Jingyi Zhou
Papers
5
Total Citations
54
H-Index
2
About
Jingyi Zhou is an emerging robotics and soft materials researcher whose work spans tactile sensing, soft actuators, and bioinspired robotics — fields at the intersection of materials science and intelligent machine design. Zhou's most influential contribution, a conformable multiaxis tactile sensor leveraging anisotropic waveguides (2022, 43 citations), demonstrated how soft materials could enable rich, accurate tactile perception for both human prosthetics and robotic grasping systems, addressing longstanding challenges in sensitivity and overload resistance. Building on this foundation, Zhou has pioneered advances in dielectric elastomer artificial muscles, developing a mask-free carbon nanotube stamping technique that enables the fabrication of long, fibrous, and highly customizable actuators — work that has already attracted attention in the robotics community and earned journal cover recognition. More recently, Zhou has extended this expertise into musculoskeletal bionic legged robots driven by fluidic elastomer actuators, showcasing a holistic approach that integrates design, sensing, and control. Early bioinspired work on an inchworm-inspired soft crawling robot further illustrates Zhou's sustained interest in nature-driven mechanical solutions. Collectively, Zhou's research points toward a future of soft, intelligent machines capable of nuanced physical interaction with the world.
Research Focus
Key Achievements
Top Papers
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- 4A Soft Crawling Robot Inspired by Inchworms2 citations · 2019
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