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About

Kwon-Hee Kim is a robotics researcher whose work centers on the design of underactuated and biomimetic robot hands and manipulators, with a particular focus on creating affordable, human-like robotic grippers for service applications. His major contributions include the development of a displacement-force conversion mechanism for underactuated robot hands, enabling more natural and efficient grasping with fewer actuators. His 2012 paper on this topic has garnered 10 citations, while his 2021 work on a three-finger hand with human-like flexion has received 7 citations. Kim has also applied TRIZ (Theory of Inventive Problem Solving) to the design evolution of actuation systems for manipulator upper arms, addressing the challenge of fitting powerful, compact actuators into constrained spaces like elbow and shoulder joints. His 2010 paper on an economic service robot hand, which integrates biomimetics and TRIZ to create a wire-driven, screw-nut mechanism with spring-assisted grip control, has also been cited 7 times. Through these contributions, Kim has advanced the practical development of cost-effective, human-like robotic hands for service and remote manipulation tasks.