2011-2012 Undergraduate & Graduate Catalog
Master of Science in Engineering
For additional information about opportunities your college offers, please refer to the Seymour and Esther Padnos College of Engineering and Computing in this catalog.
Graduate Programs Master of Science in Engineering (M.S.E.)
The School of Engineering offers the Master of Science in Engineering (M.S.E.) degree program with four emphases: (1) biomedical engineering program, (2) electrical and computer engineering, (3) product design and manufacturing engineering, (4) manufacturing operations, and (5) mechanical engineering.
In addition, the School of Engineering offers post-baccalaureate engineering certificate programs in each program area as well as in professional practice. All credits earned in a certificate program can be applied toward the M.S.E. degree.
The program leading to the M.S.E. degree is designed to meet the technical and professional development needs of practicing engineers as well as of students interested in applied research and in preparing for advanced study. The program focuses on engineering design, development, manufacture, and production. The program capitalizes on the industrial experiences of the students. Plans of study as well as course and capstone projects can be tailored to the needs of each student to provide a richer, personalized educational experience.
Most courses are offered in a one night per week format during the fall, winter, and spring/summer semesters. Some courses are offered on Saturday or in the late afternoon. Students completing two courses per semester can complete the degree in two calendar years of part time study. Full time students can complete the M.S.E. degree in as little as four semesters. A certificate program may be completed in one year.
Website: www.gvsu.edu/engineering
M.S.E. Location
Pew Campus, John C. Kennedy Hall of Engineering
Admission to the Master of Science in Engineering
The School of Engineering seeks motivated and intellectually inquisitive graduate students who desire to deepen their professional education in engineering. The School of Engineering expects candidates to make effective use of opportunities to obtain academic and program advice from the faculty and to make maximum use of program exibility in selecting options that further their professional objectives. Candidates can be admitted to the program in any semester.
- A Bachelor of Science degree from a four-year undergraduate program in engineering or closely-related field. For students graduating from a program in the United States (U.S.) the program must be accredited by ABET.
- U.S. students must have a cumulative grade point average of at least 3.0 on a 4.0 scale in all undergraduate coursework. Additional evidence can be presented in the form of high scores on the GRE test, through this is not required.
- International students must submit GRE scores. International students must have a satisfactory score on the GRE test regardless of their cumulative undergraduate GPA.
- Three confidential letters of recommendation from informed sources such as current and/or former professors and supervisors. These letters should add res the applicant's academic skills, analytical and problem solving abilities, professionalism, maturity, integrity, and potential for success in graduate studies.
Candidates should have a base of underlying knowledge relevant to graduate study in the chosen area of focus. This can be demonstrated by previous academic records or relevant work experience. Consultation with the Graduate Program Director may be necessary to verify the appropriateness of work experience as a substitute for academic preparation.
Once admitted to the M.S.E. program, students are expected to demonstrate initiative and teamwork, and to devote sufficient time to complete the work assigned in each course. They must be willing to imaginatively and creatively engage academic challenges. Although the demands are rigorous, the results can be exciting and rewarding. Students are expected to maintain the highest ethical standards at all times.
Academic Advising
Candidates seeking the M.S.E. degree can meet with the graduate program chair to discuss career interests, professional objectives, and program plans.
Transfer Credit
A maximum of nine semester hours of transfer credit may be given for appropriate graduate courses completed with a grade of B (3.0) or above at another college or university.
A cumulative grade point average of 3.0 or higher is required in all graduate-level courses. A candidate must receive a grade of C or better in all courses used to fulll graduation requirements for the M.S.E. degree. In the case of required courses, a grade lower than a C will result in the candidate having to repeat the course until an acceptable grade is achieved. Elective courses may either be repeated or other courses may be substituted to meet the minimum overall grade point average requirement.
Graduate Assistant ships
Graduate assistants work with the School of Engineering faculty and staff to provide quality education, research, and service. Qualified full-time candidates are selected on the basis of aptitude, interest, and background.
Requirements for a Certificate
Completing the requirements for an program area as well as the professional practice area completes the requirement for a certificate program. The last two courses used to complete a certificate program must be taken at Grand Valley State University. Each of the program areas requires at least three courses that provide sustained coverage of an engineering topic. An engineering course may not be used to meet the course requirements of more than one certificate.
Admission criteria for a certificate program are identical to admission criteria for the M.S.E. degree program. Should a certificate candidate decide to change to the M.S.E. degree program, all coursework taken toward the certificate will apply to the corresponding engineering program area in his or her M.S.E. degree program.
Requirements for the M.S.E. Master of Science in Engineering
The M.S.E. program requires 33 semester hours of graduate coursework. This coursework is distributed as follows:
1. Professional Practice (9 credit hours)
- EGR 600 - Advanced Engineering Analysis Credits: 3
- EGR 602 - Professional Aspects of Engineering Credits: 3
- EGR 604 - Implementation and Measurement Credits: 3
2. Program
The student must pursue an electrical and computer engineering, product design and manufacturing engineering, manufacturing operations, or mechanical engineering program.
