Xinyi Zhang

Nanjing University of Science and Technology, Shandong University of Technology

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About

Xinyi Zhang is a robotics and mechatronics researcher whose work spans human-machine integration, sensor design, and advanced robotic locomotion systems. With a career bridging foundational theory and applied engineering, Zhang has made meaningful contributions to the development of assistive and autonomous robotic technologies. Zhang's most recognized contribution lies in the domain of lower extremity exoskeletons, where their 2015 work on mathematical modeling, simulation, and PID-based control of wearable assistive devices — now cited 9 times — addressed the growing global need for rehabilitation and mobility solutions amid aging populations and rising rates of physical disability. This research exemplifies Zhang's commitment to human-centered robotics. Earlier work from 2009 demonstrated Zhang's versatility, introducing a novel six-axis accelerometer design for humanoid robot wrists to improve grasping stability and accuracy — a technically nuanced contribution to multi-fingered robotic manipulation cited 4 times. More recently, Zhang has explored hybrid locomotion systems, co-designing rotor-leg-foot robots capable of switching fluidly between motion modes — a promising direction for search-and-rescue and anti-terrorism applications. Across these works, Zhang represents a thoughtful engineer advancing robotics at the intersection of human assistance, sensory precision, and adaptive mobility.