EO Fall 2015 Catalog by The University of Idaho

Engineering Outreach

UNIVERSITY OF IDAHO CATALOG | FALL 2015

Professional Online Education

Engineering Fall 2015 February 1

Application priority deadline for fall 2015 graduate admission; see www.uidaho.edu/graduateadmissions

April 20

Fall 2015 registration opens; see www.uidaho.edu/ registrar/registration/schedule

May 15

Last day to apply for fall graduation without a late fee; see www.uidaho.edu/registrar/graduation

August

University of Idaho campus

Fall 2015 classes begin Last day to register for fall 2015 EO courses (without a late fee) View online sessions and course materials at the EO Portal: eo.uidaho.edu/portal

Late payment fees begin

Last day to register or add a course on VandalWeb

September

Local: (208) 885-6373 Toll-free: (800) 824-2889 Email: outreach@uidaho.edu

Application priority deadline for spring 2016 graduate admission; see www.uidaho.edu/graduateadmissions

Last day to register or add without a petition Last day to change to pass/fail grading option Last day to drop or change to audit without receiving a “W” Last day to receive 100 percent refund of course fees No refunds after September 4

Late payment fee rate increases; see eo.uidaho.edu/fees for details

Labor Day — university closed

Cover photo: Autumn on UI campus University of Idaho Catalog, Vol. 111, No. 3 — June 2015 The University of Idaho Catalog (USPS 651-360) is published five times per year. Published twice in April, once in June, October and November by the University of Idaho Office of the Registrar, Engineering Outreach, and Independent Study in Idaho, 875 Perimeter Dr., MS 4260, Moscow, Idaho 83844-4260. Periodicals postage paid at Moscow Idaho 83843. Postmaster: Send address changes to: University of Idaho, Engineering Outreach 875 Perimeter Dr MS 1014, Moscow, ID 83844-1014. The University of Idaho has a policy of nondiscrimination on the basis of race, color, religion, national origin, sex, age, sexual orientation, gender identity/expression, disability or status as a Vietnam era veteran. This policy applies to all programs, services, and facilities, and includes, but is not limited to, applications, admissions, access to programs and services, and employment.

Outreach Calendar

FALL 2015 CONTENTS

October

Master’s Degree Programs...............................................................4

Calendar..............................................................(inside front cover) Why Choose Our Program?.............................................................3 Engineering Outreach.......................................................................4

Academic Certificates.......................................................................4

Last day to withdraw or change to audit

Admission............................................................................................5 New EO Student Checklist..............................................................5

November 9

Registration and Fees........................................................................6

Spring 2016 registration opens; see www.uidaho.edu/ registrar/registration/schedule

NetID Account...................................................................................7 Course Delivery..................................................................................8

Fall recess — November 23–27 — no classes all week; university closed November 26–27

Course Completion...........................................................................8 Exam Process......................................................................................9

December 12

Fall Commencement

Final exam week — December 14–18

Fall 2015 semester ends Course completion deadline for fall 2015 EO courses, 3 p.m. Pacific time Last day to apply for spring 2016 graduation without a late fee; see www.uidaho.edu/registrar/graduation

Holiday break — December 23, 2015–January 4, 2016 — university closed to public

EO Portal closes — download any fall 2015 sessions, graded materials or exams by the end of the day

Focus on: Engineering Management............................................10 Finding the CRN............................................................................... 11 Fall 2015 Courses.............................................................................12 Accounting................................................................................12 Biological and Agricultural Engineering..............................12 Business.....................................................................................12 Civil Engineering......................................................................13 Computer Science...................................................................14 Electrical and Computer Engineering..................................14 Engineering — General...........................................................18

January

Engineering Management......................................................18

Geological Engineering...........................................................19

Spring 2016 classes begin Last day to register for spring 2016 EO courses (without a late fee) View online sessions and course materials at the EO Portal: eo.uidaho.edu/portal

Materials Science and Engineering.......................................19 Mathematics.............................................................................19 Mathematics Education.........................................................21 Mechanical Engineering..........................................................21 Statistics................................................................................... 22 Academic Departments................................................................. 24 EO Contact Information................................................................ 25 List of Fall 2015 Courses................................... (inside back cover) 2

Quality Programs. Innovative Delivery!

Why Choose Our Program? Our Mission

Our Innovative Delivery

The University of Idaho considers outreach an integral responsibility. Engineering Outreach’s mission is to serve off-campus students, business and industry by providing quality programs with innovative delivery.

• Course sessions are recorded in high definition and encoded in MPEG-4 HD format.

Our Quality Programs

• More than 70 continually updated courses are delivered each fall and spring semester.

• Graded coursework is accessible online through a secure portal.

• Engineering Outreach offers complete master’s degrees, academic certificates and coursework for transfer credit in engineering and related fields.

• Sessions are posted online within two hours of being encoded. • Secure online access is available for course-related communication.

• EO is an established distance education program with 40 years of experience delivering courses to off-campus students.

• EO has one of the university’s most popular websites; it is easily navigated and updated on a daily basis.

• The University of Idaho is a member of the Association of Public Land Grant Universities (APLU) and is regionally accredited by the Northwest Commission on Colleges and Universities (NWCCU).

Our Commitment to Student Success • EO offers consistent and personalized student support services with responsive staff committed to meeting the educational needs of students, accessible by telephone, email and live chat.

• More than 95 percent of EO students complete their courses, and reenrollment rates each semester for graduate students are high.

• University resources, student services and academic advising are available to all EO students.

• EO is approved by the U.S. Department of Veterans Affairs (VA) for U.S. military students. • Engineering graduate programs are supported by undergraduate degree programs that are accredited by the Engineering Accreditation Commission of ABET, http://www.abet.org. 3

Engineering Outreach

eo.uidaho.edu

About Us

Academic Certificates

Engineering Outreach is a University of Idaho College of Engineering distance education program. It was established in 1975 to meet the educational needs of Idaho’s just-developing high-tech industry. EO’s first courses were delivered on videotape to regional corporations and libraries. Today EO students worldwide are earning master’s degrees, academic certificates, and transfer credits completely online.

An academic certificate is a coherent body of coursework designed to reflect specialized expertise. Earning a certificate from the University of Idaho may provide professional advancement opportunities and build a strong foundation for future graduate study. College of Engineering certificate courses already exist in the graduate curricula, and all required courses are delivered online by Engineering Outreach.

The University of Idaho, located in Moscow, Idaho, was established in 1889 and currently has more than 10,000 students. The university is an internationally recognized land-grant institution that combines research, graduate and professional education with a strong undergraduate base in the liberal arts and sciences. Visit www.uidaho. edu for more information.

Certificates require between 12 and 15 credits of coursework, up to 12 of which may be applied toward a degree at the University of Idaho with academic departmental approval. Engineering Outreach delivers online courses for the following academic certificates. Also included are the courses scheduled for delivery this fall that apply to those certificates.

Accreditation/Affiliations The University of Idaho is a member of the Association of Public Land Grant Universities (APLU) and is regionally accredited by the Northwest Commission on Colleges and Universities (NWCCU).

Fall 2015 Certificate Courses

College of Engineering graduate programs are supported by its undergraduate programs that are accredited by the Engineering Accreditation Commission of ABET, http://www.abet.org. These programs include Biological and Agricultural Engineering (B.S.B.A.E.), Chemical Engineering (B.S.Ch.E.), Civil Engineering (B.S.C.E.), Computer Engineering (B.S.Comp.E.), Electrical Engineering (B.S.E.E.), Materials Science Engineering (B.S.M.S.E.) and Mechanical Engineering (B.S.M.E.). The Computer Science degree (B.S.C.S.) program is accredited by the Computing Accreditation Commission of ABET.

Analog Integrated Circuit Design Suat Ay, Ph.D. (suatay@uidaho.edu) • ECE 445 Introduction to VLSI Design • ECE 460 Semiconductor Devices • ECE 515 Analog Integrated Circuit Design Power System Protection and Relaying Brian Johnson, Ph.D., P.E. (bjohnson@uidaho.edu)

Master’s Degree Programs

• ECE 523 Symmetrical Components

Engineering Outreach delivers coursework for the master’s degrees listed below. All required coursework may be completed online, and most students will visit campus near the end of their programs to take a comprehensive exam or defend a thesis. These master’s degree programs require between 30 and 36 total credits.

Process & Performance Excellence Christopher Williams, Ph.D. (chrisw@uidaho.edu) • • • •

• Civil Engineering (M.Engr.) • Computer Engineering (M.S., M.Engr.)

Stat 431 Bus 439 Stat/Bus 456 Stat 507

Statistical Analysis Systems and Simulation Quality Management Experimental Design

Secure and Dependable Computing Systems James Alves-Foss, Ph.D. (jimaf@uidaho.edu)

• Computer Science (M.S.) • Electrical Engineering (M.S., M.Engr.)

• CS 4/538 Network Security • CS 4/548 Survivable Systems and Networks

• Engineering Management (M.Engr.)

Statistics Christopher Williams, Ph.D. (chrisw@uidaho.edu)

• Geological Engineering (M.S.) • Mechanical Engineering (M.Engr.)

• • • • •

• Statistical Science (M.S.) • Teaching Mathematics (M.A.T.) • Technology Management (M.S.)

