Mengkun Wu

Tianjin University of Technology, Hebei University of Technology

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About

Dr. Mengkun Wu is a pioneering researcher in orthopaedic robotics, specializing in the integration of musculoskeletal biomechanics with robotic systems for fracture reduction surgery. His work addresses critical challenges in surgical robotics, particularly the need for safer, more intuitive robot-assisted procedures that account for the complex interplay between bones and muscles. Dr. Wu’s most impactful contribution is the development of a hill-based musculoskeletal model for fracture reduction robots, which enables more accurate simulation of muscle forces during surgery. This foundational work, cited 11 times, has been extended through his research on trajectory optimization that incorporates musculoskeletal features, demonstrating how muscle dynamics can improve the planning and safety of orthopaedic robot movements. Additionally, Dr. Wu has innovated in robotic perception, designing an icosahedron marker for enhanced 6-DOF pose estimation, overcoming limitations of traditional ArUco markers in stability and accuracy. His combined expertise in biomechanical modeling, trajectory planning, and computer vision positions him as a key figure advancing the next generation of intelligent, muscle-aware orthopaedic robots for safer, more effective fracture reduction surgeries.