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About

Kevin Dai is a pioneering researcher at the intersection of soft robotics, biohybrid systems, and biomimetic sensing. His work focuses on developing next-generation actuators and sensors inspired by biological organisms, with a particular emphasis on hydrogel-based soft robots and tactile perception. Dai’s most impactful contribution is his mini-review on 3D printing hydrogel-based soft and biohybrid actuators (48 citations), which has become a foundational resource for researchers exploring stimuli-responsive materials for robotic applications. He also designed a biomimetic tactile sensor capable of material classification through surface roughness measurement (25 citations), advancing the field of haptic sensing. Notable achievements include the development of SLUGBOT, an *Aplysia*-inspired robotic grasper for studying biological control mechanisms, and a magnetorheological fluid-based damper that enhances biomimetism in soft actuators. His work on biocompatibility of dental resins for biohybrid actuators further demonstrates his commitment to translating soft robotics into practical, biocompatible applications. With a growing citation record and innovative contributions to both fundamental understanding and applied robotics, Dai is establishing himself as a key figure in the development of lifelike, adaptive robotic systems.