Gen Chen
Papers
5
Total Citations
30
H-Index
4
About
Gen Chen is a pioneering roboticist whose research lies at the intersection of tactile sensing, soft robotics, and bio-inspired adhesion. Chen’s most significant contributions include the development of a miniaturized five-axis isotropic tactile sensor for robotic manipulation (9 citations), which advanced the field of haptic feedback for dexterous grasping. Building on this foundation, Chen has made impactful strides in soft robotics, notably designing a soft gripper with a belt loop actuated adhesion system (6 citations) that enables gentle handling of fragile objects—a breakthrough for delicate manufacturing and surgical applications. Chen’s work on capacitive pressure sensors integrated with anisotropic wedge microstructures (8 citations) has enhanced flexible sensor performance by overcoming stiffness limitations, while their research on kinematics, dynamics, and control of stiffness-tunable soft robots (4 citations) provides foundational modeling for next-generation adaptable machines. Additionally, Chen introduced a novel methodology for intrinsic adhesion state sensing in gecko-inspired dry adhesives (3 citations), merging biological principles with practical sensing. With a growing citation impact and a focus on bridging sensor design, soft actuation, and control theory, Gen Chen is shaping the future of intelligent, gentle, and adaptive robotic systems.
Research Focus
Key Achievements
Top Papers
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- 4Kinematics, dynamics and control of stiffness-tunable soft robots4 citations · 2024
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