Qianzhuang Zhang

Papers

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About

Qianzhuang Zhang is a pioneering researcher in rehabilitation and rescue robotics, with a focus on developing compliant, human-safe actuation systems. His work centers on replacing rigid motor-driven mechanisms with flexible, biomimetic actuators—such as pneumatic artificial muscles and hydraulic systems—to better interact with the human body and challenging environments. In a landmark 2020 study (13 citations), Zhang designed a rehabilitation robot driven by pneumatic artificial muscles, addressing the critical need for compliance in devices for hemiplegic patients. This work highlights his commitment to merging soft robotics principles with clinical rehabilitation. Expanding into rescue robotics, his 2023 design of a seven-degree-of-freedom hydraulic robot arm (11 citations) targets the demands of disaster response, where lightweight, highly flexible, and intelligent systems are essential. Though early in his career, Zhang’s contributions are already shaping the next generation of adaptive, human-centered robots. His research promises to enhance both patient recovery and emergency operations, positioning him as a rising leader in soft and hydraulic robotic systems.