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About

Hocheol Shin is a robotics engineer and researcher whose work spans specialized robotic systems for hazardous environments, bio-inspired locomotion, and rehabilitation robotics. He is perhaps best known for his pioneering contributions to snake robot development, particularly the KAEROT-snake IV — an 11-module, 2-DOF system capable of navigating small-diameter pipes and traversing complex three-dimensional terrain — work that has garnered over 35 citations across two landmark publications. A significant thread of Shin's research focuses on nuclear power plant (NPP) robotics, where he has developed remote-controlled mobile systems for steam generator tube inspection and repair, aerial work platforms with telescopic masts and dual-arm manipulators, and environment monitoring robots capable of operating in high-radiation zones. His 2018 paper on shared remote control robots for NPP aerial tasks reflects the growing sophistication of his human-robot interaction designs. Complementing this applied engineering work, Shin has also explored biomechanical motion analysis — notably capturing lizard trotting gaits to inform quadruped robot locomotion planning — and early rehabilitation robotics through supporting force control for walking training systems. His cumulative citation record demonstrates sustained influence across multiple subfields of field robotics and automation.