Yefeng Liang

Soochow University, Chinese Academy of Sciences

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About

Yefeng Liang is a pioneering researcher at the intersection of biomechanics, surgical robotics, and autonomous navigation, with a primary focus on revolutionizing pelvic trauma surgery. His work addresses the critical challenge of modeling the pelvis and its surrounding soft tissues—a complex mechanical environment that directly impacts the success of surgical navigation systems and robotic interventions. Liang’s major contributions include developing an integrated biomechanics modeling method (2023, 10 citations) that enhances the precision of pelvic fracture reduction, and advancing a novel navigation system with human-robot collaborative control for a series-parallel hybrid surgical robot (2024, 9 citations), which tackles key limitations in output force, navigation, and operational performance. Beyond orthopedics, Liang has also contributed to autonomous robotics, proposing a 3D exploration strategy based on the wavefront algorithm (2020, 4 citations) for indoor environment mapping using RGB-D cameras. His interdisciplinary approach—bridging biomechanical modeling, robotic control, and autonomous navigation—positions him as a key innovator in surgical robotics, with his work directly informing safer, more effective minimally invasive procedures for complex pelvic fractures.