Mechanical Engineering (BS)
What is Mechanical Engineering?
Mechanical engineering is one of the broadest and most versatile of the engineering disciplines. Students in the BSME program have abundant career opportunities, even if they choose not to pursue advanced degrees. With our emphasis on human-centered design as well as the multidisciplinary nature of the curriculum and the university-wide initiative on sustainability, Wayne State's ME program prepares graduates for evolving industry needs.
What can I do with a Mechanical Engineering Degree?
A mechanical engineering degree provides a solid technical foundation for careers in fields as diverse as automotive, autonomous vehicles, control and automation of manufacturing processes, nanotechnology, alternative energy, advanced materials, medical devices, aerospace, and patent law. A successful mechanical engineer is a creative problem-solver with a solid background in science and strong communication and teamwork skills. According to the United States Department of Labor, the median annual wage for mechanical engineers was $90,160 in May 2020.
Henry Ford College Associate degree options
- Associate in Science (AS)
- Associate in General Studies (AGS)
- Pre-Engineering: General (AS)
- Other degree programs are possible but may exceed 120 total credits.
Recommended degree program: Pre-Engineering: General (AS)
Michigan Transfer Agreement (MTA) - Satisfies Wayne State University's General Education Requirements
Goal/Area of study | Henry Ford College Course | Credits | WSU Equivalent |
---|---|---|---|
English Composition | ENG 131 Intro to College Writing I | 3 | ENG 1020 |
ENG 135 Business and Technical Writing and Research | 3 | ENG 3050 | |
Humanities/Fine Arts | SPC 131 Fundamentals of Speech | 3 | COM 1010 |
See MTA; approved Humanities and Fine Arts (non-PHIL course | 3 | See advisor | |
Mathematics | MATH 180 Calculus I | 5 | MAT 2010 |
Natural Sciences | CHEM 141 General and Inorganic Chemistry I | 5 | CHM 1225 |
PHY 231 Engineering Physics I | 5 | PHY 2175 | |
Social Sciences | BEC 151 Principles of Macroeconomics (required if pursuing business minor or Operations Mgt. Leadership Program) | 3 | ECO 2020 |
See MTA; approved Social Science (non-BEC course) | 3 | See advisor | |
Mechanical Engineering Pathway Courses | ENGR 125 Intro Computation for Engineering | 3 | BE 1500 |
ENGR 130 Intro to Engineering | 3 | BE 1200 | |
MATH 183 Calculus II | 5 | MAT 2020 | |
MATH 280 Calculus III | 5 | MAT 2030 | |
MATH 283 Linear Algebra | 3 | MAT 2250 | |
MATH 288 Differential Equations | 5 | MAT 2350 | |
PHY 232 Engineering Physics II | 5 | PHY 2185 | |
ENGR 201 Science of Materials | 3 | BE 1300 | |
ENGR 232 Statics | 3 | ME 2410 | |
ENGR 233 Dynamics | 3 | ME 3400 | |
ENGR 235 Mechanics of Materials | 2 | ME 2420 | |
Total Credits | 73 |
Transfer Credit Summary | Credits |
---|---|
Pathway and Michigan Transfer Agreement (MTA) | 73 |
Associate degree requirements and additional electives * -See advisor for course recommendations based on associate degree requirements, educational interests, and career goals. | 0 |
Total Transfer Credits | 73 min. |
Notes:
- The range of credit hours (Associate degree requirements and additional electives) allows for earning credentials, such as certificates, or additional transfer credit while completing an associate degree. Some course(s) not included in the pathway may satisfy Wayne State requirements.
- The Michigan Transfer Agreement (MTA), Associate in Arts (AA), or Associate in Science (AS) satisfies Wayne State’s University General Education requirements.
- Any courses not completed can be taken at WSU.
- All courses and equivalencies based on catalog year 2024-2025
College of Engineering, Bachelor of Science (BS) in Mechanical Engineering | Credit Hours |
---|---|
BE 1310 Materials Science Lab | 1 |
BE 2100 Basic Engineering III: Prob & Stats | 3 |
ENG 3060 Technical Writing II: Presentation | 3 |
ME 2500 Numerical Methods | 2 |
ECE 3300 Intro to Electrical Circuits | 4 |
ME 2200 Thermodynamics | 3 |
ME 3300 Fluid Mechanics: Theory and Lab | 4 |
ME 3450 Manufacturing Processes I | 3 |
ME 4210 Heat Transfer: Theory and Lab | 4 |
ME 4150 Design of Machine Elements | 4 |
ME 4410 Vibrations: Theory and Lab | 4 |
ME 4300 Thermal Fluid Systems Design or ME 5330 (AGRADE) Advanced Thermal Fluid System Design (1) | 4 |
ME 4420 Dynamic Modeling and Control | 4 |
ME Tech Elective (ME 5XXX) | 8 |
ME 4500 Mechanical Engineering Design II or ME 5500 (AGRADE) Advanced Engineering Design (2) | 4 |
PHI 1120 Professional Ethics | 3 |
Total | 58 |
(1) may not be taken concurrently with ME 4500 or ME 5500
(2) may not be taken concurrently with ME 4300 or ME 5330
Wayne State credit summary | Credit |
---|---|
Major | 58 |
TOTAL WAYNE STATE CREDITS | 58 min. |
TOTAL WAYNE STATE and TRANSFER CREDITS | 131 (123 min.) |
Primary contacts
Henry Ford College
Academic Advising
313-317-6845 | advising@hfcc.edu
Transfer Student Success Center
313-577-2487 | transfer@wayne.edu
Mechanical Engineering Department
313-577-3843 | Academic Advising
Notes
- You can review how all courses transfer using the course equivalency tool. For a self-service, customized WSU degree audit, please visit https://wayne.edu/transfer/tess
- Wayne State requires a minimum of 30 credits in residency.
- The pathway allows multiple associate degree options with the flexibility to customize your degree path. The minimum eligibility to participate in the Wayne State Transfer Pathways is a cumulative GPA of 2.5 or above, Michigan Transfer Agreement (MTA), and an associate degree (earned or Reverse Transfer). See transfer credit guidelines.
- All college-level (non-developmental), non-duplicated courses with a 2.0 (C) grade point average (GPA) or above will be considered for transfer credit. Earned credit will transfer as 1) direct course equivalency, 2) major/department credit, or 3) elective credit. Credits not earned at the community college will need to be taken at WSU.
- The pathway was signed on December 12, 2022.
- These pathways do not replace the importance of academic advising. The pathway provides a general roadmap to degree completion.