Yan Zhuang

Shenyang Institute of Automation, Xi'an Honghui Hospital

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About

Yan Zhuang is a researcher whose work spans two notably distinct domains: intelligent robotics and control systems education, and orthopedic surgical technology. In the field of robotics, Zhuang made early contributions to accessible control engineering education by developing a low-cost intelligent robot platform, addressing a critical barrier in academic research environments where expensive hardware often limits experimental learning opportunities. This work, accumulating 10 citations, demonstrated a practical commitment to democratizing robotics education and bridging the gap between control theory and hands-on application. More recently, Zhuang has extended their interdisciplinary expertise into medical robotics, contributing to the advancement of robot-assisted orthopedic surgery. Their 2023 work on femoral neck fracture treatment using robotic guidance for cannulated screw fixation represents a meaningful clinical contribution, targeting the longstanding challenges of excessive radiation exposure and prolonged operative times associated with traditional C-arm fluoroscopy procedures. Though still accumulating citations, this research reflects a growing and impactful trajectory in surgical precision technology. Together, Zhuang's body of work illustrates a career dedicated to applying intelligent systems across both educational and clinical contexts, making robotics more accessible and surgical procedures safer and more efficient.