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About

Qinxue Pan is a robotics researcher whose work spans biomedical microrobotics, nondestructive testing (NDT) systems, and robotic control. Pan first gained significant recognition with pioneering contributions to medical microrobotics, most notably the 2007 paper "Development of a novel type of microrobot for biomedical application," which accumulated 104 citations and explored miniaturized robotic systems capable of navigating blood vessels for potential microsurgical use. This foundational work established Pan as an early innovator in locomotive microrobot design driven by external magnetic fields. Pan's research subsequently evolved toward industrial robotics, particularly twin-robot systems for ultrasonic nondestructive testing of curved and complex composite components — a technically demanding domain requiring precise kinematic coordination and trajectory planning. Multiple publications between 2012 and 2019 address inverse kinematics, workpiece frame synchronization, and residual stress measurement on curved surfaces, collectively demonstrating a sustained and methodical research program in automated inspection technology. Additional contributions include underwater acoustic communication for multi-robot coordination and nonlinear control strategies for robotic bicycle stabilization, reflecting Pan's breadth across robotic systems. With a body of work spanning over a decade and citations led by high-impact biomedical robotics research, Pan represents a versatile contributor bridging medical, industrial, and autonomous robotic applications.