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The University of Michigan is home to a large collection of strong graduate programs. There are renowned faculty teaching courses all over campus. Students are encouraged to explore interests outside of Mechanical Engineering. The Rackham Graduate School maintains a list of all graduate degree programs and courses offered on the Programs of Study website. Students should also consult the website of the academic department where the course is being offered.
ME Course Information. The courses offered by the Mechanical Engineering department can be found in three places: (1) the Rackham Graduate School website, (2) the College of Engineering website, and (3) the ME Department website. All locations should include the same information.
Mobile Application for iPhone, iPad, and iPod Touch. Students on the Ann Arbor campus now can view their class schedules for the current term or browse for classes in current and upcoming terms on an iPhone, iPad, or iPod touch. Those features are part of the new Student Academics app available on the iTunes App Store. Personal class schedule information is protected via the Single Sign-On app – also available on iTunes – that allows people to authenticate to view their information.
The Office of the Registrar maintains deadlines and resources relevant to course enrollment. Current students will have the opportunity to register for the upcoming term during the last month of the semester. You should be particularly mindful of deadlines for dropping and adding classes, withdrawing from classes, and for payment of fees. Typically the drop/add deadline will be three weeks after the first day of class.
How do I register for classes?
Students at the University of Michigan register for classes using Wolverine Access. Before the start of registration, the Registrar's Office will release the course offerings for the term. These courses will now appear in Wolverine Access. At this point, students are able to start “Backpacking.”
"Backpacking" is a common term at the University of Michigan. Backpacking is similar to a shopping cart for online buying. You have the ability to store all of the classes you might be interested in taking during the term. Then after further deliberation, you can purchase (a.k.a. register) your courses.
Course and Enrollment Requirements:
- For the Fall and Winter term, the ME departmental policy requires all pre-candidate PhD students to be enrolled for at least 9 credits and all candidate PhD students to be enrolled in 8 credits of ME995 unless the student holds a GSI, GSRA, or GSSA appointment.
- A Master's student must be enrolled in at least 8 credits to be considered a full-time student.
- All PhD students must complete 6 hours of research in the first 3 terms.
- Graduate students must maintain a B average.
- A B- is required for all math and cognate courses.
- A C- is required for all other graduate level courses counting towards the degree.
Permission to Enroll/Electronic Overrides
Many classes at the University require electronic permission to register. In addition, an electronic permission is required to register for any class that is full or has a waiting list. If Wolverine Access denies a request to register because an electronic permission is needed, an error message will appear that says an instructor or departmental permission is required. If this occurs, please contact the student services staff in the department, school, or college that is offering the class which needs a permission to register. The Academic Services Office (contact email@example.com) can only give electronic permission to register for Mechanical Engineering courses.
Please note that it may be necessary to wait until the first class meeting (which should be attended) to obtain permission from the instructor to register. Each department or school/college has its own procedures for granting permission, but ME students are welcome in most courses around the University.
Reminder: Requesting permission to enroll does not complete the registration process for classes. Once an electronic override notification email has been received, it is still necessary to register for the class using Wolverine Access.
Wolverine Access allows students to put themselves on waiting lists for full classes. Once a class fills and a waiting list is generated, the class does not re-open automatically if seats become available. Open seats are filled with students from the waiting list in order. Students on the waiting list will receive an Electronic Override email granting permission to register if seats become available.
Withdrawing from a class
At the beginning of each semester, there is a drop/add period during which students are allowed to register through Wolverine Access without penalty. Deadlines are set University-wide by the Office of the Registrar, please refer to their "Student Registration Deadlines" on the Academic calendar for specific dates. Changes after this deadline are only possible in certain exceptional situations (e.g., serious illness). To make a change to a schedule after the drop/add deadline, it is necessary to complete an Elections Worksheet (available in the Academic Services Office), obtain written approval from the instructor and from a Academic Services Office staff member, and submit the Worksheet to the Office of the Registrar located in Pierpont Commons. If it is necessary to withdraw from a class after the drop/add deadline, the class will continue to appear on the transcript, with a grade of “W” (for withdraw). Mini-courses that run less than the length of the full semester have their own drop/add deadlines.