Stat 431 Stat 451 Stat 452 Stat 507 Stat 565

Statistical Analysis Probability Theory Mathematical Statistics Experimental Design Computer Intensive Statistics

Admission Students taking courses delivered by Engineering Outreach must be admitted to the University of Idaho. They follow the same admission procedures as on-campus students, working with academic departments and the Office of Admissions. Students may apply online or download application forms from the admissions website. Admission status options include nondegree, undergraduate and graduate.

Graduate Admission

www.uidaho.edu/graduateadmissions Application priority deadlines: • February 1 (summer and fall admission) • September 1 (spring admission)

New EO Student Checklist

Applications received after the deadline but before the official start of the semester for which the applicant is seeking entry will be accepted only if additional students can be accommodated. If graduate admission is not granted prior to the EO registration deadline, students may apply for nondegree admission. Credits for classes taken by students with nondegree status are not automatically transferable into a master’s program, so students should work closely with a faculty adviser during this process.

Access this list online at eo.uidaho.edu/get-started to use active links.

55Apply for admission. 55Review the Internet and email policies. 55Review information about registration and fees. 55After you are admitted, set up your NetID account. Check

VandalMail daily for emails from instructors, EO staff or other UI offices.

Nondegree Admission www.uidaho.edu/admissions

55Select a course, noting the course registration number (CRN).

Students apply for nondegree admission for some of the following reasons:

55Contact academic departments for academic advising, course prerequisites and instructor permissions before registering.

• Pursue studies for personal or professional advancement.

55Register by the registration deadline using VandalWeb.

• Meet the registration deadline while graduate admission application is in process.

55Look up or purchase your course textbooks on the VandalStore website.

• Take prerequisites prior to graduate admission.

55Review EO’s registration confirmation email, and contact EO

• Earn credits to transfer to another university.

if corrections are necessary.

• Earn an academic certificate.

55Find a proctor in your community willing to administer your

Nondegree students receive credit. With academic departmental approval, some or all of these credits may be applied toward a master’s degree at the University of Idaho if graduate admission is granted later.

exams; complete the online EO Proctor Information form.

55Pay your course fees by the first day of the semester to avoid late fees.

Undergraduate Admission

55Read the information about course delivery to enhance your

www.uidaho.edu/admissions

viewing experience.

Engineering Outreach delivers a wide variety of undergraduate courses, but it is not possible to earn a bachelor’s degree completely online through the program.

55Visit EO’s course schedules to determine when your course sessions are available.

55Access online course sessions by logging in to the EO Portal

Non-U.S. Citizen and International Admission

with your NetID and password.

www.uidaho.edu/admissions/other-audience-requirements

55Review EO’s calendar for add, drop, refund, course change and

Non-U.S. citizens residing in the United States and other international students have additional admission requirements, which may include TOEFL scores or equivalent, and verification of current visa status or copy of passport.

course completion deadlines.

55Questions? Contact us!

Registration and Fees Register Early!

How to Register

University of Idaho courses have enrollment minimums, and registering early can help ensure that scheduled courses will not be cancelled. This is critical for graduate-level courses that are scheduled for production during the current semester. It is also important to register early because some courses have enrollment caps, which may be reached soon after registration opens. Refer to the EO Calendar on the inside front cover of this catalog to determine when registration opens.

EO students register using VandalWeb; refer to the VandalWeb registration instructions on the EO website. Also refer to the example on page 11 of this catalog, which discusses registering with CRNs (course registration numbers). Students are advised to resolve prerequisite and permission requirements prior to attempting to register on VandalWeb. If the course description lists a prerequisite or permission requirement, students must contact the instructor or the academic department to discuss their academic backgrounds and to request removal of holds. If students receive holds while registering, they are required to take action in order to successfully register.

Fees Students registering for EO courses pay a per-credit fee, and out-ofstate residents pay the same fees as residents. Fees include registration and online course access but do not include textbooks or software.

EO will send an email to each student’s VandalMail account confirming that the student’s registration information was received.

Payment in full must be received by the first day of the semester. If payment is not received by this time, the charges will remain outstanding on the student’s account, and late fees will accrue. EO will not release access to online sessions until payment has been received in full. Students are not automatically dropped due to non-payment and must drop the course to avoid late fees. This must be done on VandalWeb by the student. See the EO Calendar on the inside front cover of this catalog for deadlines.

Refunds Registering for a course creates a financial obligation to the University of Idaho. If there is any doubt about a course meeting your needs, contact the instructor with questions prior to registering. Students are responsible for dropping courses through VandalWeb prior to the first day of the semester to avoid being billed and graded. To receive a 100 percent refund, the course(s) must be dropped within the first 10 days; there are no refunds after the 10th day. See the Fall 2015 EO Calendar on the inside front cover of this catalog for the refund deadline.

More information on the following payment options can be found on the EO website: • Visa, MasterCard or Discover credit or debit card

Textbooks

• Check or money order (payable to “University of Idaho Bursar”) sent to Engineering Outreach

Textbooks and software are not included in the course materials supplied by EO, and the cost is not included with registration fees. Required textbooks are listed on the VandalStore’s website at www.vandalstore.com and may be ordered online by selecting Vandal Books; the EO section is typically section 10.

• Tuition voucher from U.S. military or corporation • Debit/credit or electronic bank transfer (e-check) via VandalWeb • Payment plan at www.uidaho.edu/controller/studentaccounts/ paymentplans

Financial Aid

Military Benefits

Graduate and undergraduate students taking courses delivered by EO may be eligible for financial aid if they are enrolled at least half-time; nondegree students are not eligible. Visit Student Financial Aid Services at www.uidaho.edu/financialaid for more information.

University of Idaho programs are approved by the U.S. Department of Veterans Affairs (VA). Visit www.uidaho.edu/dos/veteransaffairs for more information. Tuition assistance for active duty military members may be used for a portion of the Engineering Outreach course fees. Visit eo.uidaho.edu/about-students for more information about how to submit tuition assistance vouchers.

Fall 2015 EO Course Fees* Course Level

UI Undergraduate/Nondegree Admission

UI Graduate Admission

Courses numbered 100–499

$614.00/credit

$720.00/credit

Courses numbered 500–599

$681.00/credit

$720.00/credit

*Fees are subject to change by the Board of Regents of the University of Idaho; refer to the EO website for the most current information

NetID Account Every student receives a University of Idaho NetID account at the time of admission. This account gives a student access to a wide range of services and remains active as long as the student is enrolled. To initially set up the account, the student will be required to set up a security profile and NetID password; follow the directions at http://vandalsetup.uidaho.edu.

NetID and Password

VLab

The NetID is provided in the admission letter and consists of four letters and four numbers, e.g., Joe Vandal’s NetID would be “vand1234.” Students set up their NetID passwords when they first access their accounts.

http://vlab.uidaho.edu The university’s VLab (virtual computer lab) allows students to run university-licensed software on their own computers from anywhere with an Internet connection. After installing a software package called “Citrex Receiver,” students select the program they would like to run in their browsers, and it will open automatically.

EO Portal eo.uidaho.edu/portal Students who have registered for Engineering Outreach courses access their course sessions, handouts and graded materials by logging in to the EO Portal with their NetIDs and passwords.

Some of the software programs available through VLab: • MathCAD 15 • Matlab 2012a

VandalWeb

• Minitab 16

http://vandalweb.uidaho.edu VandalWeb is a secure website that allows students to access their personal university-related information and perform university-related tasks, including the following:

• NIST Reference Fluid Properties • Populus

VandalMail Students are required to activate and use their UI email addresses, ending with @vandals.uidaho.edu, to ensure receipt of important university communications in a timely and consistent manner. Students are responsible for all information sent to their VandalMail.

• View final grades, unofficial transcripts and degree audits. • View and update personal contact information, such as mailing and email addresses. • Access student account information, including e-check instructions and direct deposit setup for financial aid purposes.

Students are encouraged to check their VandalMail accounts frequently. EO sends all email communication to students’ VandalMail accounts, including messages about the following:

• View and update registration status, including adding, dropping or withdrawing from courses.

• Registration status and waitlist updates

BbLearn

• Exams that were sent or received

http://bblearn.uidaho.edu Some instructors use the BbLearn course management system in addition to the EO Portal to provide supplementary course materials or other features such as online discussion groups and access to grades for individual exams and assignments. To determine if the course instructor uses BbLearn, log in to the EO Portal and refer to the course syllabus or course website by selecting the Course Links icon.

• Graded coursework being posted in the EO Portal • Daily class cancellations for live courses Per FERPA policies, students’ names and VandalMail email addresses will be disclosed to other students in a course at the request of the instructor. Email addresses are considered “directory information” and may also be disclosed to persons not associated with the course unless the student submits the Request to Restrict the Disclosure of Directory Information form to the Office of the Registrar before the beginning of the semester. Download the form at www.uidaho.edu/registrar/forms, and select Confidentiality Request form. If a student submits this form after the semester begins, notify the EO enrollment services specialist at eoreg@uidaho.edu as soon as possible.

Resetting Passwords If students need to reset their current NetID passwords or re-establish expired or forgotten NetID passwords, they can find instructions at eo.uidaho.edu/reset, or they can call the UI Help Desk at 208-885-4357. Old Administration Building steps

Course Delivery Course Delivery Courses delivered by Engineering Outreach are recorded in University of Idaho studio classrooms and produced for online delivery by EO; they are semester-based and have the same course completion date as oncampus classes. Internet access is required for all EO students to view and/or download course sessions and materials, access and manage VandalMail, and facilitate university services and processes

Engineering Outreach Portal Students access online course sessions through the portal link on the EO home page. EO students receive online access on the first day of class, and course sessions are available approximately two hours after being encoded. Sessions may be viewed online or downloaded and saved. Students also access handouts and graded materials in the EO Portal.

