Mechanical Engineering
Course 2
MIT’s Department of Mechanical Engineering (MechE/Course 2) advances the design, fundamental principles, and realization of physical systems with mechanical engineering at their core.
Technical Skills
- Fundamentals to design
- Hands-on making
- Computing & modeling for physical systems
Common Careers
- Engineer
- Consultant
- Entrepreneur
About
Our research and education programs embody MIT’s motto, mens et manus (“mind and hand”) – and we bring “heart” into the work. We combine theory and hands-on learning with a commitment to make the world a better place. By uniting the core areas of MechE with emerging frontiers and cross-disciplinary learning, we discover new knowledge, create innovative technologies, and train future leaders who help address the biggest challenges facing our society.
MechE Degrees
Undergraduate
- Course 2 Bachelor of Science in Mechanical Engineering
- Course 2-A Bachelor of Science in Engineering
- Course 2-OE Bachelor of Science in Mechanical and Ocean Engineering
Graduate
- Master of Science in Mechanical Engineering (SMME)
- Master of Science in Naval Architecture and Marine Engineering (SMNAME)
- Master of Engineering in Manufacturing Naval Engineer’s (NE) Degree
- Dual degree with Leaders for Global Operations (LGO) Program in MIT Sloan School of Management
- Master of Science in Ocean Engineering (SMOE)
- Master of Science in Oceanographic Engineering (SMOGE, joint MIT/WHOI degree)
- Mechanical Engineer’s (ME) Degree
- Doctor of Philosophy (PhD)
- Doctor of Science (ScD)
Why Choose MechE?
We encourage students to think outside the box, helping foster an innovative and entrepreneurial spirit that permeates our classrooms and laboratories. Our passion for pushing boundaries and developing creative solutions to the world’s problems has led to a remarkable number of discoveries – and our students have a lot of fun along the way, too.
Mechanical Engineering at MIT has expanded through the years from its traditional areas to encompass many emerging technologies, ideas, and principles – this breadth allows our department to confront multidisciplinary challenges, while embracing the core principles that have always defined our work.
Faculty Spotlights
All MechE Faculty
Ritu Raman
Assistant Professor
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Chair
Eugene Bell Career Development Professor of Tissue Engineering
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Department
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Lab
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Research area
Biofabrication; Neuromuscular Tissue Engineering; Biohybrid Robots
Giovanni Traverso
Associate Professor
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Title
Karl Van Tassel Career Development Professor
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Department
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Lab
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Research area
Biomedical device development; ingestible and implantable robotics; drug delivery for optimal drug adherence
Affiliated Research Labs and Centers
Dr. Woodie Flowers was a visionary in mechanical engineering education, shaping learning at MIT and beyond. Flowers passed away in 2019, but his legacy lives on and the magnitude of the educational revolution he helped to evolve was profound. His friends, former colleagues, and students reflect on his life and legacy.