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About

Yishan Chen is a pioneering robotics researcher whose work sits at the compelling intersection of soft robotics, underwater systems, and intelligent actuation. His research focuses primarily on developing advanced soft robotic platforms for challenging underwater environments, with particular emphasis on benthic crawling robots, soft manipulators, and bio-inspired underwater vehicles. Chen's most influential contributions include his hydraulic soft actuator-driven underwater crawling robot (2021, 45 citations), which demonstrated superior locomotion accuracy and payload capacity compared to conventional turbine-based vehicles, and his soft origami optical-sensing actuator for underwater manipulation (2021, 33 citations), which elegantly combined compliance, dexterity, and integrated sensing in a compact design. His work on planarly-bundled soft manipulators addresses one of the field's persistent challenges — achieving structural stiffness without sacrificing adaptability. Beyond underwater robotics, Chen has also applied soft robotic principles to high-voltage transmission line maintenance, showcasing the breadth of his design thinking. His muscle-actuated underwater glider further demonstrates his creativity in combining biological inspiration with engineering precision. With nearly 100 cumulative citations across recent publications, Chen is establishing himself as a significant emerging voice in soft and field robotics research.