Zhengqiang Guo
South China University of Technology, Zhejiang Normal University
Papers
5
Total Citations
47
H-Index
2
About
Zhengqiang Guo is a rising innovator at the intersection of soft robotics, flexible electronics, and agricultural automation. His research centers on developing advanced materials and structures for intelligent sensing and actuation, with a particular focus on stretchable hydrogels, origami-inspired mechanisms, and biomimetic tactile systems. Guo’s most cited work—a stretchable, adhesive, antifreezing double-network hydrogel for flexible strain sensors (38 citations)—demonstrates his ability to engineer multifunctional materials for wearable and robotic applications. He has pioneered a 3D-printed, origami-inspired soft actuator capable of large contraction and strong actuation, addressing critical challenges in human–robot interaction. His high-sensitivity biomimetic fingertip sensing unit, enabled by a coordinated dual-electron conductive network via 3D printing, further showcases his expertise in tactile electronics. Guo also applies his skills to agricultural robotics, modeling tomato pericarp microstructure to improve harvesting robot precision and reduce internal fruit damage. His work on Poisson’s ratio structures and decoupling algorithms for 3D force sensing advances the field of flexible tactile devices for medical and robotic use. With a growing portfolio of highly cited papers and innovative contributions, Guo is establishing himself as a key figure in soft robotics and smart materials.
Research Focus
Key Achievements
Top Papers
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