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About

Won-jong Kim is a robotics and electromechanical systems researcher whose work spans bioinspired robotics, autonomous mobile systems, wireless power transfer, and smart material actuators. His most influential contribution lies in the development of ionic polymer-metal composite (IPMC)-based robotic systems, most notably an aquatic insectile robot featuring multi-degree-of-freedom legs — a landmark paper that has garnered 50 citations and demonstrated the viability of IPMC actuators in complex, biologically inspired locomotion. His research into linear brushless permanent-magnet motors advanced direct-drive design methodology, offering analytical tools for improved motor force calculation. Kim has also made notable strides in autonomous mobile robotics, developing a human-following robot capable of natural gesture-based interaction with electronic devices, as well as a robotic wheelchair with real-time collision-avoidance path planning. More recently, his work has addressed a critical challenge in wireless charging technology — achieving precise autonomous alignment between mobile robots and inductive chargers — combining computer vision with misalignment-sensing coils. Across these diverse domains, Kim's research consistently bridges theoretical modeling with practical implementation, reflecting a career dedicated to advancing intelligent, adaptive robotic and electromechanical systems.