Eric Schwarm
Papers
2
Total Citations
40
H-Index
2
About
Eric Schwarm is a roboticist advancing the frontier of dexterous, human-centered manipulation and telepresence. His research centers on novel actuator design and remote interaction systems, with a focus on reducing mechanical complexity to enhance robot agility and safety. Schwarm’s major contribution is the development of a floating-piston hydrostatic linear actuator and a remote-direct-drive 2-DOF gripper, a concept that relocates heavy actuators away from the arm to dramatically lower moving mass. This innovation eliminates the need for high gear ratios, restoring passive compliance, backdrivability, and the capacity for delicate, force-sensitive motion—critical for tasks from manufacturing to assistive robotics. His work on robot avatars, presented at the Avatar XPRIZE Semi-Finals, tackles the challenge of seamless teleinteraction by integrating systems that remove the sense of distance between remote users. Both papers have garnered 20 citations each, reflecting growing interest in lightweight, intrinsically safe hardware. Schwarm’s achievements exemplify a shift toward robots that move with human-like fluidity, making him a key voice in the next generation of physical human-robot collaboration.
Research Focus
Key Achievements
Top Papers
- 1
- 2