Michigan State Engineering delivers hands-on learning and applied research that prepare graduates for high-impact careers. Students combine theory with practice across disciplines while collaborating with industry and community partners.
The College of Engineering at Michigan State University blends innovation with public service, positioning graduates to address complex challenges in technology, infrastructure, and sustainability.
| Program | Degree Levels | Key Labs and Centers | Industry Partnerships |
|---|---|---|---|
| Mechanical Engineering | BS, MS, PhD | Combustion Laboratory, Advanced Manufacturing | Ford, GM, Eaton |
| Electrical Engineering | BS, MS, PhD | Power Systems Lab, Wireless Network Lab | Consumers Energy, Dow Corning |
| Computer Engineering | BS, MS, PhD | Embedded Systems Lab, Security Lab | IBM, Google, Cisco |
| Civil Engineering | BS, MS, PhD | Infrastructure Lab, Transportation Center | Michigan DOT, AECOM |
Undergraduate Curriculum and Accreditation
Core Coursework and Design Sequences
The undergraduate curriculum emphasizes foundational math, science, and engineering design. Project-based courses develop teamwork, communication, and technical skills aligned with ABET accreditation.
Graduate Research and Specializations
Thesis Tracks and Industry Collaboration
Graduate students engage in cutting-edge research with options in systems, materials, robotics, and infrastructure. Faculty mentorship and industry-sponsored projects connect advanced study to real-world impact.
Research Centers and Innovation Initiatives
Applied Projects and Community Impact
Research centers focus on energy, transportation, data science, and resilient infrastructure. Students translate classroom concepts into deployed solutions that serve Michigan communities and beyond.
Industry Partnerships and Career Outcomes
Internships, Co-ops, and Employer Demand
Strong relationships with regional and national employers provide internships, co-ops, and full-time roles. Graduates join teams in mobility, energy, tech, construction, and consulting.
Future Directions and Strategic Vision
- Expand experiential learning through industry-sponsored design teams
- Grow research in sustainable infrastructure and smart systems
- Strengthen pathways from community college transfer and K–12 outreach
- Advance inclusive excellence and support for first-generation engineers
FAQ
Reader questions
What engineering disciplines are strongest at Michigan State University?
Mechanical, electrical, computer, and civil engineering are particularly strong, with hands-on design courses, modern labs, and industry partnerships that support diverse career paths.
How do undergraduate design projects prepare students for real-world work?
Sequential design courses simulate client requirements, deadlines, and teamwork, helping students build portfolios and professional communication skills valued by employers.
What internship and co-op opportunities exist for engineering students?
Students work with companies such as Ford, Consumers Energy, IBM, and Michigan DOT, gaining paid experience that often leads to full-time offers before graduation.
What support services help students succeed in rigorous engineering programs?
Tutoring, academic advising, makerspaces, and peer mentoring help students manage coursework, explore specializations, and persist to degree completion.