED Gold rating.

Davis Brody Bond’s competition-winning design for L’Oréal’s North American research flagship owes its strength to an exacting client, an intriguing program, a challenging site, and a highly motivated and capable team of architects and engineers. The basis of the project is straightforward: a standard two-story structural bay tailored to accommodate research métiers and lab services on the upper level and support departments on the ground floor. These bays are laid out in three bars, bent and angled to touch at areas of common program and spread apart to create landscaped courtyards, vastly enhancing the user experience.

Healthcare & Medical Research Design Legacy

1. Vanderbilt University Medical Research Building IV, Nashville, TN. Davis Brody Bond designed a highly flexible work environment for these 400,000 sf of state-of-the-art biomedical research laboratories. Labs are arranged in 22 ft. modules with alcoves for specialty uses such as fume hoods and tissue culture rooms. The University commended MRB IV as “our most efficient and productive building.” Facades are clad in glass with cast stone bases that relate to nearby Eskind Library (also designed by DBB) and the core campus. A new auditorium lobby connects the Library arcade into a campus system of covered walkways.

5. Harvard Institutes of Medicine, Boston, MA. This complex serves a Harvard-led consortium of five biomedical research institutions with 300,000 sf of laboratory and support space. The 11-story facility transforms an obsolete 1960s high school into a leading edge research facility with a robust service infrastructure to support rapidly evolving programs. The building has been critical in helping the consortium recruit top scientists and pursue public and private funding opportunities.

6. Queens Hospital Center, Jamaica, NY. Davis Brody Bond programmed and designed the first complete replacement 2. Vanderbilt University, Eskind Biomedical Research facility in New York State in over ten years. It represents Library, Nashville, TN. Eskind Library is the hub of state-of-the-art advances in healthcare delivery and a information resources at VUMC, supporting academic and renewed commitment to public health in the City of New York. clinical work with a full spectrum of print and electronic Designed around “centers of excellence” in women’s health material. The building was designed for maximum flexibility at and cancer care, the 354,000 sf, 200-bed community hospital a time when it was not yet clear what direction the information provides comprehensive primary, specialty, and ambulatory revolution would take. Over the past twenty years, Davis care, along with diagnostic services. Brody Bond’s work has proved to be prescient and completely adaptable to evolving technologies. 7. Northwestern University Lurie Medical Research Building, Chicago, IL. This facility at Northwestern’s Feinberg 3. The University of Connecticut, Pharmacy and Biology School of Medicine. includes twelve floors of state-of-the-art Building, Storrs, CT. The development of the new School of biomedical research laboratories, faculty offices and support Pharmacy complex with research facilities for the Department spaces for the fields of genetics and molecular medicine, of Ecology and Evolutionary Biology is part of the $2.3 billion cancer, neuroscience and biomedical engineering. The “UConn 2000” campus modernization effort for this major building includes a 70,000 sf vivarium, a clean and dirty state university. Davis Brody Bond designed a facility that corridor system, housing/procedure suites, isolation/ presented a unique image, appropriate for one of the quarantine suites, survival operating room suites, and country’s top pharmacy programs and respectful of the injection suites. existing campus context. 8. University of Wisconsin, Health Sciences Learning 4. University of Virginia Health Sciences Center Center, Madison, WI. The Health Sciences Learning Center at Charlottesville, VA. The University of Virginia commissioned the University of Wisconsin supports the evolving needs of Davis Brody Bond to plan, program, and design an entirely education, research, and clinical practice in a unified facility new medical center to replace their outmoded and for the Medical, Nursing, and Pharmacy Schools. This project unadaptable existing facilities, Virginia’s largest-ever creates a new learning community that unites a range of institutional development. The new Medical Precinct is learning environments that had previously occupied many anchored by a 900-bed hospital at the center of a separate buildings. comprehensive pedestrian and vehicular transportation system. A covered walkway connects the entire campus on 9. Mount Sinai School of Medicine Icahn Medical Institute, two levels — one for in-hospital and another for visitor traffic. New York, NY. The 18-story Icahn Institute is the largest The Health Science Center is a short walk from one of the US’ component of Mount Sinai’s Research Modernization essential architectural landmarks: the University’s Thomas Program, providing 350,000 sf of laboratory, treatment, and Jefferson-designed core campus. Our design is both distinct education space for the Hospital and the School of Medicine. from and tied into the Jeffersonian context. The building was Research and clinical testing laboratories for oncology, designed for expansion, and in fact the University decided to immunology, molecular genetics, neural aging, and structural increase the size of the patient tower during construction. biology are based on a standard module that permits costeffective adaptation to different research models, both current and emerging.

Selected Clients HEALTHCARE • Beth Israel Medical Center New York, NY • Bronx-Lebanon Hospital Center Hunt’s Point Primary Care Center Bronx, NY • Brookdale University Hospital Medical Center, Brooklyn, NY • Columbia University Medical Center New York-Presbyterian Hospital Morgan Stanley Children’s Hospital of New York New York, NY • Cornell University Medical College Ithaca, NY • Harvard University Medical School Boston, MA • Hospital for Special Surgery New York, NY • Irving Center for Clinical Research New York, NY • Memorial Sloan-Kettering Cancer Ctr. New York, NY • Mount Sinai Medical Center New York, NY • Mount Sinai Queens, Queens, NY • Northwestern University Medical School, Chicago, IL • Queens Hospital Center, Jamaica, NY • St. Barnabas Hospital Bronx, NY • St. Luke’s-Roosevelt Hospital Center New York, NY • St. Vincent’s Hospital & Medical Center New York, NY • University of Virginia Health Sciences Center, Charlottesville, VA • Vanderbilt University Medical Center Nashville, TN • Yale University, Yale/New Haven Hospital, New Haven, CT