Online Sessions In-class sessions are encoded in high-definition MPEG-4 format. Broadband access (e.g., DSL, cable or wireless) and a PC or Mac are required for downloading sessions. Students may also view sessions using an Apple iOS or Android device, and may subscribe to their online course sessions using iTunes or via an RSS feed.

Administration Building

Course Completion

EO recommends using VLC media player to view the downloaded sessions. Visit the EO website for more information about viewing options.

Semester Deadline The EO course completion deadline for fall 2015 is Dec. 18, 2015, at 3 p.m. Pacific time. Final exams for live courses will become available in the EO Portal for proctors to access during finals week on campus; all exams for pre-encoded courses will be available to proctors at the beginning of the semester. It is critical that the student coordinates closely with the proctor to ensure the final exam reaches EO by the deadline.

If a student is viewing EO courses using a military computer or a restricted-access computer at a workplace and has security concerns about EO course delivery, contact Terri Gaffney, the EO associate director, to discuss delivery alternatives. She can be reached at 800-824-2889 or terrig@uidaho.edu.

Disability Support Services

Final Course Grades and Transcripts

University of Idaho’s Disability Support Services Office (DSS) provides academic support services to students with temporary or permanent disabilities. Students requesting accommodation may send an email to DSS at dss@uidaho.edu. Appropriate disability documentation must be provided and exam accommodation requests must be made each semester. Visit www.uidaho.edu/studentaffairs/ asap/dss for more information.

Students may log in to VandalWeb to view final course grades and unofficial transcripts. Official transcripts may be ordered from the Office of the Registrar; visit www.uidaho.edu/registrar/ transcripts for more information.

Incompletes A grade of “incomplete” can only be assigned if a student has done passing work, but extenuating circumstances make it impossible to complete the course on time. The course instructor will assign the extended deadline. Prior to requesting a grade of incomplete, refer to the most current University of Idaho General Catalog at www.uidaho.edu/registrar/classes/catalogs, select “General Requirements and Academic Procedures,” then select “Section F — Grades of Incomplete” for detailed information.

Library Services University of Idaho Library services are available to Engineering Outreach students at www.lib.uidaho.edu, and video tutorials are provided for off-campus students. Many journal articles are accessible online or by email through interlibrary loan. Select the Distance Education link for information about services and how to obtain a library ID number.

Instructor Contact

Students who receive a grade of incomplete must visit the EO Portal by Dec. 27, 2015, to download any sessions necessary to complete the course. EO will notify proctors regarding the exam process for students who have a grade of incomplete.

Instructors can be reached by mail, email, fax or by calling Engineering Outreach at 800-824-2889. Select the Instructor Directory link on the EO home page to view contact information. 8

Exam Process Selecting an Exam Proctor

Options for qualified proctors:

Students are responsible for finding a qualified person to administer the exam process in compliance with Engineering Outreach policies. Visit the EO website for more information about the exam process and proctoring requirements, including contact information for the University of Idaho centers that provide proctoring services in Boise, Coeur d’Alene, Idaho Falls and on the Moscow campus.

• Faculty or staff at local educational institutions • Work supervisors, training coordinators or human resources personnel • U.S. military education officers • Public librarians Proctors must be impartial and cannot be students’ personal friends, family members, work subordinates or U-Idaho students. It is the student’s responsibility to pay for proctoring services if there is a charge. Proctors must be certified by EO before exams will be released. EO will notify the student if a new proctor is required.

Qualified proctors must be able to read and comprehend English. Students submit their proctor information to EO each semester by the first day of the semester using the EO Proctor Information form on the EO website.

Exam Process EO notifies both the student and the proctor by email when exams are made available to proctors. Students are responsible for scheduling appointments with their proctors to take exams; refer to the course syllabus or course website for more information about exam deadlines. Proctors will verify students’ picture IDs before releasing exams. Proctors are required to return completed exams by email or fax to EO within 24 hours of completion. EO notifies students by email when exams are received from their proctors and when graded exams are posted in the EO Portal. EO sends all email communication to the student’s VandalMail account.

Academic Integrity Engineering Outreach students and faculty are responsible for maintaining academic integrity as defined by the University of Idaho’s Student Code of Conduct. Students are expected to do the following: • Submit their own work on papers, reports, homework and exams. • Cite all materials used from other sources, such as e-publications, journal articles, newspapers and books. • Refrain from sharing coursework with other students. • Know the instructor’s expectations for each course. Consequences for academic dishonesty may be imposed by the course instructor or the Dean of Students. Such consequences may include a grade of ‘F’ in the course or expulsion from the university.

Focus on: Engineering Management Engineering Management and Technology Management at the University of Idaho offer working engineering or technical professionals an opportunity to broaden their leadership and technical management skills by earning an M.S. or M.Engr. degree through an online program. Leadership positions, whether formal or informal, require an engineer or technologist to consider the technical, analytical, business and human aspects of managing in a technical environment. Recognizing this, both programs are multidisciplinary and are supported by faculty across engineering, business and science. Students also have the opportunity to extend their technical expertise through electives, providing maximum flexibility.

Student Profile “I am a serial entrepreneur, community leader and an avid outdoorsman striving to push physical boundaries at work and play. My life’s goal is to make the world a better place, not only by designing better solutions, but also being a better leader at work and in my community. Before I started my first business venture, I realized that my traditional engineering training and work experience didn’t prepare me for the challenges ahead.

“I received a tailor-made learning experience that was perfect for my career.” — Leif Elgethun

Program Outcomes • To expand and reinforce your existing engineering skill set • To thoroughly examine the roles and responsibilities of an engineering manager • To provide you with a solid foundation in engineering management and business approaches, tools and practices

The Engineering Management program at the University of Idaho struck the perfect balance between technical advancement in my field, business basics like accounting and law, and leadership and management that are absolutely necessary for success in today’s market. Plus, the program’s flexibility, both in delivery and content, meant I received a tailor-made learning experience that was perfect for my career. I accomplished all of this and still had time to support my community, hit the slopes and run whitewater rapids.”

• To prepare you with the knowledge and skills needed to effectively lead a technical team • To improve the communication skills required for success in an engineering leadership role

Learn more about Engineering Management at uidaho.edu/engr/engineeringmanagement 10

Finding the CRN Every semester each course is given a specific course registration number that corresponds with the section of the course. EO courses are typically section 10 and have different CRNs from the on-campus section of the same course. Below you will find where each CRN is located within the course description.

Course titles are listed with letter designations from their department and lists the number of credits. Specifies if the course is being recorded in the current semester or if it is a pre-encoded course.

If you have further questions about the course, contact the instructor directly by email.

ME 539 Advanced Mechanics of Materials (3 cr) Same as CE 510 and MSE 539. Limitations of results of elementary mechanics of materials, complex situations of loading and structural geometry, applications to design of machines and structure, introduction to elasticity. Prereq: ME 341 or CE 342. ME 539: CRN 66294 CE 510: CRN 66292 MSE 539: CRN 69954 Produced: Spring 2015 Instructor: Matthew Riley, Ph.D. riley@uidaho.edu

Course descriptions provide a short synopsis of the course. Note the required prerequisites and permissions prior to registering, and contact the instructor or department to remove the registration hold.

There are specific course registration numbers (CRN) for each course, as well as for each level and cross list. You can search by CRN when registering in VandalWeb.

Panorama view of the University of Idaho campus, Moscow, Idaho

Fall 2015 Courses ACCOUNTING

Biological and agricultural engineering

Acct 582 Enterprise Accounting (3 cr)

Also see Civil Engineering

Carries no credit toward masterâ&#x20AC;&#x2122;s degree in accounting. Both business and non-business students will learn the critical role played by financial statements as entrepreneurs try to launch a new business. The trade-offs of various funding sources and their impacts on financial statements are also explored. Content will be presented in an integrated manner, rather than concept by concept, to emphasize the interrelatedness of forecasts and assumptions regarding revenues, costs, and financing on financial statements and thus, the resulting business model. Additional projects and/or assignments required for graduate credit.

BAE 458 Open Channel Hydraulics (3 cr) See CE 428.

BUSINESS Bus 439 Systems and Simulation (4 cr) Distribution theory, random numbers, modeling concepts and simulation of queuing and inventory systems. Students must have access to a laptop computer for use in class. Prereq: Bus 370, ChE 453, ME 313, or MSE 453; or Permission.

CRN: 38842 Produced: Spring 2013 Instructor: Jason Porter, Ph.D. (lecturer) To be announced (grader, contact)

CRN: 37969 Produced: Fall 2014 Instructor: Scott Metlen, M.B.A., Ph.D. metlen@uidaho.ed

Bus 456 Quality Management (3 cr)

CE 428 Open Channel Hydraulics (3 cr)

Same as Stat 456. Principles of total quality management, with emphasis on problem solving techniques to continually improve processes; customer-driven quality, management and employee participation, statistical process control, product/process design, and process capability. Prereq: Stat 251 or Stat 301.

