Masters without thesis option
The Master of Engineering (M.Eng.) degree is a course-based graduate program that does not include a thesis. Students in the M.Eng. program can complete graduate courses that align with their professional interests and career goals on a full-time or part-time basis. The curriculum (table below) is designed to give graduate students a strong foundation in advanced mathematics and mechanics, while also giving students the flexibility to explore topics of interest. More information on this program can be found in the Student Handbook.
Master of Engineering in Mechanical Engineering
Course Number and Title | Credits |
---|---|
Mechanical Engineering and Mathematics Core | |
Take the following: | |
ME501 – Engineering Professional Development (1) ME510 – Continuum Mechanics (3) | 4 |
Take at least ONE of the following: | 3 |
MATH527 – Introduction to Applied Mathematics for Scientists and Engineers (3) MATH536 – Partial Differential Equations (3) MATH537 – Principles of Applied Mathematics (3) | |
Take at least ONE of the following: | 3 |
MATH565 – Introduction to Numerical Methods (3) MATH571 – Data Analysis (3) MATH572 Computational Statistics (3) ME536 – Computational Fluid Dynamics (3) ME570 – Finite Element Methods (3) ME571 – Parallel Scientific Computing (3) OR another course with a computational emphasis approved by the supervisory committee | |
Mechanical Engineering Graduate Courses | 11-20 |
Take between 11 and 20 credits from the following: – courses with ME prefix to be selected with student input and approved by supervisory committee | |
Non-Mechanical Engineering Graduate Courses | 0-9 |
Take between 0 and 9 credits from the following: Non-Mechanical Engineering graduate courses | |
Culminating Activity | 1 |
Take at least 1 credit from the following: ME690 – Master’s Comprehensive Examination (1-6) | |
Grand Total Credits | 31 |
The graduate committee has recently approved MATH 527 as the preferred class to meet the Mathematics core requirement.