Zhenjiang Jiang

Nanjing University of Posts and Telecommunications

Papers

Total Citations

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About

Zhenjiang Jiang is an innovative robotics researcher whose work spans soft robotics, rehabilitation engineering, and robotic kinematic optimization. His research focuses on developing advanced robotic systems that bridge the gap between mechanical engineering and practical human-centered applications. Jiang's most significant contribution is his pioneering work on soft robotic gloves for hand rehabilitation, addressing a critical limitation in existing devices — their inability to assist multidirectional finger movement with sufficient force at lower air pressures. By coupling pneumatic actuators with granular jamming systems, his 2021 study (15 citations) offered a compelling solution for patients recovering from conditions such as stroke. His subsequent work on magnetically driven soft crawling robots demonstrates his expanding research vision, exploring untethered locomotion in confined spaces through three-dimensional magnetic field control — a technology with promising medical and exploratory applications. Beyond soft robotics, Jiang has contributed to improving robot precision through error compensation methodologies, reflecting his broad technical range. With a growing citation record across multiple cutting-edge domains, his research is steadily influencing the next generation of rehabilitative and autonomous robotic systems, making him a noteworthy emerging voice in modern robotics engineering.