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About

Ningjun Fan is a pioneering roboticist whose research has fundamentally advanced the fields of wall-climbing robotics and humanoid locomotion. Fan’s most influential work centers on developing novel suction mechanisms for vertical mobility, particularly through the invention of the “negative pressure-thrust suction method,” which combines negative pressure and thrust force for reliable wall adhesion. This breakthrough, detailed in his highly cited 2006 paper on “Suction Ability Analyses of a Novel Wall Climbing Robot” (25 citations), introduced the critical suction concept that has become foundational for the field. Fan further demonstrated this technology’s practical application with the “BIT Climber” (13 citations), a centrifugal impeller-based climbing robot that established mechanical parameter optimization principles for all such systems. Beyond climbing robots, Fan has made significant contributions to humanoid robotics, developing walking pattern generation methods based on human ground reaction force features (6 citations) and creating an anthropomorphic arm system capable of real-time ping-pong rallies against human opponents (5 citations). His interdisciplinary approach extends to social robotics, where he designed a bipedal humanoid with facial expression capabilities (4 citations), bridging mechanical engineering, control systems, and human-robot interaction. With over 64 citations across his most recognized works, Fan’s research continues to inspire new generations of roboticists tackling the challenges of mobile and humanoid robotics.