Same as BAE 458. Hydraulics of uniform and varied flow in open channels with fixed and movable beds. Recommended Preparation: CE 322. CE 428 CRN: 18097 BAE 458 CRN: 24489 Produced: Fall 2015 Instructor: Jim Liou, Ph.D., P.E. liou@uidaho.edu

Note: When this course was produced in fall 2011, there was an additional prereq of Stat 271. Bus 456: CRN 33547 Stat 456: CRN 28130 Produced: Fall 2011 Instructor: Scott Metlen, M.B.A., Ph.D. metlen@uidaho.edu

CE 432/532 Design of Water and Wastewater Systems II (3 cr) Application of unit operations and processes to design of integrated wastewater treatment systems; critical analysis of existing designs. Additional projects/assignments reqd for grad cr. Prereq: CE 431. A minimum grade of ‘C’ or better is required for all pre/coreqs.

Bus 495 Product Development and Brand Management (3 cr) Same as RMat 495. This course examines the development and management of products (goods and service) and brands. Topics will include the product development process, product-life cycle, development of brands, and management of brand portfolios. Specific to services, topics will include service quality, heterogeneity, perishability, and simultaneous production and consumption. Prereq: Econ 201, Econ 202 or Econ 272.

CE 432: CRN 31682 CE 532: CRN 31685 Produced: Fall 2014 Instructor: Erik Coats, Ph.D., P.E. ecoats@uidaho.edu

CRN: 39790 Produced: Fall 2014 Instructor: Sanjay Sisodiya, Ph.D. sisodiya@uidaho.edu

Structural steel design using latest AISC specifications. Prereq: CE 342. A minimum grade of ‘C’ or better is required for all pre/coreqs.

CE 444 Steel Design (3 cr)

CRN: 38571 Produced: Fall 2015 Instructor: Staff

Bus 513 Leadership and Organizational Behavior (3 cr) CE 520 Fluid Dynamics (3 cr)

Micro oriented treatment of areas including communication, motivation, group process, conflict, leadership style.

See ME 420.

CRN: 34492 Produced: Spring 2014 Instructor: Barry Willis, Ed.D. bwillis@uidaho.edu

CE 532 Design of Water and Wastewater Systems II (3 cr) See CE 432.

CE 556 Properties of Highway Pavement Materials (3 cr)

CIVIL ENGINEERING

Physical and mechanical properties of asphalt and Portland cement concrete materials; design of asphalt concrete mixes; introduction to viscoelastic theory; characterization methods, emphasizing fatigue, rutting and thermal cracking; modification and upgrading techniques. Prereq: CE 357 or Equivalent, or Permission. A minimum grade of ‘C’ or better is required for all pre/coreqs.

CE 330 Fundamentals of Environmental Engineering (3 cr) Principles of engineered environmental systems, including physical, chemical, and microbiological processes; types and effects of pollutants; regulations; treatment of water, wastewater, sludges, and solid waste; control of air and agricultural pollution. Prereq: Engr 335, Chem 111, CE 215 and Math 310. A minimum grade of ‘C’ or better is required for all pre/coreqs.

CRN: 26506 Produced: Fall 2014 Instructor: Fouad Bayomy, Ph.D., P.E. bayomy@uidaho.edu

CRN: 38716 Produced: Fall 2015 Instructor: Erik Coats, Ph.D., P.E. ecoats@uidaho.edu

Free software accessible in VLab: http://vlab.uidaho.edu 13

COMPUTER SCIENCE

CS 472/572 Evolutionary Computation (3 cr) Solving computation problems by “growing” solutions; simulates natural evolution using analogues of mutation, crossover, and other generic transformations on representations of potential solutions; standard EC techniques such as genetic algorithms and evolutionary programming, mathematical explanations of why they work, and a survey of some applications; the focus is on solving real-world problems using projects. Graduate-level research and possible paper or presentation required for grad cr. Prereq: CS 210.

Also see Electrical and Computer Engineering CS 438/538 Network Security (3 cr) Practical topics in network security; policy and mechanism, malicious code; intrusion detection, prevention, response; cryptographic techniques for privacy and integrity; emphasis on tradeoffs between risk of misuse, cost of prevention, and societal issues; concepts implemented in programming assignments. Additional projects/assignments reqd for grad cr. Recommended Preparation: Knowledge of C or C++. Prereq: CS 336.

CS 472: CRN 34517 CS 572: CRN 28127 Produced: Fall 2015 Instructor: Terence Soule, Ph.D. tsoule@uidaho.edu

CS 438: CRN 38609 CS 538: CRN 38610 Produced: Fall 2015 Instructor: James Alves-Foss, Ph.D. jimaf@uidaho.edu

CS 512 Parallel Algorithms (3 cr) Parallel algorithm design; formal analysis of parallel algorithmic complexity; measures of parallel efficiency; relationship between algorithmic structure and parallel mapping strategies; the consequences of spatial- and temporal-locality. Additional projects/assignments required for graduate credit. Prereq: CS 395.

CS 445 Compiler Design (4 cr) Algorithms used by the following system software: assemblers, macroprocessors, interpreters, and compilers; compiler design options and code optimization; all concepts implemented in major programming assignments. Prereq: CS 210 and 385.

CRN: 38686 Produced: Fall 2015 Instructor: Robert Hiromoto, Ph.D. hiromoto@uidaho.edu

CRN: 30343 Produced: Fall 2015 Instructor: Robert Heckendorn, Ph.D. heckendo@uidaho.edu

CS 538 Network Security (3 cr) See CS 438.

CS 448/548 Survivable Systems and Networks (3 cr) Computers and networks under malicious threat or attack. Attributes of survivability, trustworthiness, dependability and assurance. Threats to survivability, security, reliability and performance. Models and analytical methods to assess survivability, vulnerability, interdependence and risk. Systemic inadequacies and approaches for overcoming deficiencies. Literature review and case studies. Additional projects/assignments required for graduate credit. Recommended Preparation: CS 449/549 or CS 438.

CS 548 Survivable Systems and Networks (3 cr) See CS 448.

CS 551 Advanced Computer Architecture (3 cr) See CS 451.

CS 572 Evolutionary Computation (3 cr) See CS 472.

CS 448: CRN 36191 CS 548: CRN 36192 Produced: Fall 2015 Instructor: Axel Krings, Ph.D. krings@uidaho.edu

ELECTRICAL AND COMPUTER ENGINEERING Also see Computer Science

CS 451/551 Advanced Computer Architecture (3 cr) Same as ECE 441/541. Principles and alternatives in instruction set design; processor implementation techniques, pipelining, parallel processors, memory hierarchy, and input/output; measurement of performance and cost/performance trade-off. Additional work required for graduate credit. Prereq: CS 150, Stat 301 or Permission.

ECE 210 Electrical Circuits I (3 cr)

CS 451: CRN 36027 CS 551: CRN 28041 Produced: Fall 2015 Instructor: Robert Rinker, Ph.D. rinker@uidaho.edu

Department permission required, contact info@ece.uidaho.edu.

Intro to d.c. and transient electrical circuits; mesh and nodal analysis; dependent sources; circuit theorems; transient analysis with differential equations. Prereq: Math 175 with a grade of ‘C’ or better; Coreq: ECE 211, Math 310 and Phys 212/212L.

CRN: 37476 Produced: Fall 2013 Instructor: Michael Santora, Ph.D. (lecturer) Feng Li, Ph.D. (grader, contact) fengli@uidaho.edu

ECE 211 Electrical Circuits I Lab (1 cr)

ECE 310 Microelectronics I (3 cr)

Lab to accompany ECE 210. Lab experiments and computer simulations. Coreq: ECE 210 and Phys 212/212L.

Operational amplifier fundamentals and applications, introduction to electronic devices such as diodes, bipolar junction transistor (BJT) and metal oxide semiconductor field effect transistors (MOSFET), large and small-signal modeling of non-linear electronic devices, DC and smallsignal analysis of circuits with non-linear electronic devices, biasing of electronic circuits using passive and active elements such as current mirrors, frequency response of electronic circuits, introduction to the analysis, design, and applications of electronic circuits such as rectifiers, power supplies, and low-frequency single-stage amplifiers. Practical limitations of amplifiers of electronic circuits. Prereq: ECE 212 and ECE 213; Coreq: ECE 311.

Department permission required, contact info@ece.uidaho.edu. CRN: 37477 Produced: Fall 2013 Instructor: Michael Santora, Ph.D. (lecturer) Feng Li, Ph.D. (grader, contact) fengli@uidaho.edu

ECE 212 Electrical Circuits II (3 cr) Continuation of ECE 210. Intro to sinusoidal steady state circuits; time and frequency domain analysis; Laplace transforms; Fourier series; transfer functions; Bode plots, filters. Prereq: ECE 210, Math 310, and Phys 212/212L; a grade of ‘C’ or better is required for all prerequisite courses; Coreq: ECE 213.

Department permission required, contact info@ece.uidaho.edu. Note: When this course was produced in summer 2013, the title was ECE 310 Fundamentals of Electronics, and the description was “Operational amplifier fundamentals and applications, introduction to electronic devices such as diodes, bipolar junction and field effect transistors, large and small-signal modeling of non-linear electronic devices, DC and small-signal analysis of circuits with non-linear electronic devices, biasing of electronic circuits, introduction to the analysis, design, and applications of electronic circuits such as rectifiers, power supplies, and low-frequency single-stage amplifiers. Practical limitations of amplifiers of electronic circuits.”

