Baek-chul Kim

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About

Baek-chul Kim is a researcher whose work lies at the intersection of robotics, tactile sensing, and human-machine interaction. His primary research focus is the development of advanced tactile sensors for robotic and prosthetic applications, with a particular emphasis on slip detection and artificial skin. Kim’s major contributions include the design of a dual-axis shear force film sensor for robotic tactile applications (18 citations), which addresses one of the most challenging sensory modalities to replicate—touch. He also pioneered capacitive slip detection sensors using flexible substrates like acrylo-nitrile butadiene rubber (NBR), enabling more human-like grasping in robot hands. His work on microsized slip sensors using dielectric elastomers for incipient slippage detection (2 citations) further advances dexterous manipulation in humanoid robotics. Although his citation counts are modest, Kim’s research is foundational for improving precise control in prosthetics and robotic manipulation tasks. His sensors are critical for safe, adaptive grasping, making his contributions valuable for both academic research and practical applications in assistive technologies and industrial robotics.