Jason Friedman

University of Pennsylvania, Weizmann Institute of Science

Papers

Total Citations

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About

Jason Friedman is a leading researcher in origami-inspired robotics and compliant mechanisms, with a focus on creating lightweight, autonomous systems that leverage structural deformation for advanced functionality. His major contributions include the development of the REBOund, an untethered origami jumping robot that achieves controllable jump height through fold-pattern design, challenging traditional rigid-fold models. This work, with 22 citations, demonstrates how origami principles can enable dynamic locomotion without heavy actuators. Friedman also pioneered the Push-On Push-Off gripper, a compliant bistable mechanism that integrates mechanical sensing and actuation for robust grasping, cited 17 times for its novel approach to simplifying contact-rich tasks. His earlier research on object-action abstraction for teleoperation, with 7 citations, explored mapping human grasps to robotic actions, highlighting challenges in achieving intuitive control. Friedman’s work stands out for its emphasis on mechanical intelligence—embedding sensing and actuation into the robot’s structure rather than relying on complex electronics. His innovations have significant implications for search-and-rescue, medical devices, and manufacturing, making him a key figure in the evolution of soft and origami robotics.