Martin L. Culpepper

Professor Martin L. Culpepper is a Full Professor in the Department of Mechanical Engineering at the Massachusetts Institute of Technology (MIT), where he has served since 2001. His expertise spans precision machine design, compliant mechanisms, and mechanical system optimization, with research focused on advancing technologies for making, moving, and measuring applications.

His educational background includes:

• B.Sc. from Iowa State University (1995)
• M.Sc. from MIT (1997)
• Ph.D. from MIT (2000)

Culpepper's research integrates physics, mathematics, and engineering principles to invent high-performance machine systems. His lab develops foundational design theories for applications in manufacturing (rapid prototyping, fixturing), robotics (motion stages, actuators), and instrumentation (medical devices, sensors), emphasizing practical implementation through rigorous modeling and hands-on fabrication.

His major honors include:

• MIT Serving Our Community Award
• MIT Class of 1960 Fellow
• ASME Kornell Ehmann Manufacturing Medal
• Fellow of the ASME
• Presidential Early Career Award for Scientists and Engineers
• R&D 100 Award - Cost-effective micro-nano actuator
• R&D 100 Award - Kinni-Mate Coupling
• TR100 Award
• Ruth and Joel Spira Award for Distinguished Teaching

As an educator, Culpepper teaches 2.72/2.720 Elements of Mechanical Design and 2.145/2.147 Design of Compliant Mechanisms, emphasizing the fusion of theoretical knowledge and practical skills. He directed MIT's Project Manus (2015-2022), advancing campus-wide making initiatives, and mentors students in his lab through real-world design challenges. His administrative service includes editorial roles for the International Journal of Academic Makerspaces and leadership in the Higher Education Makerspace Initiative.

The Culpepper Lab operates as a collaborative hub where researchers develop paradigm-shifting machine technologies, with recent projects including MIT's mass-produced face shields for COVID-19 response and frameworks for remote making. The lab culture prioritizes translating theoretical innovation into tangible solutions while training engineers in MIT's "Mind and Hand" philosophy.