• Mount Sinai School of Medicine New York, NY • New York Structural Biology Center Cryogenic Electron Microscopy Facility, New York, NY • New York University Polytechnic Institute, Brooklyn, NY • Northwestern University Chicago & Evanston, IL • Princeton University, Princeton, NJ • Procter & Gamble Gillette Irapuato, Mexico • Rockefeller University, New York, NY • Stony Brook Uniiversity Stony Brook, NY • University of Connecticut, Storrs, CT • University of Maryland Biotechnology Institute, Baltimore, MD • University of Virginia Health Sciences Division, Charlottesville, VA • University of Wisconsin Health Sciences Division, Madison, WI • Vanderbilt University Medical Center Nashville, TN • Valéo Automotive Parts Manufacturer Various Locations • Yale University, Yale/New Haven Hospital, New Haven, CT

• Rensselaer Polytechnic Institute Troy, NY • Rockefeller University, New York, NY • Rutgers University New Brunswick & Newark, NJ • Sarah Lawrence College Bronxville, NY • State University of New York Binghampton, Buffalo & Amherst, NY • Stony Brook University StonyBrook, NY • University of Connecticut, Storrs, CT • University of Maryland Biotechnology Inst., Baltimore, MD • University of Pennsylvania Philadelphia, PA • Univ. of Virginia, Charlottesville, VA • University of Wisconsin, Madison, WI • Vanderbilt Univ. & Medical Center Nashville, TN • Yeshiva University Cardozo Law School, New York, NY • Eagle Academy for Young Men Co-sponsored by the NYC SCA and 100 Black Men of New York, Inc. Bronx, NY • Harlem Children’s Zone Community Center & Charter School, New York, NY • New Haven Public Schools New Haven, CT • NYC School Construction Authority New York, NY • Speyer Legacy School, New York, NY

• Malcolm X and Dr. Betty Shabazz Memorial and Education Center New York, NY • Martin Luther King, Jr. Center for Nonviolent Social Change Memorial & Library, Atlanta, GA • The Museum of Modern Art New York, NY • National Great Blacks in Wax Museum Baltimore, MD • National Mall Trust, Washington, DC • National September 11 Memorial & Museum at the World Trade Center Foundation New York, NY • New York Public Library, New York, NY • The Perelman Center for the Performing Arts at the World Trade Center New York, NY • The Port Authority of New York and New Jersey, New York, NY • Queens Borough Public Library Queens, NY • RECenter, East Hampton, New York • Republic of South Africa Embassy to the United States Washington, DC • Smithsonian Institution Washington, DC • U.S. Department of State 1970 World Exposition Osaka, Japan • U.S. Department of the Interior National Park Service Various Locations • U.S. Department of State Bureau of Overseas Buildings Operations (OBO) Worldwide Locations • U.S. General Services Administration New York, NY & Bowie, MD • Wildlife Conservation Society Bronx Zoo, Bronx, NY

SCIENCE + TECHNOLOGY • ARCO Chemical Company Newton Square, PA • Brown University, Providence, RI • Columbia University & Columbia University Medical Center New York, NY • Cornell University & Cornell University Medical School, Ithaca, NY • Deep Underground Science and Engineering Laboratory (DUSEL) Homestake, SD • Estée Lauder Inc., Various Locations • Harvard Medical School, Boston, MA • L’Oréal, Various Locations • Memorial Sloan-Kettering Cancer Center, New York, NY

ACADEMIC • Brown University, Providence, RI • Chesapeake College, Wye Mills, MD • The City University of New York Baruch College, New York, NY • Central Connecticut State Univ. New Britain, CT • Columbia University Morningside Heights Campus, Manhattanville Campus, & Medical Center New York, New York • Cornell University, Ithaca, New York • Dillard University, New Orleans, LA • Harvard University Medical School Boston, MA • Lincoln Ctr. for the Performing Arts Juilliard School of Music & The School of American Ballet New York, NY • Massachusetts Inst. of Technology Cambridge, MA • Mount Sinai School of Medicine New York, NY • New York University, New York, NY • New York University Polytechnic Institute, Brooklyn, NY • Northwestern University Chicago & Evanston, IL • Princeton University Princeton, NJ

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CIVIC/CULTURAL • American Museum of Natural History New York, NY • Birmingham Civil Rights Institute Birmingham, AL • Brooklyn Botanic Garden, Brooklyn, NY • District of Columbia Public Library Washington, DC • The Federal Reserve Bank of New York, New York, NY • The Frick Collection, New York, NY • Ghana National Construction Corporation, Bolgatanga, Ghana • Governors Island Governors Island, NY • Harvard Club of New York City New York, NY • Human Rights in ChinaNew York, NY • Irish Arts Center, New York, NY • The Library of Congress Architect of the Capitol Culpeper, VA • Lincoln Center for the Performing Arts New York, New York • Lower Manhattan Cultural Council New York, NY

RESIDENTIAL • The Durst Organization New York, NY • Lincoln Center for the Performing Arts New York, NY • The Olnick Organization New York, NY • The Related Companies New York, NY • Solow Residential New York, NY • Strivers Gardens Realty, LLC New York, NY • Zeckendorf Development New York, NY

William H. Paxson AIA Carl F. Krebs FAIA Christopher K. Grabé FAIA, LEED AP David K. Williams AIA

Davis Brody Bond, LLP Architects and Planners One New York Plaza, Suite 4200 New York, NY 10004 www.davisbrody.com