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About

Sung Joon Kim is a leading researcher in the field of tactile sensing for robotic manipulation, with a focused expertise in slip detection and soft sensor design. His work addresses a critical challenge in robotics: enabling robots to hold and manipulate objects with the same precision and delicacy as human hands. Kim’s major contributions center on developing innovative, non-array-type slip sensors that can be applied to arbitrary surfaces, moving beyond rigid, flat sensor designs. His most cited paper (2020, 9 citations) introduces a cut-to-shape soft slip detection sensor, a breakthrough that allows tactile sensing to be installed wherever a robot contacts an object, vastly expanding interaction possibilities. He has also pioneered capacitive and resistive slip sensors using internal air gaps and dielectric elastomers (2018, 7 citations; 2016, 4 citations), demonstrating a versatile approach to measuring relative displacement and separation layers for more accurate grip control. With a cumulative impact of over 20 citations on his core slip sensor publications, Kim’s work is foundational for advancing dexterous robot hands and safe human-robot interaction, making him a key figure in the evolution of soft robotics and tactile intelligence.