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About

Haiming Zhao is a pioneering researcher in soft robotics and human-machine interaction, with a focus on developing adaptive, bio-inspired systems. His most impactful work introduces a restorable, variable-stiffness pneumatic soft gripper that overcomes a critical limitation of traditional particle jamming—poor restorability—by using strings of beads to allow the gripper to return to its initial mechanical state (23 citations). This innovation enhances compliance and reusability, advancing practical applications in delicate grasping. Zhao also contributes to the emerging field of soft valves, authoring a comprehensive review of their structures, materials, and modeling (7 citations), which provides a roadmap for replacing rigid control elements in soft robots. In human-machine interfaces, he developed a virtual character generation and animation system for e-commerce live streaming (11 citations), bridging robotics and digital media. Additionally, his work on ankle-joint-torque prediction using surface electromyography (sEMG) (3 citations) informs rehabilitation equipment design. With a portfolio spanning soft grippers, soft valves, virtual characters, and biomechanics, Zhao’s interdisciplinary research demonstrates significant impact in creating more adaptable, controllable, and functional robotic systems for real-world use.