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About

Young-Ha Kwon is a robotics researcher whose work centers on tactile sensing and human-robot interaction, with a particular focus on developing innovative sensor modules for robotic systems. His major contributions lie in the fabrication and evaluation of contact-resistance force sensors, which he has creatively integrated into various robotic components. Kwon pioneered a robot fingertip tactile sensing module using a 3D-curved molding technique (2013, 12 citations), enabling more natural and sensitive touch capabilities. He also developed a four-point biped robot foot module (2011, 10 citations) that leverages these force sensors for improved balance and locomotion, and a robot head module (2012, 3 citations) designed to enhance human-robot interaction through tactile feedback. While his citation counts reflect a focused, early-career impact, Kwon’s work demonstrates a systematic approach to embedding tactile intelligence into robots, from fingertips to feet and heads. His research is particularly notable for its practical fabrication methods, which bridge the gap between sensor design and real-world robotic applications. For students and researchers in robotics, Kwon’s work offers valuable insights into how contact-resistance force sensors can be molded and deployed to create more responsive, interactive machines.