Department permission required, contact info@ece.uidaho.edu. CRN: 37478 Produced: Fall 2013 Instructor: Michael Santora, Ph.D. (lecturer) Feng Li, Ph.D. (grader, contact) fengli@uidaho.edu

CRN: 31307 Produced: Summer 2013 Instructor: Michael Santora, Ph.D. mjsantora@uidaho.edu

ECE 213 Electrical Circuits II Lab (1 cr) Lab to accompany ECE 212. Continuation of ECE 211. Lab experiments and computer simulations. Prereq: ECE 211 and Phys 212/212L; Coreq: ECE 212. Department permission required, contact info@ece.uidaho.edu.

ECE 311 Microelectronics I Lab (1 cr)

CRN: 37479 Produced: Fall 2013 Instructor: Michael Santora, Ph.D. (lecturer) Feng Li, Ph.D. (grader, contact) fengli@uidaho.edu

Lab to accompany ECE 310. Coreq: ECE 310. Department permission required, contact info@ece.uidaho.edu. Note: When this course was produced in summer 2013, the title was ECE 311 Fundamentals of Electronics Lab. CRN: 37515 Produced: Summer 2013 Instructor: Michael Santora, Ph.D. mjsantora@uidaho.edu

ECE 240 Digital Logic (3 cr) Number systems, truth tables, logic gates, flip-flops, combinational and synchronous sequential circuits; intro to digital systems and basic microprocessor architecture; certification exam not reqd. Prereq: Phys 212/212L; Coreq: ECE 241. CRN: 38769 Produced: Spring 2015 Instructor: Michael Santora, Ph.D. mjsantora@uidaho.edu

ECE 241 Logic Circuit Lab (1 cr) Open lab to accompany ECE 240. Design and construction of combinational and synchronous sequential logic circuits; certification exam not reqd. Prereq: Phys 212/212L; Coreq: ECE 240. CRN: 38768 Produced: Spring 2015 Instructor: Michael Santora, Ph.D. mjsantora@uidaho.edu

ECE 319 Background Study in Electronics (3 cr)

ECE 330 Electromagnetic Theory (3 cr)

Not applicable toward any UI undergrad degree; valid only for removal of electronics (ECE 310) deficiency for grad students who do not have BSEE background. See ECE 310 for description. Graded P/F based on comprehensive exam at completion of course. Prereq: Permission.

Vector mathematics; charge and current; fields as forces; work, potential and electro-motive force; Faraday’s law of induction; Gauss’s and Ampere’s laws; material modeling; waves in isotropic media. Prereq: Math 275, Math 310, and Phys 212/212L; Coreq: ECE 331.

ECE 310 Microelectronics I (3 cr). Operational amplifier fundamentals and applications, introduction to electronic devices such as diodes, bipolar junction transistor (BJT) and metal oxide semiconductor field effect transistors (MOSFET), large and small-signal modeling of non-linear electronic devices, DC and small-signal analysis of circuits with non-linear electronic devices, biasing of electronic circuits using passive and active elements such as current mirrors, frequency response of electronic circuits,, introduction to the analysis, design, and applications of electronic circuits such as rectifiers, power supplies, and low-frequency single-stage amplifiers. Practical limitations of amplifiers of electronic circuits. Prereq: ECE 212 and ECE 213; Coreq: ECE 311.

CRN: 32624 Produced: Fall 2015 Instructor: David Atkinson, Ph.D. atkinson@uidaho.edu

ECE 339 Background Study in Electromagnetic Theory (3 cr) Not applicable toward any UI undergrad degree; valid only for removal of electromagnetic theory (ECE 330) deficiency for grad students who do not have BSEE background. See ECE 330 for description. Graded P/F based on comprehensive exam at completion of course. Prereq: Permission. ECE 330 Electromagnetic Theory (3 cr). Vector mathematics; charge and current; fields as forces; work, potential and electromotive force; Faraday’s law of induction; Gauss’s and Ampere’s laws; material modeling; waves in isotropic media. Prereq: Math 275, Math 310, and Phys 212/212L; Coreq: ECE 331.

CRN: 25967 Produced: Summer 2013 Instructor: Michael Santora, Ph.D. mjsantora@uidaho.edu

ECE 320 Energy Systems I (3 cr)

CRN: 38577 Produced: Fall 2015 Instructor: David Atkinson, Ph.D. atkinson@uidaho.edu

Single-phase AC measurements, transformer parameters, transformer performance, rotating DC machines, DC-DC PE converters. Prereq: ECE 212 and Phys 212/212L; Coreq: ECE 321. Note: EO does not offer the co-requisite course, ECE 321. If you are a UI student, please check with the ECE Department or Dr. Hess to ask if credits from this course can be applied to your UI study plan before you register for this course.

ECE 349 Background Study in Digital Logic (3 cr) Not applicable toward any UI undergraduate degree; valid only for removal of digital computer fundamentals (ECE 240) deficiency for graduate students. See ECE 240 for description. Graded P/F.

CRN: 37505 Produced: Fall 2015 Instructor: Herb Hess, Ph.D., P.E. hhess@uidaho.edu

ECE 240 Digital Logic (3 cr). Number systems, truth tables, logic gates, flip-flops, combinational and synchronous sequential circuits; intro to digital systems and basic microprocessor architecture; certification exam not reqd. Prereq: Phys 212/212L; Coreq: ECE 241.

ECE 329 Background Study in Energy Systems (3 cr) Not applicable toward any UI undergrad degree; valid only for removal of electrical machinery (ECE 320) deficiency for grad students who do not have BSEE background. See ECE 320 for description. Graded P/F based on comprehensive exam at completion of course. Prereq: Permission.

Note: When this course was produced, it was titled EE 341 Background Study in Digital Computer Fundamentals; ECE 240 was titled EE 340 Digital Logic, and there were no prereqs. CRN: 37272 Produced: Spring 1997 Instructor: Eugene Saghi, Ph.D. (lecturer) James Frenzel, Ph.D., P.E. (grader, contact) jfrenzel@uidaho.edu

ECE 320 Energy Systems I (3 cr). Single-phase AC measurements, transformer parameters, transformer performance, rotating DC machines, DC-DC PE converters. Prereq: ECE 212 and Phys 212/212L; Coreq: ECE 321. CRN: 25969 Produced: Fall 2015 Instructor: Herb Hess, Ph.D., P.E. hhess@uidaho.edu

ECE 350 Signals and Systems I (3 cr) Continuous and discrete linear time invariant systems. Differential and difference equations. Convolution integrals and sums. Fourier and Laplace transforms. Discrete time Fourier transforms and Z transforms. Emphasis on practical applications to engineering systems. Prereq: ECE 212 and Math 310; Coreq: ECE 351. CRN: 36208 Produced: Fall 2015 Instructor: Feng Li, Ph.D. fengli@uidaho.edu 16

ECE 359 Background Study in Signals and Systems Analysis (3 cr)

ECE 413/513 Radio-Frequency IC Design (3 cr) Radio frequency (RF) communications concepts, integrated circuit (IC) transceiver architectures, low-noise amplifier, mixers, passive devices and matching networks, oscillators, power amplifiers, phase-locked loops, and frequency synthesizers. Additional projects/assignments are required for graduate students. Prereq: ECE 410 or Permission.

Not applicable toward any UI undergrad degree; valid only for removal of signals and systems analysis (ECE 350) deficiency for grad students who do not have BSEE background. See ECE 350 for description. Graded P/F based on comprehensive exam at completion of course. Prereq: Permission.

ECE 413: CRN 37965 ECE 513: CRN 37966 Produced: Fall 2015 Instructor: Suat Ay, Ph.D. suatay@uidaho.edu

ECE 350 Signals and Systems I (3 cr). Continuous and discrete linear time invariant systems. Differential and difference equations. Convolution integrals and sums. Fourier and Laplace transforms. Discrete time Fourier transforms and Z transforms. Emphasis on practical applications to engineering systems. Prereq: ECE 212 and Math 310; Coreq: ECE 351.

ECE 415/515 Analog Integrated Circuit Design (3 cr) Analog integrated circuit (IC) analysis, design, simulation, and layout, advanced biasing techniques, voltage references and regulators, operational amplifiers, frequency compensation techniques, noise analysis in analog circuits, and continuous-time integrated circuit filter design. Additional projects/assignments required for graduate credit. Prereq: ECE 410 or Permission.

CRN: 25975 Produced: Fall 2015 Instructor: Feng Li, Ph.D. fengli@uidaho.edu

ECE 404/504-IC ST: Advanced Topics in Integrated Circuit Design (3 cr)

ECE 415: CRN 34445 ECE 515: CRN 34454 Produced: Fall 2015 Instructor: Saied Hemati, Ph.D. shemati@uidaho.edu

This course is a comprehensive survey on advanced low-power integrated circuits design techniques and investigates power efficiency from device, implementation technology, and circuit level perspective. A substantial part of this course is related to literature review and presentations. Topics include fundamentals of power and energy efficiency, modern transistors and leakage problem, optimizing power in circuits, memory and interconnections, and ultra low power circuit design. Prereq: “B” or better grade in ECE 410; Recommended prep: ECE 415/515 and ECE 417/517.

