Max Robotics — Global Service Robot Directory + US Certification

About

Yangqiao Lin is a leading researcher in soft robotics, specializing in bioinspired design, modular systems, and fluid-driven actuation. Their work has fundamentally advanced the field by creating reconfigurable, autonomous soft robots that mimic biological locomotion and manipulation. Lin’s most-cited paper (146 citations) introduces a pneumatically powered omnidirectional robot inspired by caterpillar locomotion, demonstrating a novel nine-module matrix capable of traveling waves. They have also pioneered self-healing soft pumps (131 citations) and modular soft robotics (129 citations), addressing critical challenges in power sources and system integration. A standout contribution is the development of multimodal sensor-enabled autonomous soft robotic systems (97 citations), which achieve human-like dexterity and self-adaptive manipulation. Lin’s research extends to high-speed soft grippers inspired by the Venus flytrap (81 citations) and self-contained electrofluidic actuators (72 citations), pushing the boundaries of actuation speed, control, and portability. Their work on origami-inspired artificial muscles (69 citations) and controllable stiffness “skeletons” has enabled lightweight, multifunctional actuators that reproduce biological motion. With over 800 total citations across their top papers, Lin’s innovations are shaping the next generation of intelligent, adaptive soft robots for human-machine interaction and complex environments.