A. Biomedical Engineering Program:
a. Complete the foundation component
- EGR 680 - Special Topics in Engineering Credits: 1 to 4
- PSM 650 - Ethics and Professionalism in Applied Science Credits: 3
- STA 615 - Design of Experiments for Engineers Credits: 3
- EGR 689 - Internship Preparation Credits: 1
b. Complete the Biomedical Engineering component
- EGR 635 - Biomedical Signal Modeling (3 credits)
- EGR 434/534 - Bioelectric Potentials (3 credits) OR EGR 447/547 - Engineering Mechanics of Human Motion (3 credits)
- EGR 432/532 - Biomedical Imaging and Image Processing (3 credits) OR EGR 453/553 - Biomedical Materials (3 credits)
c. Complete the Medical Device Design and Development component
- EGR 503 - Medical Device Design Credits: 2
- EGR 604 - Implementation and Measurement (3 credits)
- EGR 614 - Opportunity Identification Credits: 3
d. Complete the capstone experience (research component)
- EGR 672 - Biomedical Engineering Seminar (1 credit)
- EGR 685 - Graduate Practicum (3 credits)
- EGR 696 - Masters Thesis Research (3 credits)
- EGR 697 - Masters Thesis (MSE capstone) (3 credits)
B. Electrical and Computer Engineering Program:
a. Complete one of the following content areas (10-11 credit hours).
No more than two courses in a content area may be at the 400 level. Select any three courses, presented below by interest area.
Communications, Signal Processing and Control Systems
- EGR 415 - Communication Systems Credits: 4
- EGR 423 - Digital Signal Processing Systems Credits: 4
- EGR 455 - Automatic Control Credits: 4
- EGR 653 - Digital and Adaptive Systems Credits: 3
Electrical Energy Systems
- EGR 430 - Electromechanics Credits: 4
- EGR 655 - Power Electronics Credits: 3
- EGR 656 - Electrical Drive Systems Credits: 3
Digital and Computer Systems
- CIS 459 - Embedded Computer Systems Credits: 3
- CIS 654 - Computer Networking Credits: 3
- EGR 424 - Design of Microcontroller Applications Credits: 4
- EGR 426 - Integrated Circuit Systems Design Credits: 4
b. Complete approved graduate elective courses, including independent studies
- 7 or 8 elective credit hours for those taking the EGR 692/693 or EGR 696/697 Capstone
- 10 or 11 elective credit hours for those taking the EGR 690 Capstone
c. Complete the capstone experience (3 or 6 credit hours).
-
OR
EGR 696 - Masters Thesis Research (3 credits) AND EGR 697 - Masters Thesis (MSE capstone) (3 credits) OR
EGR 693 - Masters Project (MSE capstone) (3 credits) AND EGR 692 - Masters Project Planning (3 credits)
C. Product Design and Manufacturing Program:
a. Complete the following content area (3 courses for 9 credit hours).
- EGR 610 - Engineering Design Credits: 3
- EGR 612 - Design for Manufacturability Credits: 3
- EGR 620 - Material and Process Selection Credits: 3
- EGR 630 - Contemporary Manufacturing Controls Credits: 3
b. Complete approved graduate elective courses, including independent studies.
- 9 elective credit hours for those taking the EGR 692/693 or EGR 696/697 Capstone
- 12 elective credit hours for those taking the EGR 690 Capstone
c. Complete the capstone experience (3 or 6 credit hours).
-
OR
EGR 692 - Masters Project Planning (3 credits) AND EGR 693 - Masters Project (MSE capstone) (3 credits) OR
EGR 696 - Masters Thesis Research (3 credits) AND EGR 697 - Masters Thesis (MSE capstone) (3 credits)
D. Manufacturing Operations Program:
a. Complete the following content area (4 courses for 12 credit hours).
- EGR 640 - Production Operation Models Credits: 3
- EGR 641 - Applied Optimization Credits: 3
- EGR 642 - Materials Handling and Plant Layout Credits: 3
- EGR 644 - Manufacturing Work Environments Credits: 3
b. Complete two approved graduate elective courses (6 credit hours).
c. Complete the capstone experience (6 credit hours).
-
EGR 692 - Masters Project Planning (3 credits) AND
EGR 693 - Masters Project (MSE capstone) (3 credits) OR
EGR 696 - Masters Thesis Research (3 credits) AND EGR 697 - Masters Thesis (MSE capstone) (3 credits)
E. Mechanical Engineering Program:
a. Complete the following content area (three courses for 9 credit hours).
- EGR 611 - Computer-Aided Design and Engineering Credits: 3
- EGR 615 - Applied Finite Element Analysis Credits: 3
- EGR 616 - Experimental Stress Analysis Credits: 3
b. Complete approved graduate elective courses, including independent studies
- 9 elective credit hours for those taking the EGR 692/693 or EGR 696/697 Capstone
- 12 elective credit hours for those taking the EGR 690 Capstone
c. Complete the capstone experience (3 or 6 credit hours).
-
OR
EGR 693 - Masters Project (MSE capstone) (3 credits) AND EGR 697 - Masters Thesis (MSE capstone) (3 credits) OR
EGR 692 - Masters Project Planning (3 credits) AND EGR 696 - Masters Thesis Research (3 credits)