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About

Pengcheng Ye is a robotics researcher whose work centers on the design and control of biped climbing robots, with a particular focus on safe, autonomous, and adaptive manipulation in high-risk environments. His most-cited paper introduces a compact lightweight magnetic gripper that uses coaxial rotation of multiple magnets, enabling biped climbing robots to securely attach to ferromagnetic surfaces—a critical innovation for tasks like infrastructure inspection and maintenance. Ye has also advanced automated gripping systems using structured light vision, allowing robots to autonomously locate and grasp pipes, thereby reducing the risk of catastrophic falls. His research extends to contact force estimation for robotic manipulators, where he developed a Disturbance Kalman Filter to improve the accuracy and noise resilience of force sensing, essential for stable physical interaction. Most recently, he proposed a joint reaction force-driven adaptive variable admittance control method that enables biped climbing robots to conform their grip dynamically to varying loads. With over 20 citations across his key works, Ye is making steady contributions to the reliability and autonomy of climbing robots, addressing fundamental challenges in robotic manipulation and safety.