M.S. degree course requirements
The master's degree requires 42 total credits. Thesis option students must register for 12 credits of thesis research and 30 credits of related numerically graded coursework. Non-thesis option students must take all 42 credits in numerically graded courses.
Course grades must be 2.7 or above; a minimum cumulative GPA of 3.0 must be maintained for graduation.
500-level ME courses
At least 12 credits for the thesis option and 18 credits for the non-thesis/project-based options must be taken in 500-level ME coursework. These must include 6 credits of Mechanical Engineering Analysis, ME 564 and ME 565. Credits earned from ME 598 (Graduate Projects) are considered elective credits and are not included in the 500-level ME coursework requirement.
Engineering Analysis (required)
|Autumn||ME 564||3||Mechanical Engineering Analysis I|
|Winter||ME 565||3||Mechanical Engineering Analysis II|
Numerical Analysis (one course required)
At least 1 course in computational or numerical analysis must be taken from the following list of approved courses. ME 535, ME 578, and ME 574 also count toward the core 500-level ME coursework requirement, above; courses from other departments count toward the student's elective credits total.
|Autumn||AMATH 584||5||Applied Linear Algebra and Introductory Numerical Analysis|
|Winter||AA 540||3||Finite Element Analysis I|
|Winter||AA 543||3||Computational Fluid Dynamics|
|Winter||CESG 504||3||Finite Element Methods in Structural Mechanics|
|Winter||ME 578||4||Convex Optimization|
|Winter||ME 574||3||Introduction to Applied Parallel Computing (formerly ME 599 - Voxel Models)|
|Spring||ME 535||3||Computational Techniques in Mechanical Engineering|
On-campus MS students who completed AMATH 581 with a passing grade prior to winter quarter 2019 have satisfied the numerical analysis requirement and are not required to complete another course from this list. Online/EDGE MS students may continue to register for AMATH 581 through EDGE shared access and use the course to complete the numerical analysis requirement.
The remaining credits (18 for thesis-option students and 24 for non-thesis-option students) can be from other departments and may include a maximum of 9 credits (12 credits for non-thesis) of 400-level coursework. This excludes capstone project or project-based courses such as ME 495, 498 & 499. Courses from other departments should be closely related to the student's overall plan of study and drawn from the following departments or appear on a curriculum concentration course list:
- Engineering departments (BioE, AA, ChemE, CEE, CSE, EE, HCDE, INDE, MSE)
- Mathematical and computational sciences (Math, AMath, Stat)
- Physical sciences (AtmS, Chem, Gphys, Ocean, Phys)
- Approved biological sciences
Non-thesis option students may count up to a total of 9 numerically-graded credits of ME 598 (Graduate Projects) and/or ME 600 (Independent Study) toward their elective credits. The ME 598/ME 600 Registration Web Form, including faculty approval for your registration, must be submitted prior to receiving an add code and registering for the credits.
For thesis-option students, project and independent study credits from ME 598 and ME 600 do not count toward the 42-credit total. Students entering the thesis track having already earned ME 598 or ME 600 credits should consult with their academic advisor.
Although there is no formal seminar course requirement for the M.S. degree, students are expected to attend campus seminars to expand their general knowledge of research in relevant fields. For example, the department regularly invites prestigious speakers to discuss their latest research in the ME Departmental Seminars. Seminar information can be found on the Leadership Seminars and Graduate Seminars pages.
Full-time status (10 or more credits) may be necessary to fulfill financial aid or visa requirements. On-campus M.S. students who are not required to maintain full-time status may register for fewer than 10 credits. M.S. students who need to maintain a full-time status have the following options:
Take two 3-credit courses and one 4-credit course.
Take three 3-credit courses and one credit of ME 598 (graduate projects) or ME 600 (independent study). Up to 9 credits of ME 598 and/or ME 600 may be counted toward the 42 credits of numerically-graded courses required for graduation. Students choosing this option must receive faculty approval to register for ME 598/ME 600 credits before they may receive an add code and register for the credits. Students in the thesis option may use ME 700 credits to reach the full-time, 10-credit status.
Take three 3-credit courses and a 1-credit seminar course. For the ME Department, the default seminar course for this purpose is ME 520. Other 1-credit seminar courses offered by other UW engineering programs are another option. Note that while these seminar courses can be used to reach the 10-credit full-time enrollment requirement, these seminar credits do not count toward the 42 credits required toward the M.S. degree.