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About

Dr. Liuwei Wang is a pioneering researcher at the intersection of bio-inspired robotics and biomechanics, with key contributions in animal motion capture, humanoid robotics, and biomimetic adhesion. His work on multi-camera motion capture systems for small animals (17 citations) has provided critical tools for quantifying locomotor behaviors, directly informing the design of bionic robots. Dr. Wang’s groundbreaking research on gecko-inspired hierarchical adhesive structures has led to the development of reversible adhesive bio-toes and flexible multi-cavity adhesive units (12 citations each), enabling reversible adhesion on surfaces ranging from convex to flat. His innovative gecko-inspired gripper with contact sensing (2025) represents a major advance in industrial and climbing robotics. Additionally, Dr. Wang has made notable strides in human-robot interaction by designing a humanoid robot head capable of realistic facial expressions, introducing a strain-based anthropomorphic evaluation method (12 citations). His work on rigid-flexible coupling mechanics in adhesive units further elucidates the structure-function relationships essential for next-generation biomimetic systems. With a growing citation impact and a portfolio spanning from fundamental biomechanics to applied robotics, Dr. Wang is shaping the future of bio-inspired engineering.