Jiwei Zhang
Papers
3
Total Citations
76
H-Index
3
About
Jiwei Zhang is a pioneering researcher at the forefront of soft robotics and intelligent materials, specializing in the development of autonomous, self-powered systems that bridge the human-machine-environment interface. His work centers on creating innovative actuators and sensors that harvest ambient energy—such as humidity, light, and electromagnetic radiation—to achieve untethered, perception-driven functionality. Zhang’s major contributions include the design of breathable metal-organic framework (MOF) enhanced nanofiber actuators that respond to humidity with autonomous triboelectric perceptivity, enabling self-powered object manipulation (47 citations). He also developed hot-pressing-programmable microfiber actuators with mechano-photothermal responses for dynamic electromagnetic radiation detection (22 citations), and self-propelled nanocellulose aerogel eco-robots inspired by rove beetles for aquatic environmental sensing (7 citations). These achievements demonstrate his ability to integrate material innovation with bio-inspired design, pushing the boundaries of sustainable, intelligent robotics. Zhang’s work, recognized for its high impact and novelty, is shaping next-generation soft robots capable of environmental adaptation and autonomous perception.
Research Focus
Key Achievements
Top Papers
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