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About

Uikyum Kim is a prominent robotics and biomedical engineering researcher whose work spans surgical robotics, force/torque sensing, robotic manipulation, and soft actuator technologies. He is perhaps best known for his groundbreaking contributions to minimally invasive robotic surgery (MIRS), having developed sophisticated force-sensing instruments that restore tactile feedback to surgeons operating robotic systems. His 2015 paper on force sensor-integrated surgical forceps, now boasting over 230 citations, introduced capacitive transduction principles enabling direct measurement of normal and shear forces at instrument tips — a critical advancement for surgical precision and safety. Complementing this, his 2017 six-axis force/torque palpation probe (140 citations) further extended sensing capability for robot-assisted procedures. Beyond surgical applications, Kim has made significant strides in robotic hand design, with his 2021 integrated anthropomorphic robotic hand (200 citations) demonstrating human-level dexterity through innovative linkage-driven mechanisms. His research also encompasses human-robot interaction through variable admittance control (124 citations), soft robotics using dielectric elastomer actuators, and wearable technologies employing shape memory alloy-based fabric muscles. Collectively, Kim's body of work — accumulating over 1,290 citations — reflects a versatile and impactful research vision bridging intelligent sensing, actuation, and human-centered robotic systems.