About the Program
The Mechanical Engineering graduate program is the oldest and one of the largest graduate programs at the University of Michigan-Dearborn. The program mixes engineering practice with analysis and encompasses two broad areas of emphasis-- mechanical science and thermal/fluid science. A student may take up to one-half of the graduate program requirements in his or her area of emphasis. The rest of the courses are spread over mathematics, cognates, and distribution requirements. Students must complete 30 credit hours to receive a master of science in engineering (MSE) degree in mechanical engineering.
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A candidate for the Master of Science in Engineering (Mechanical Engineering) degree must meet the requirements for the Bachelor of Science in Engineering (Mechanical Engineering) degree at this campus, or the essential equivalent to these requirements. The candidate must then complete at least 30 credit hours of graduate coursework approved by the program advisor/graduate advisory committee with a grade of at least B in every course. Additionally, students must maintain a cumulative GPA of at least 3.0 (B).
MSE-ME Program Goals
To provide students with a strong background in principles of mechanical engineering and a thorough knowledge of the latest technologies in the field which extends beyond the undergraduate experience.
MSE-ME Learning Outcomes
- Students will be able to demonstrate the ability to use the latest technologies in the mechanical engineering field.
- Students will be able to formulate, analyze, and solve advanced mechanical engineering problems.
- Students will be able to apply the latest scientific and technological advancements, advanced techniques, and modern engineering tools in their professional endeavors.
Undergraduate Degree Required
Bachelor of Science in mechanical engineering or equivalent from an accredited school with a GPA of 3.0 or higher on a 4.0 scale
Standardized Test Scores
GRE not required
Please note: At least 2 letters of recommendation are required as part of the application. These should come from people who know you as an engineer, either academically (professor or research advisor) or professionally (supervisor or manager). Letters of reference from peer employees or personal sources are invalid and will not be considered.
Online courses are offered via the Distance Learning Network (DLN) and utilize video streaming of the lectures given on campus. Online students have the opportunity to interact with their instructors and with fellow students (both on campus as well as online) through Canvas, a campus-wide learning management system. The class lectures, notes, and discussions are posted on Canvas for online students' access.
The program may be completed entirely on campus, entirely online, or through a combination of on-campus and online courses. Any student may take online courses; there is not a requirement to be enrolled in the online program. If you live in Michigan and would like the flexibility to take both on-campus and web courses, you should apply to the regular program. You will be able to register for as many online courses as you wish. Please contact the Graduate Secretary for more information on the distinctions between the on-campus and online program: email@example.com
The 30 credit hours of graduate coursework must include:
ME 518-Advanced Engineering Analysis (must be taken during the first or second semester after enrollment), 3 credit hours.
Mechanical Sciences Courses
Two mechanical science courses (6 credit hours) from the courses listed in Group A.
Thermal and Fluid Science Courses
Two thermal/fluid science courses (6 credit hours) from the courses listed in Group B.
Two cognate courses (6 credits) see guidelines below
Remaining courses (totaling 9 credit hours) must be from Groups A and B.
- One graduate level mathematics or mathematics-related (non-ME) cognate course (3 credit hours). IMSE 510 and IMSE 511 are approved as mathematics-related courses, as well as any 500-level course from the mathematics & statistics department (excluding math subject courses for educators, e.g., ME 542-Geometry for Teachers).
- One non-mechanical engineering course (any 500-level course outside of the ME department).
Thesis and Independent Study
Students choosing the thesis option may do so for 6-9 credit hours (to be taken from the 'Remaining Courses' section noted above), contingent upon the thesis advisor. Please see the thesis guidelines for details regarding this option.
Group A, Group B, and Thesis Courses
Most mechanical engineering courses are worth 3 credits and are offered in the evening from 6-8:45 p.m. Each course meets one night per week during the Fall and Winter terms and twice per week during the Summer I and Summer II half terms. When demand for certain courses is exceptionally high, additional daytime sections, offered from 2-5:45 p.m., may be added. Non-working students are required to take daytime sections (rather than evening sections) where these are available. All classes are held Monday-Thursday. Classes are available in the Fall (September-December), Winter (January-April), Summer I (May-June) and Summer II (July-August) terms.
All courses are 3 credit hours except those marked with "*", which are available for 1~3 credit hour(s).
Group A: Mechanical Science
- ME 510: Finite Element Methods
- ME 512: Structural Analysis
- ME 514: Advanced Stress Analysis
- ME 515: Advanced Mechanics of Solids
- ME 516: Special Topics in ME
- ME 519: Basic Computational Methods in Engineering
- ME 540: Mechanical Vibrations
- ME 542: Advanced Dynamics
- ME 543: Vehicle Dynamics
- ME 545: Acoustics and Noise Control
- ME 547: Automotive Powertrains I (AENG 547)
- ME 548: Automotive Powertrains II
- ME 554: Theory of Gearing & Applications
- ME 556: Stress & Strength Cons. in Design
- ME 558: Fracture & Fatigue Cons. in Design
- ME 560: Experimental Methods in Design
- ME 563: Advanced Instrumentation & Control
- ME 565: Mechatronics (ECE 566)
- ME 567: Reliability Considerations in Design
- ME 570: Powertrain NVH of Electrified Vehicles
- ME 580: Advanced Engineering Materials
- ME 582: Injection Molding
- ME 583: Mechanical Behavior of Materials
- ME 584: Mechanical Behavior of Polymers & Ceramics
- ME 585: Cast Metals in Engineering Design
- ME 586: Materials Consideration in Manufacturing
- ME 587: Automotive Composites
- ME 589: Composite Materials
- ME 591: Degradation of Materials
- ME 593: Powder Materials and Processing
- ME 595: Digital Manufacturing
- ME 610: Finite Element Methods--Nonlinear
Group B: Thermal/Fluid Science
- ME 516: Special Topics in ME
- ME 521: Dynamics & Thermodynamics of Compressible Flow
- ME 522: Advanced Fluid Mechanics
- ME 525: Computational Fluid Mechanics & Heat Transfer
- ME 528: Fundamentals of Boiling and Condensation
- ME 531: Statistical Thermodynamics
- ME 532: Combustion Processes
- ME 535: Advanced Thermodynamics
- ME 537: Automotive Air Conditioning
- ME 538: Vehicle Thermal Management (AENG 566)
- ME 552: Sustainable Energy Systems (ESE 500)
- ME 571: Conduction Heat Transfer
- ME 572: Convection Heat Transfer
- ME 573: Radiative Transport of Heat
- ME 577: Energy Conversion (ESE 501)
- ME 592: Fundamentals of Fuel Cells
- ME 596: Internal Combustion Engines I (AENG 596)
- ME 597: Internal Combustion Engines II (AENG 597)
- ME 598: Engine Emissions
- ME 622: Advanced Topics in Fluid Mechanics (pre-req of ME 522)
Independent Study and Thesis
- ME 600: Study or Research in Selected ME Topics*
- ME 601: Experimental Research in Mechanical Engineering*
- ME 602: Guided Study in Mechanical Engineering*
- ME 699: Master's Thesis