Liwei Jiang

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About

Liwei Jiang is a pioneering researcher in rehabilitation robotics and biomechatronics, with a focused expertise in reconfigurable robotic systems for muscle strength training and neuromuscular assessment. Their work centers on developing intelligent, adaptable robotic platforms that bridge the gap between clinical rehabilitation needs and engineering innovation. Jiang’s major contributions include the design of a reconfigurable muscle strength training robot capable of supporting 17 distinct joint movements across multiple training modes, a breakthrough that enables personalized, multi-joint rehabilitation in a single device. They have also advanced the use of surface electromyography (sEMG) for estimating muscle activation during ankle rehabilitation, improving the accuracy of non-invasive muscle state assessment—a critical step toward smarter, feedback-driven therapy. Each of their most-cited papers has garnered 5 citations, reflecting a growing influence in the field. Notably, their work on configuration synthesis for reconfigurable training robots demonstrates a systematic approach to translating human musculoskeletal principles into robotic design, laying the groundwork for next-generation, patient-adaptive rehabilitation technologies.