Nan Yu

Harbin Institute of Technology, University of Edinburgh

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Total Citations

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About

Nan Yu’s research lies at the intersection of bio-inspired robotics, precision manufacturing, and advanced metrology. Their most notable contribution is the development of a climbing mechanism for legged robots, inspired by the attachment strategies of the Hercules beetle (Dynastes hercules). This work, published in 2023 and already garnering 62 citations, proposes a novel approach to vertical locomotion for on-orbit assembly—a critical capability for future space infrastructure projects. By mimicking the beetle’s natural adhesive and mechanical interlocking systems, Yu has opened new pathways for robots to operate in microgravity environments with enhanced stability and efficiency. Additionally, Yu addresses the challenge of positional drift in serial-axis industrial robots used in precision digital manufacturing. Their 2024 work on improving photogrammetry instrument performance through rigorous camera calibration directly tackles global inaccuracy issues that degrade part quality over time. With a growing citation footprint, Nan Yu is establishing themselves as a key figure in both bio-inspired robotics and manufacturing precision, bridging nature’s solutions with cutting-edge engineering challenges.