A brief review:
- During the first three weeks of a full term (or two weeks of a half term), Wolverine Access registration remains open, and you can add or drop classes/sections. Your transcript will not record this activity.
- Between three and nine weeks into a full term (or up to the fourth week of a half term), you need to have a Elections Worksheet signed by the professor of the class and by the ASO staff (available in 2206 GG Brown). A "W" will be recorded on your transcript indicating that you dropped the class, and your tuition may not be adjusted.
- After nine weeks into the term (after the fourth week of the half term), only under extenuating circumstances (e.g., severe health problems, prolonged illness, death in the family, jury duty) may changes to your schedule be considered. You must submit a petition for modification that explains the reasons for your request along with a Elections Worksheet. The petition for modification form must be signed first by the instructor of the class, then by an ASO staff member, then reviewed by a College of Engineering administrator. The petition must be accompanied by documentation of the extenuating circumstances.
Any graduate engineering-related mathematics course for which MATH 215 and/or MATH 216 are prerequisites may satisfy a math requirement. The list below contains several commonly elected 400 level courses. Any 500 level or above Math course will satisfy a math requirement. Check the Math Department's website for more election options.
Important Rules to Note:
- Only one of Math 417, 419, or 420 may be used to satisfy the math requirement.
- Only one of Math 450 or 454 may be taken to satisfy the math requirement.
- In either case above, more than one may be taken if one is to satisfy a math requirement and then one is taken to satisfy the cognate requirement after 6 credits of math have been selected.
- ME564 and Math417 may not be taken together for math credit.
- 404 (3) Intermediate Differential Equations
- 412 (3) Introduction to Modern Algebra
- 417 (3) Matrix Algebra I (may not take with ME564 for math credit)
- 419 (3) (EECS 400) Linear Spaces and Matrix Theory
- 420 (3) Matrix Algebra II
- 425 (3) (Stat 425) Introduction to Probability
- 433 (3) Introduction to Differential Geometry
- 450 (4) Advanced Math for Engineers I
- 451 (3) Advanced Calculus
- 452 (3) Advanced Calculus II
- 454 (3) Boundary Value Problems for Partial Differential Equations
- 462 (3) Mathematical Models
- 471 (3) Introduction to Numerical Methods
Substitutions for Math Courses
- EECS 501 (4) Probability and Random Processes
- EECS 562 (3) (AE 551) Nonlinear Systems and Control
- IOE 510 (3) (MATH561) Linear Programming
- ME 503 (3) Mathematical Methods in Applied Mechanics
- ME 507 (3) Approximate Methods in Mechanical Engineering
- ME 501 (3) Analytical Methods in Mechanics I
- ME 502 (3) Methods of Differential Equations in Mechanics
- ME 564 (4) (AE 550, EECS 560) Linear Systems Theory (may not take with Math 417 for math credit)
- STATS 412 (3) Introduction to Probability and Statistics
- STATS 425 (3) (Math 425) Introduction to Probability
- STATS 426 (3) Introduction to Theoretical Statistics
- STATS 466 (IOE/Mfg 466) Statistical Quality Control
The ME department recognizes the value of intellectual breadth in graduate education and the importance of formal graduate study in areas beyond the student's field of specialization. Cognate courses are those that are in a discipline or area different from a student's field of study but are related or connected with some aspect of this field. More specifically, cognates are graduate level courses and may be taken within the College of Engineering or in other departments on campus. Acceptable departments are Mathematics, Statistics, Physics, Chemistry, and Biology. The minimum acceptable grade for a cognate course is a B-. If the course is not a graduate level engineering, Mathematics, Statistics, Physics, Chemistry, or Biology course, then the course must be petitioned to the Academic Services Office to count toward the cognate requirement.
