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About

Guang Meng is a pioneering researcher in soft robotics and smart actuator systems, with particular expertise in dielectric elastomer actuators (DEAs), soft robot locomotion, and bio-inspired flexible mechanisms. His work has fundamentally advanced the speed and versatility of soft robots — a field historically constrained by slow movement and limited degrees of freedom. Meng's landmark 2018 paper introducing a fast rolling soft robot driven by dielectric elastomers (127 citations) demonstrated that fully flexible robots could achieve rapid locomotion through innovative multisegment minimum energy structures, directly addressing one of soft robotics' most persistent limitations. His subsequent work on electrically activated rolling locomotion (2020) further cemented this contribution. Beyond locomotion, Meng has made substantial contributions to variable stiffness actuator design, viscoelastic hysteresis modeling, and programmable textile-based robots. His more recent innovations — including self-vectoring electromagnetic soft robots (53 citations) and encoded sewing textile robots (51 citations) — reflect a broadening vision toward high-dimensional control and wearable robotic systems. With over 430 cumulative citations across his most impactful works, Meng's research offers students and engineers a comprehensive blueprint for next-generation adaptive, intelligent soft robotic systems.