ECE 421 Introduction to Power Systems (3 cr) One line diagrams, regulating transformers, calculation of transmission line parameters, line models, Ybus, power flow, power flow studies using commercial software, contingency studies, and power system control. Prereq: ECE 420.

ECE 404-IC: CRN 38622 ECE 504-IC: CRN 38626 Produced: Fall 2015 Instructor: Saied Hemati, Ph.D. shemati@uidaho.edu

CRN: 33591 Produced: Fall 2015 Instructor: Sara Eftekharnejad, Ph.D. senejad@uidaho.edu

ECE 410 Microelectronics II (3 cr)

ECE 432 Propagation of Wireless Signals (3 cr)

Introduction to analog integrated circuit (IC) implementation and design, differential and common-mode signal concepts, differential amplifiers, multistage amplifiers, operational amplifier design, frequency response of electronic circuits, feedback in electronic circuits, large-signal/power amplifiers, advanced current sources and mirrors, and fundamentals of analog filters. Prereq: ECE 310 and ECE 311; or Permission.

Maxwell’s Equations, including Poynting’s vector and Poynting’s theorem; Wave equation with solutions, Helmholz equation, plane waves; Reflection and refraction; Theory of guided waves, ray theory and mode theory; Atmospheric and ionospheric effects on wave propagation; Multipath effects and fading; Ground waves and surface waves. Prereq: ECE 330 or Permission.

CRN: 37964 Produced: Fall 2015 Instructor: Suat Ay, Ph.D. suatay@uidaho.edu

CRN: 32635 Produced: Fall 2015 Instructor: Ata Zadehgol, Ph.D. azadehgol@uidaho.edu

ECE 434 Antenna Principles and Design (3 cr) Maxwell’s equations, vector potential theory, radiation patterns, antenna efficiency and bandwidth, polarization, dipole and loop antennas, line sources, patch antennas, lineal arrays, antenna systems, radar equation. Prereq: ECE 330 or Permission. CRN: 36209 Produced: Fall 2015 Instructor: David Atkinson, Ph.D. atkinson@uidaho.edu 17

ECE 445 Introduction to VLSI Design (3 cr)

ECE 523 Symmetrical Components (3 cr)

Principles of design of very large scale integrated circuits; CMOS logic design; transistor sizing and layout methodologies; intro to IC CAD tools. Prereq: ECE 310, 240 or Permission.

Concepts of symmetrical components, sequence impedances of devices and lines, circuit equivalents for unbalanced faults, management during faults. Prereq: ECE 422.

Note: Students will need to be able to run the Electric VLSI Design software (www.staticfreesoft.com) and LTspice (www.linear.com).

CRN: 31898 Produced: Fall 2015 Instructor: Brian Johnson, Ph.D., P.E. bjohnson@uidaho.edu

CRN: 33593 Produced: Fall 2014 Instructor: James Frenzel, Ph.D., P.E. jfrenzel@uidaho.edu

ENGINEERING â&#x20AC;&#x201D; GENERAL

ECE 450 Signals and Systems II (3 cr)

Engr 360 Engineering Economy (2 cr)

Continuation of ECE 350. Two-sided Laplace transform. Relationships among Fourier series, Fourier transform, and Laplace transform. Feedback, modulation, filtering, sampling, state space analysis, and modeling of systems. Emphasis on practical applications of theory to solve engineering problems. Prereq: ECE 350 and Math 330.

Economic analysis and comparison of engineering alternatives. This class meets for 3 lectures per week for the first 10 weeks of the semester. Prereq: Junior standing. CRN: 38015 Produced: Fall 2014 Instructor: Michael Lowry, Ph.D. mlowry@uidaho.edu

CRN: 31868 Produced: Fall 2015 Instructor: Michael Santora, Ph.D. mjsantora@uidaho.edu

Engr 428 Numerical Methods (3 cr) ECE 460 Semiconductor Devices (3 cr)

See Math 428.

Introduction to semiconductor physics and basic semiconductor devices; intro to electro-optical devices. Prereq: ECE 350. CRN: Produced: Instructor:

ENGINEERING MANAGEMENT

30795 Fall 2015 To be announced

Also see Accounting, Business and Statistics

EM 504-PI ST: Process Improvement Methods (3 cr) ECE 522 Induction Machines (3 cr) Winding theory, reference frame theory, induction machine models, complex vector methods, small signal analysis, induction machine capability, simulation, introduction to variable speed drives. Prereq: ECE 350, ECE 422, or Permission.

This course will examine a framework for delivering dramatic and sustained continuous improvement results through the integration of improvement methodologies such as Lean Six Sigma and Design for Lean Six Sigma (DFLSS), with the characteristics and principles of high performing teams.

CRN: 38624 Produced: Fall 2015 Instructor: Herb Hess, Ph.D., P.E. hhess@uidaho.edu

CRN: 33568 Produced: Fall 2015 Instructor: Sandy Lieske, M.S. lieske@uidaho.edu

ECE 504-IC ST: Advanced Topics in Integrated Circuit Design (3 cr)

EM 582 Advanced Topics in Project Management (3 cr) Discussion and application of advanced project management topics beyond those prescribed by traditional project management approaches. Specific topics include project portfolio management, multi-project management, use of Theory of Constraints (TOC) and Critical Chain approaches to drive improved results, and application of Agile practices within an overall Waterfall life cycle model. These approaches should be applicable to a wide variety of industries and functions. Prereq: CE 482 or Instructor Permission.

See ECE 404-IC.

ECE 513 Radio-Frequency IC Design (3 cr) See ECE 413.

ECE 515 Analog Integrated Circuit Design (3 cr) See ECE 415.

CRN: 37926 Produced: Fall 2014 Instructor: Sandy Lieske, M.S. lieske@uidaho.edu

GEOLOGICAL ENGINEERING

Math 160 Survey of Calculus (4 cr) Carries no credit after Math 170. Functions, graphing, derivative, integral, exponential and logarithmic functions, functions of several variables. Primarily for students in business, life sciences or architecture who need only one semester of calculus. Prereq: Sufficient score on SAT, ACT, or COMPASS Math Test, or Math 137 with a C or better, or Math 143 with a C or better. Required test scores can be found here: www.uidaho.edu/ registrar/registration/placement/math.

GeoE 407 Rock Mechanics (3 cr) Mechanical properties of rocks and rock masses; lab and insitu techniques to estimate strength, stress distribution, and deformation behavior in rock masses; application of analytical tools such as the finite element method to design stable excavations and support systems in rock. Prereq: Engr 350.

Department permission required, contact math@uidaho.edu.

CRN: 30815 Produced: Fall 2015 Instructor: S.J. Jung, Ph.D. sjung@uidaho.edu

This course is also available through the Independent Study in Idaho program. CRN: 31712 Produced: Summer 2014 Instructor: Cynthia Piez, M.S. cpiez@uidaho.edu

MATERIALS SCIENCE AND ENGINEERING

Math 170 Analytic Geometry and Calculus I (4 cr) Carries 2 credits after Math 160. Functions, limits, continuity, differentiation, integration, applications, differentiation and integration of transcendental functions. Primarily for students in engineering, mathematics, science or computer science. Prereq: Math 143 (with a grade of C or better) and Math 144 (concurrent enrollment in Math 144 is allowed although it is recommended that students complete Math 144 before enrolling in Math 170); or demonstrated proficiency through a sufficiently high score on the ACT, SAT, or COMPASS tests.

MSE 507 Microstructures and Defects (3 cr) This course correlates microstructure and defects with mechanical, physical and chemical properties of engineering materials. The fundamental characteristics of point, line, surface and volume defects in crystals will be elucidated on an advanced level. The essential elements of microstructure and their role in engineering materials will be discussed. Prereq: Graduate standing or Permission. Department permission required, contact che@uidaho.edu.

Department permission required, contact math@uidaho.edu.

CRN: 38608 Produced: Fall 2015 Instructor: Indrajit Charit, Ph.D. icharit@uidaho.edu

This course is also available through the Independent Study in Idaho program. CRN: 21341 Produced: Summer 2015 Instructor: Cynthia Piez, M.S. cpiez@uidaho.edu

MATHEMATICS Also see Statistics

Math 175 Analytic Geometry and Calculus II (4 cr) Differentiation and integration of transcendental functions, integration techniques, general mean value theorem, numerical techniques, and series. Prereq: Math 170 with a grade of C or better.

Math 123 Mathematics Applied To The Modern World (3 cr) Discussion of some aspects of mathematical thought through the study of problems taken from areas such as logic, political science, management science, geometry, probability, and combinatorics; discussion of historical development and topics discovered in the past 100 years.

Department permission required, contact math@uidaho.edu. CRN: 24794 Produced: Summer 2012 Instructor: Cynthia Piez, M.S. cpiez@uidaho.edu

Department permission required, contact math@uidaho.edu. This course is also available through the Independent Study in Idaho program.

Math 215 Introduction to Higher Mathematics (3 cr) Carries no credit after Math 461 or Math 471. The primary goal of this course is to teach students how to read and write mathematical proofs. Topics include logic and proof techniques, as well as fundamental mathematical structures such as sets, relations, functions, and number systems. Prereq: Math 175 and permission.

