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About

Zhixiang Lu is a robotics engineer and researcher whose work sits at the intersection of mechanical design and rehabilitation technology, with a particular focus on assistive systems for stroke recovery. His research has centered on the development of parallel mechanism-based robots designed to restore motor function in hemiplegia patients — a growing clinical need driven by aging global populations. Lu's most recognized contribution is his work on the MKA series of ankle rehabilitation robots, culminating in iterative designs including the MKA-III and MKA-IV, which demonstrate his commitment to translating theoretical mechanism design into practical clinical tools. His 2016 paper on a six-degree-of-freedom parallel mechanism for ankle rehabilitation has garnered 8 citations, establishing it as his most influential work and laying the groundwork for subsequent designs. Across his portfolio, Lu has consistently addressed the limitations of earlier rehabilitation devices by engineering systems with improved degrees of freedom, patient safety features, and therapist workload reduction. With a combined citation count approaching 21, his contributions represent a meaningful step forward in the mechanization of stroke rehabilitation, offering both engineers and clinicians valuable frameworks for developing the next generation of assistive robotic systems.