Jianbin Feng

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About

Jianbin Feng is a researcher advancing the frontiers of robotics and human-robot interaction, with key contributions in mechanism design, mobility analysis, and tactile sensing. His work addresses critical challenges in construction robotics, particularly improving the load-to-weight ratio of robotic systems. Feng’s seminal 2014 paper, “Mobility analysis of a typical multi-loop coupled mechanism based on screw theory and its drive layout optimization” (10 citations), introduced a novel method combining iterative replacement of generalized kinematic pairs with screw theory to analyze complex multi-loop mechanisms, enabling more efficient and lightweight robot structures. Building on this foundation, his 2021 study, “Research on Operation Intention Based on Flexible Tactile Sensing Handle” (7 citations), developed an array-type flexible tactile sensor integrated into a handle for real-time grasp state detection. This innovation allows comprehensive and accurate interpretation of operator intentions during human-robot collaboration, enhancing intuitive control and safety. Feng’s work bridges theoretical mechanism analysis with practical sensing technologies, offering impactful solutions for construction automation and interactive robotics. His research continues to influence the design of smarter, more responsive robotic systems for real-world applications.