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About

Yongde Zhang is a pioneering robotics researcher whose work sits at the intersection of medical engineering, surgical robotics, and intelligent systems. His research spans soft and flexible robotics, minimally invasive surgery, dental robotics, and image-guided interventional systems — fields in which he has made consistently influential contributions over more than two decades. Zhang's most cited work, a 2020 review of soft and flexible robots for medical applications (113 citations), established him as a leading voice on next-generation adaptive robotic systems for clinical environments. His contributions to prostate brachytherapy robotics, including a 2006 paper with 67 citations and a 2021 safety-focused design perspective, demonstrate sustained commitment to improving cancer treatment precision. Notably, his early 2001 work on robotic complete denture manufacturing and subsequent research on orthodontic archwire bending robots — including digital expression methods and robotic control systems — highlight a distinctive specialty in dental robotics rarely explored by peers. Zhang's broader portfolio extends to flexible needle puncture systems, augmented reality–guided tooth preparation, nursing robots, and metaheuristic optimization algorithms. With research spanning foundational robotics to clinical translation, his cumulative citation record reflects meaningful, real-world impact across multiple medical disciplines, making him an essential reference point for students entering medical robotics research.