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About

Xiaohua Shi is a robotics engineer and researcher whose work spans rehabilitation robotics, redundant manipulator kinematics, and industrial robot systems. Over more than a decade of sustained research, Shi has made significant contributions to the design and analysis of lower-limb rehabilitation robots, developing multi-joint exoskeletal systems capable of assisting paralyzed patients through seated and recumbent therapy. Beginning with foundational kinematic analyses in 2009 and culminating in increasingly sophisticated hybrid series-parallel architectures by 2017, this body of work addresses a critical global shortage of intelligent rehabilitation equipment. Shi's most-cited contribution (26 citations) presents a comprehensive human-machine integrated model validated through clinical trials and ADAMS simulations, demonstrating both feasibility and safety. Beyond rehabilitation, Shi has tackled industrial challenges, proposing novel singularity analysis methods for 7-DOF redundant manipulators (24 citations) and developing surface-tracking constant-force control algorithms for grinding large curved workpieces such as wind turbine blades. Most recently, Shi has explored metamorphic mechanism-based climbing robots for blade maintenance. Collectively, this research reflects a coherent vision of advancing robotic systems that improve both human health outcomes and industrial manufacturing precision.