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Kehan Zou is a pioneering roboticist whose research lies at the intersection of soft robotics, bio-inspired actuation, and underwater systems. His most influential work, the "Underwater Crawling Robot With Hydraulic Soft Actuators" (45 citations), introduced a paradigm shift in benthic exploration by demonstrating how soft, hydraulic actuators enable precise locomotion and high payload capacity on the seafloor—overcoming the limitations of traditional turbine-based vehicles. Zou further advanced the field with a "Six Degrees-of-Freedom Soft Robotic Joint" (23 citations) that leverages tilt-arranged origami actuators, offering unprecedented dexterity for manipulators in unstructured environments. His innovative "Shear stiffening gel-enabled twisted string" actuator (2024) mimics biological muscle by achieving variable stiffness, dramatically improving force generation for lightweight robots. Beyond hardware, Zou has contributed to human-robot interaction through electromyography-based intention detection and wearable knee-assistance robots, bridging the gap between soft robotics and assistive technology. With a growing portfolio of over 80 total citations, Zou’s work has been recognized for its potential to transform deep-sea exploration, rehabilitation robotics, and adaptive manipulation. His recent far-field magnetic sensing on soft origami actuators (2025) promises to unlock new dimensions in spatial movement and force perception, cementing his reputation as a visionary in soft robotics.