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About

Zongwu Xie is a robotics researcher whose work spans an impressive breadth of domains, including space robotics, autonomous navigation, biomimetic adhesion, and humanoid locomotion. Over the course of his career, Xie has made meaningful contributions to the design and control of robotic systems operating in challenging and unconventional environments. His early work on reconfigurable modular space robot arms, dating to 2006, demonstrated a forward-thinking approach to adaptable robotic architectures inspired by established manipulator configurations such as the PUMA robot. This thread of innovation continued with his development of a novel end-effector designed specifically for lunar sample acquisition, addressing the unique mechanical and gravitational conditions of the lunar surface. More recently, Xie has turned his attention to autonomous path planning for snake robots navigating complex terrains, as well as learning-based heuristic models for optimizing motion on uneven ground. His exploration of biomimetic controllable adhesives and perceptive humanoid locomotion further reflects a researcher committed to bridging biological inspiration with practical robotic application. With multiple papers each accumulating citations across diverse subfields, Xie represents a versatile and productive voice in modern robotics research.