Dexiao An

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About

Dexiao An is an emerging robotics researcher whose work centers on the design, planning, and optimization of advanced space robotic systems, with a particular focus on cellular space robots (CSRs) and their applications in on-orbit operations. His research addresses critical challenges in space engineering, including the assembly, inspection, and maintenance of large space structures and spacecraft, areas of growing importance as humanity pursues more ambitious orbital infrastructure projects. An's notable contributions include developing novel configuration planning frameworks for Space Cellular Robotic Systems, establishing mathematical expressions that define their operational parameters and capabilities. His work on climbing strategy optimization represents a meaningful step forward in the field, introducing configuration as an active decision variable in trajectory planning to achieve energy-optimal locomotion — a practical advancement for resource-constrained space missions. He has also pioneered the design of multi-branch reconfigurable robots capable of navigating complex space truss environments. With publications accumulating citations across 2019 and 2023, An's research is gaining recognition within the space robotics community. His contributions are particularly relevant for students and engineers exploring reconfigurable robotic mechanisms, on-orbit servicing technologies, and autonomous space systems — fields poised for significant growth in the coming decade.