CRN: 31145 Produced: Summer 2006 Instructor: Gary Peterson, M.S., J.D. (lecturer) Cynthia Piez, M.S. (grader, contact) cpiez@uidaho.edu

Department permission required, contact math@uidaho.edu. CRN: 33541 Produced: Spring 2013 Instructor: Jennifer Johnson-Leung, Ph.D. jenfns@uidaho.edu 19

Math 275 Analytic Geometry and Calculus III (3 cr)

Math 426 Discrete Optimization (3 cr)

Vectors, functions of several variables, and multiple integration. Prereq: Math 175.

Optimization on graphs, networks and flows, and related topics. Recommended Preparation: Math 175.

Department permission required, contact math@uidaho.edu.

CRN: 18178 Produced: Fall 2004 Instructor: Mark Nielsen, Ph.D. markn@uidaho.edu

CRN: 24796 Produced: Spring 2015 Instructor: Mark Nielsen, Ph.D. markn@uidaho.edu

Math 428 Numerical Methods (3 cr) Same as Phys 428 and Engr 428. Systems of equations, root finding, error analysis, numerical solution to differential equations, interpolation and data fitting, numerical integration, related topics and applications. Additional projects and/or assignments required for graduate credit in Phys 528. Prereq: Math 310.

Math 310 Ordinary Differential Equations (3 cr) Classification, initial and boundary value problems of one variable, exact equations, methods of solving higher-order linear equations, second-order equations with constant coefficient, series solutions, systems of linear equations, Laplace transforms, and existence theorems. Recommended preparation: Math 275. Prereq: Math 175.

Math 428: CRN 38560 Engr 428: CRN 38625 Produced: Spring 2015 Instructor: Lyudmyla Barannyk, Ph.D. barannyk@uidaho.edu

Department permission required, contact math@uidaho.edu. CRN: 16710 Produced: Fall 2015 Instructor: Lyudmyla Barannyk, Ph.D. barannyk@uidaho.edu

Math 430 Advanced Linear Algebra (3 cr) Vector spaces, linear transformations, characteristic polynomial, eigenvectors, Hermitian and unitary operators, inner products, quadratic forms, Jordan canonical form, applications. Recommended Preparation: Math 215. Prereq: Math 330 or Permission.

Math 330 Linear Algebra (3 cr) Linear equations, matrices, linear transformations, eigenvalues, diagonalization; applications. Recommended Preparation: Math 175. Prereq: Math 160 or 170.

CRN: 36206 Produced: Fall 2012 Instructor: Somantika Datta, Ph.D. sdatta@uidaho.edu

Department permission required, contact math@uidaho.edu. CRN: 16712 Produced: Spring 2012 Instructor: Mark Nielsen, Ph.D. markn@uidaho.edu

Math 451 Probability Theory (3 cr) Same as Stat 451. Random variables, expectation, special distributions (normal, binomial, exponential, etc.), moment generating functions, law of large numbers, central limit theorem. Prereq or Coreq: Math 275 or Permission.

Math 390 Axiomatic Geometry (3 cr) Development of Euclidean and hyperbolic geometry using the axiomatic approach. Recommended Preparation: Math 215. Prereq: High school geometry and Math 330, or Permission.

Math 451: CRN 16730 Stat 451: CRN 16732 Produced: Fall 2015 Instructor: Christopher Ramien, Ph.D. cremien@uidaho.edu

Department permission required, contact math@uidaho.edu. Note: When this course was produced, Math 215 was not listed as recommended preparation, and the prereqs were high school geometry and Math 215, or Permission. CRN: 21343 Produced: Spring 2008 Instructor: Mark Nielsen, Ph.D. markn@uidaho.edu

Math 452 Mathematical Statistics (3 cr) Same as Stat 452. Estimation of parameters, confidence intervals, hypothesis testing, likelihood ratio test, sufficient statistics. Prereq: Math 451 or Permission. Math 452: CRN 21347 Stat 452: CRN 21325 Produced: Spring 2012 Instructor: Paul Joyce, Ph.D. joyce@uidaho.edu

Math 420 Complex Variables (3 cr) Complex numbers, elementary functions, derivatives, the residue theorem, conformal mappings, contour integration, infinite series, applications. Prereq: Math 275. CRN: 24798 Produced: Spring 2012 Instructor: Somantika Datta, Ph.D. sdatta@uidaho.edu

Math 461 Abstract Algebra I (3 cr)

MthE 516 Groups and Symmetry (3 cr)

Groups, rings, and fields. Prereq: Math 215 and Math 330; or Permission.

Exploration of groups, symmetry, and permutations. This course is specifically designed for the MAT program, and will not satisfy the requirements of other mathematics degree programs.

CRN: 16734 Produced: Fall 2009 Instructor: Hirotachi Abo, Ph.D. abo@uidaho.edu

Note: When this course was recorded summer 2008, it was titled Math 516 Groups and Symmetry. CRN: 38562 Produced: Summer 2008 Instructor: Mark Nielsen, Ph.D. markn@uidaho.edu

Math 462 Abstract Algebra II (3 cr) Groups, rings, and fields. Prereq: Math 461. CRN: 24800 Produced: Spring 2010 Instructor: Hirotachi Abo, Ph.D. abo@uidaho.edu

MECHANICAL ENGINEERING

Math 471 Introduction to Analysis I (3 cr)

ME 413/513 Engineering Acoustics (3 cr)

Topology of Euclidean n-space, limit and continuity, differentiation, integration. Prereq: Math 275, and Math 215; or Permission.

ME 513 same as ECE 579. Fundamentals of acoustics including wave theory; transmission through layers, generation and reception; low frequency models; application to sound measurement, transducers, loudspeaker cabinet design, and nondestructive testing; acoustic design project reqd. Additional projects/assignments reqd for grad cr. Prereq: Engr 240 or ECE 212, and Math 310, or ME 313.

CRN: 16738 Produced: Fall 2013 Instructor: Somantika Datta, Ph.D. sdatta@uidaho.edu

ME 413: CRN 35392 ME 513: CRN 35393 Produced: Spring 2009 Instructor: Michael Anderson, Ph.D., P.E. anderson@uidaho.edu

Math 472 Introduction to Analysis II (3 cr) Topology of Euclidean n-space, limit and continuity, differentiation, integration. Prereq: Math 471 or Permission. CRN: 19798 Produced: Spring 2014 Instructor: Somantika Datta, Ph.D. sdatta@uidaho.edu

ME 420/520 Fluid Dynamics (3 cr) Same as CE 420/520. Cr not granted for both ME 420 and ME 520. A second fluid dynamics course featuring vector calculus and integral and differential forms of the conservation laws. Topics include fluid properties, fluid statistics, inviscid flow; conservation of mass, momentum, and energy; and turbulence. Other topics may be covered. Additional projects/assignments reqd for grad cr. Prereq: Engr 335, Math 310, or Permission.

MATHEMATICS EDUCATION Also see Mathematics and Statistics

MthE 513 Problem Solving Through History (3 cr)

ME 420: CRN 36226 ME 520: CRN 36227 CE 520: CRN 36228 Produced: Fall 2014 Instructor: Ralph Budwig, Ph.D., P.E. rbudwig@uidaho.edu

Historical study of approaches to solving problems in geometry, number theory, and set theory. This course is specifically designed for the MAT program, and will not satisfy the requirements of other mathematics degree programs. Note: When this course was recorded fall 2002, it was titled Math 513 Problem Solving Through History. CRN: 38561 Produced: Fall 2002 Instructor: William Voxman, Ph.D. (lecturer) Cynthia Piez, M.S. (grader, contact) cpiez@uidaho.edu

Order textbooks online: www.vandalstore.com 21

ME 423/523 Human Factors and Ergonomics in Product Design (3 cr)

ME 541 Mechanical Engineering Analysis (3 cr) Mathematical modeling and solutions to mechanical engineering problems; analytical solutions to linear heat and mass diffusion, waves and vibrations; introduction to approximate techniques. Prereq: ME 345, Engr 350 or Equivalent.

Introduction to and application of Human Factors & Ergonomics Engineering principles in product design. Engineers design systems (e.g., work environments or products) where the human is an integral component. Human Factors & Ergonomics Engineering puts emphasis on how products should be designed so that they are safe, comfortable, and efficient for the human user. This course will focus on how body characteristics, physical and cognitive abilities, and the environment affect how products should be designed to accommodate the intended user(s). Additional projects/assignments are required for graduate credit. Prereq: Senior standing in the College of Engineering; or Permission.

CRN: 24776 Produced: Fall 2015 Instructor: Tao Xing, Ph.D., P.E. xing@uidaho.edu

ME 513 Engineering Acoustics (3 cr) See ME 413.

ME 423: CRN 38637 ME 523: CRN 38639 Produced: Fall 2015 Instructor: Denise Bauer, Ph.D. dbauer@uidaho.edu

ME 520 Fluid Dynamics (3 cr) See ME 420.

ME 523 Human Factors and Ergonomics in Product Design (3 cr)

ME 452/552 TechVentures: High Technology Entrepreneurship (3 cr)

See ME 423.

TechVentures teaches students how to startup a technology company. Topics are (a) self-management, (b) product design, (c) marketing, (d) finance, and (e) organizational design. This project-based course is open to all majors. One extra project is required for graduate credit. Prereq: Junior Standing and Permission.

ME 552 TechVentures: High Technology Entrepreneurship (3 cr) See ME 452.

ME 564 Robotics: Kinematics, Dynamics, and Control (3 cr)

ME 452: CRN 34548 ME 552: CRN 34549 Produced: Fall 2015 Instructor: Donald Elger, Ph.D., P.E. delger@uidaho.edu

See ME 464.

