Fulei Ma
Papers
3
Total Citations
53
H-Index
2
About
Fulei Ma’s research lies at the intersection of precision robotics, compliant mechanisms, and soft actuation, with a focus on enabling high-performance manipulation and manufacturing. He is best known for his work on passive constant-force end-effectors for robotic polishing, where his 2022 paper has garnered 37 citations for its innovative approach to maintaining stable contact forces during the finishing of large-aperture optical mirrors—a critical challenge in freeform optics fabrication. Ma has also advanced the modeling of compliant mechanisms, developing kinetostatic frameworks for flexible beams with variable effective length (14 citations), which provide design tools for precision positioning and force control. His comprehensive review of electroactive bistable mechanisms (2020) synthesizes progress in soft robotics, mapping how these structures—combining rapid electroactive deformation with bistable latching—enable adaptive grasping, variable stiffness, and multimodal locomotion. This work highlights his ability to bridge fundamental mechanics with application-driven design. Ma’s contributions are shaping next-generation robotic systems for manufacturing, aerospace, and biomedical devices, offering students and researchers a clear pathway from theoretical modeling to practical, high-impact engineering solutions.
Research Focus
Key Achievements
Top Papers
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