Yong Jun Kim

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Total Citations

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About

Yong Jun Kim is a researcher whose work sits at the intersection of robotics, materials science, and sensor engineering. His research focuses on the development of advanced sensing technologies, with particular emphasis on flexible force sensing systems designed for robotic applications. His notable work, "Flexible Contact Force Sensing Device Using Metal/Polymer Multilayer Structure for Robotic Applications" (2008), demonstrates his innovative approach to creating compliant, adaptable sensor architectures that leverage the unique mechanical and electrical properties of metal/polymer multilayer structures. This research addresses a critical challenge in robotics — enabling machines to detect and respond to physical contact with precision and sensitivity, much like human touch. By engineering sensors that are both flexible and functional, Kim's contributions have helped advance the field of tactile sensing, which is fundamental to the development of safer human-robot interaction systems and more dexterous robotic manipulators. While his citation record reflects early-stage recognition of this work, the foundational nature of flexible contact force sensing positions his research as a meaningful contribution to the growing field of soft robotics and wearable sensing technologies.