STATISTICS

Also see Mathematics

ME 464/564 Robotics: Kinematics, Dynamics, and Control (3 cr)

Stat 301 Probability & Statistics (3 cr)

Mathematical analysis applied to spatial robotics including: Rigid body motion using screw theory, forward and inverse kinematics, analyses of forces and velocities using the manipulator Jacobian, serial and parallel chains, robot dynamics and simulation, nonlinear control and adaptive control, and Lyapunov stability theory. Additional projects/assignments required for graduate credit. Recommended Preparation: CS 120. Prereq: Math 310, Math 330, and ME 313 or Equivalent.

Credit not awarded for Stat 251 after Stat 301 or Stat 416, or for Stat 416 after Stat 251 or Stat 301. Intended for engineers, mathematicians, and physical scientists. Intro to sample spaces, random variables, statistical distributions, hypothesis testing, basic experimental design, regression, and correlation. Prereq: Math 175. CRN: 16780 Produced: Summer 2005 Instructor: Stephen Lee, Ph.D. stevel@uidaho.edu

ME 464: CRN 38641 ME 564: CRN 38642 Produced: Fall 2015 Instructor: Eric Wolbrecht, Ph.D. ewolbrec@uidaho.edu

Stat 404-IS ST: Introduction to SAS and R (3 cr) This course is an introduction to the SAS and R programming languages for the student who expects to have some introduction to hands-on SAS and R programming skills. Topics include creating data, importing data, accessing subsets of data, exporting data, plotting and graphing, loops and functions. Note that this course does not teach statistics; it only gives a basic introduction to some basic statistical analyses and provides a basic knowledge of SAS and R that would help master the statistical tools available in SAS and R.

ME 472 Mechanical Vibrations (3 cr) Free and forced vibration of single and multiple degree of freedom systems; response of mechanical systems to inputs of varying complexity, ranging from single frequency to pseudo-random; applications to mechanical design and vibration control. Prereq: ME 313. CRN: 36245 Produced: Spring 2014 Instructor: Michael Anderson, Ph.D., P.E. anderson@uidaho.edu

CRN: 38559 Produced: Fall 2015 Instructor: Renae Shrum renaes@uidaho.edu 22

Stat 431 Statistical Analysis (3 cr) Stat 507 Experimental Design (3 cr) Concepts and methods of statistical research including multiple regression, contingency tables and chi-square, experimental design, analysis of variance, multiple comparisons, and analysis of covariance. Prereq: Stat 251, Stat 301, or Stat 416.

Methods of constructing and analyzing designs for experimental investigations; analysis of designs with unequal subclass numbers; concepts of blocking randomization and replication; confounding in factorial experiments; incomplete block designs; response surface methodology. Prereq: Stat 431.

Note: When this course was produced, the title was Stat 401 and had prerequisites of Stat 251 and Stat 301.

CRN: 31745 Produced: Fall 2013 Instructor: Christopher Williams, Ph.D. chrisw@uidaho.edu

CRN: 36204 Produced: Summer 2009 Instructor: Christopher Williams, Ph.D. chrisw@uidaho.edu

Stat 565 Computer Intensive Statistics (3 cr) Numerical stability, matrix decompositions for linear models, methods for generating pseudo-random variates, interactive estimation procedures (Fisher scoring and EM algorithm), bootstrapping, scatterplot smoothers, Monte Carlo techniques including Monte Carlo integration and Markov chain Monte Carlo. Prereq: Stat 451, Stat 452, Math 330, and computer programming experience or Permission.

Stat 451 Probability Theory (3 cr) See Math 451.

Stat 452 Mathematical Statistics (3 cr) See Math 452.

Stat 456 Quality Management (3 cr)

CRN: 36205 Produced: Fall 2012 Instructor: Stephen Lee, Ph.D. stevel@uidaho.edu

See Bus 456.

Phinney Hall

Academic Departments Business and Economics

Geological Engineering

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Chemical and Materials Engineering

Mathematics

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Nuclear Engineering 875 Perimeter Dr MS 0902, Moscow ID 83844-0902 www.uidaho.edu/engr/me Adviser: Akira Tokuhiro tokuhiro@uidaho.edu Phone: (208) 282-7714

Statistical Science 875 Perimeter Dr MS 1104, Moscow ID 83844-1104 www.uidaho.edu/sci/stat Contact: stat@uidaho.edu Phone: (800) 824-2889, ext. 2929

Engineering Management and Technology Management UI Boise Engineering 322 E Front St, Ste 242 Boise, ID 83702 www.uidaho.edu/engr/ engineeringmanagment www.uidaho.edu/engr/ technologymanagement Program Director: Sandy Lieske Adviser: Denise Engebrecht denisee@uidaho.edu Phone: (208) 364-6123

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General Information

Course Materials and Exams Phone: (800) 824-2889, press 4 Local: (208) 885-4644 Fax: (208) 885-6165 eoship@uidaho.edu eo.uidaho.edu/portal

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Fall 2015 Engineering Outreach Courses Registration deadline is August 24, 2015. View updates at eo.uidaho.edu.

ACCOUNTING

ENGINEERING â&#x20AC;&#x201D; GENERAL

Acct 582

Engr 360 Engr 428

Enterprise Accounting

BIOLOGICAL AND AGRICULTURAL ENGINEERING BAE 458

Open Channel Hydraulics

Bus 439 Bus 456 Bus 495 Bus 513

Systems and Simulation Quality Management Product Development and Brand Management Leadership and Organizational Behavior

CIVIL ENGINEERING CE 330 CE 428 CE 4/532 CE 444 CE 520 CE 556

Fundamentals of Environmental Engineering Open Channel Hydraulics Design of Water and Wastewater Systems II Steel Design Fluid Dynamics Properties of Highway Pavement Materials

COMPUTER SCIENCE CS 4/538 CS 445 CS 4/548 CS 4/551 CS 4/572 CS 512

Network Security Compiler Design Survivable Systems and Networks Advanced Computer Architecture Evolutionary Computation Parallel Algorithms

ELECTRICAL AND COMPUTER ENGINEERING ECE 210 ECE 211 ECE 212 ECE 213 ECE 240 ECE 241 ECE 310 ECE 311 ECE 319 ECE 320 ECE 329 ECE 330 ECE 339 ECE 349 ECE 350 ECE 359 ECE 4/504-IC ECE 410 ECE 4/513 ECE 4/515 ECE 421 ECE 432 ECE 434 ECE 445 ECE 450 ECE 460 ECE 522 ECE 523

ENGINEERING MANAGEMENT EM 504-PI EM 582

BUSINESS

Electrical Circuits I Electrical Circuits I Lab Electrical Circuits II Electrical Circuits II Lab Digital Logic Logic Circuit Lab Microelectronics I Microelectronics I Lab Background Study in Electronics Energy Systems I Background Study in Energy Systems Electromagnetic Theory Background Study in Electromagnetic Theory Background Study in Digital Logic Signals and Systems I Background Study in Signals and Systems Analysis ST: Advanced Topics in Integrated Circuit Design Microelectronics II Radio-Frequency IC Design Analog Integrated Circuit Design Introduction to Power Systems Propagation of Wireless Signals Antenna Principles and Design Introduction to VLSI Design Signals and Systems II Semiconductor Devices Induction Machines Symmetrical Components

Engineering Economy Numerical Methods

ST: Process Improvement Methods Advanced Topics in Project Management

GEOLOGICAL ENGINEERING GeoE 407

Rock Mechanics

MATERIALS SCIENCE AND ENGINEERING MSE 507

Microstructures and Defects

MATHEMATICS Math 123 Math 160 Math 170 Math 175 Math 215 Math 275 Math 310 Math 330 Math 390 Math 420 Math 426 Math 428 Math 430 Math 451 Math 452 Math 461 Math 462 Math 471 Math 472

Mathematics Applied To The Modern World Survey of Calculus Analytic Geometry and Calculus I Analytic Geometry and Calculus II Introduction to Higher Mathematics Analytic Geometry and Calculus III Ordinary Differential Equations Linear Algebra Axiomatic Geometry Complex Variables Discrete Optimization Numerical Methods Advanced Linear Algebra Probability Theory Mathematical Statistics Abstract Algebra I Abstract Algebra II Introduction to Analysis I Introduction to Analysis II

MATHEMATICS EDUCATION MthE 513 MthE 516

Problem Solving Through History Groups and Symmetry

MECHANICAL ENGINEERING ME 4/513 ME 4/520 ME 4/523 ME 4/552 ME 4/564 ME 472 ME 541

Engineering Acoustics Fluid Dynamics Human Factors and Ergonomics in Product Design TechVentures: High Technology Entrepreneurship Robotics: Kinematics, Dynamics, and Control Mechanical Vibrations Mechanical Engineering Analysis

STATISTICS Stat 301 Stat 404-IS Stat 431 Stat 451 Stat 452 Stat 456 Stat 507 Stat 565

Probability and Statistics ST: Introduction to SAS and R Statistical Analysis Probability Theory Mathematical Statistics Quality Management Experimental Design Computer Intensive Statistics

Periodicals POSTAGE PAID at Moscow ID 83843

Engineering Outreach College of Engineering 875 Perimeter Dr MS 1014 Moscow, ID 83844-1014

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