The following is a list of some useful cognate rules:
- ENGR courses do not fulfill the cognate requirement.
- MFG and AUTO courses that are cross-listed with ME do not count.
- ME courses that are cross-listed with other engineering departments do count.
- CHE 580, FIN/ES 629, and MFG 599 will not fulfill the cognate requirement.
- EECS460 may be elected to fill the cognate requirement but students may not use both EECS460 and ME461 toward their degree requirements.
- Any course can be petitioned to count as a cognate.
In order to facilitate graduate students planning their coursework for the academic year, a tentative list of graduate level courses to be offered in the upcoming academic year is below. Please note that while we make every attempt to offer the courses listed below; due to unforeseen circumstances, we can not guarantee a course will be offered. A longer description of the courses can be found on the ME Courses page.
|Fall 2014||Winter 2015 (TENTATIVE as of 4/7/14)|
|ME 424 - Engineering Acoustics||ME 406 - Biomechanics for Engineering Students|
|ME 433 - Advanced Energy Solutions||ME 420 - Fluid Mechanics II|
|ME 438 - Internal Combustion Engines I||ME 432 - Combustion|
|ME 451 - Properties of Advanced Materials||ME 433 - Advanced Energy Solutions|
|ME 452 - Design for Manufacturability||ME 461 - Automatic Control|
|ME 455 - Analytical Product Design||ME 481 - Manufacturing Processes|
|ME 456 - Tissue Mechanics||ME 483 - Manufacturing System Design|
|ME 482 - Machining Processes||ME 499 - Modeling and Control of Batteries|
|ME 487 - Welding||ME 499 - Design for Global Health|
|ME 499-001 - Atomistic Computer Modeling of Materials||ME 511 - Theory of Solid Continua|
|ME 499-002 - Manufacturing Case Studies||ME 512 - Theory of Elasticity|
|ME 499-089 - Sustainable Engineering and Design||ME 533 - Radiative Heat Transfer|
|ME 501 - Analytical Methods I||ME 535 - Thermodynamics II|
|ME 505 - Finite Element Methods in Mechanical|
Engneering and Applied Mechanics
|ME 538 - Advanced Internal Combustion Engines|
|ME 511 - Theory of Solid Continua||ME 541 - Mechanical Vibrations|
|ME 513 - Autobody Structures||ME 542 - Vehicle Dynamics|
|ME 515 - Contact Mechanics||ME 543 - Analytical Computational Dynamics I|
|ME 520 - Advanced Fluid Mechanics I||ME 561 - Design of Digital Control Systems|
|ME 523 - Computational Fluid Dynamics I||ME 564 - Linear Systems Theory|
|ME 530 - Advanced Heat Transfer||ME 567 - Introduction to Robotics|
|ME 540 - Intermediate Dynamics||ME 574 - Nano/Micro Structure Evolution|
|ME 548 - Applied Nonlinear Dynamics||ME 576 - Fatigue in Mechanical Design|
|ME 560 - Modeling Dynamic Systems||ME 584 - Adv. Mechatronics for Manufacturing|
|ME 563 - Time Series Modeling, Analysis, Forecasting||ME 589 Ecological Sustainability in Design and Manufacturing|
|ME 564 - Linear Systems Theory||ME 599 - Modeling and Control of Batteries|
|ME 569 - Control of Advanced Powertrain Systems||ME599 - Design for Global Health|
|ME 577 - Use of Materials and their Selection in Design||ME 645 - Wave Propagation in Elastic Solids|
|ME 586 - Laser Materials Processing|
|ME 587 - Global Manufacturing|
|ME 588 - Assembly Modeling for Design and Manufacturing|
|ME 599-001 - Atomistic Computer Modeling of Materials|
|ME 599-002 - Cellular Engineering|
|ME 599-003 - Nanofab and nanomfg technology|
|ME 662 - Advanced Nonlinear Control|