Senjing Yao

Papers

Total Citations

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About

Senjing Yao is a robotics researcher focused on the intersection of structural mechanics and intelligent maintenance systems for critical energy infrastructure. Their work centers on the development and control of specialized robots for high-voltage environments, with a particular emphasis on substation charged maintenance. Yao’s most cited paper, "Finite element analysis and vibration control of the Substation Charged Maintenance Robot" (2016, 4 citations), addresses a pressing operational challenge: the need to safely and reliably clean substation insulator strings exposed to industrial and natural contamination. By applying finite element analysis to model structural dynamics and implementing vibration control strategies, Yao’s research directly mitigates the risk of flashover during adverse weather—a key failure mode in power grids. This contribution supports the broader goal of automating hazardous maintenance tasks, reducing human exposure to live electrical equipment. While citation counts remain modest, Yao’s work represents a foundational step in integrating robotics with high-voltage asset management, offering practical solutions for grid reliability. Their research is particularly relevant for students and engineers exploring robotic applications in extreme environments and structural health monitoring.