Baoqing Pei

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About

Baoqing Pei is a multidisciplinary researcher whose work spans orthopedic biomechanics, surgical robotics, and bio-inspired locomotion systems. His research addresses some of the most pressing challenges at the intersection of clinical medicine and engineering technology, demonstrating a rare capacity to bridge these distinct fields. In orthopedic research, Pei made a notable contribution by investigating the biomechanical origins of adjacent segment degeneration following spinal fusion, demonstrating that increased facet joint load rates at adjacent segments may be a key driver of post-surgical tissue injury — work that has garnered 12 citations and offers meaningful implications for surgical planning and patient outcomes. His engineering contributions include developing a kinematic parameter-based spatial positioning method for orthopedic navigation robots, advancing the accuracy standards of surgical guidance systems through rigorous six-degrees-of-freedom analysis. Earlier in his career, Pei explored bio-inspired robotics, contributing gait planning methodologies for gecko-like climbing robots, reflecting a foundational interest in complex mechanical locomotion. Collectively, Pei's portfolio reveals a researcher committed to applying precision engineering principles to real-world medical and robotic challenges, with growing recognition across fields that demand both computational rigor and practical innovation.