Yongzhi Sheng

Beijing Institute of Technology, Florida Atlantic University

Papers

Total Citations

187

H-Index

About

Yongzhi Sheng is a pioneering roboticist whose research spans biomimetic soft robotics, advanced control systems, and hybrid kinematic mechanisms. His most celebrated contribution, the "MagWorm" (2020, 121 citations), introduces a magnet-embedded, worm-like soft robot that achieves fast, untethered crawling—a breakthrough addressing the longstanding challenge of mobility in soft robotics. This biomimetic design has inspired new approaches to locomotion in confined spaces. In control theory, Sheng developed the time-varying nonsingular terminal sliding mode (T-NTSM) controller (2013, 44 citations), which eliminates the reaching phase in robot manipulators, enhancing precision under uncertainties and disturbances. His earlier work on velocity kinematics for hybrid manipulators with parallel-series configurations (2002, 12 citations) laid foundational insights for six-degree-of-freedom systems combining serial and closed-chain architectures. Additionally, his finite-time sliding mode control (2014, 10 citations) further advances robust manipulation. With over 187 citations across these key works, Sheng’s contributions bridge theoretical control innovations and practical soft robotics, offering students and researchers a compelling model of how bioinspiration and rigorous mathematics can converge to solve real-world engineering challenges.