Papers
7
Total Citations
477
H-Index
6
About
Yijun Li is a dynamic researcher working at the intersection of advanced manufacturing, flexible electronics, and intelligent robotics. His work spans additive manufacturing of functional polymeric materials, flexible tactile sensing, and smart wearable devices—fields where he has made substantial contributions that are reshaping how robots and humans interact with their environments. Li's most-cited work, a 2021 review on 3D printing of functional polymeric materials (252 citations), established him as a leading voice on the revolutionary potential of additive manufacturing for next-generation devices. His 2022 paper on large-scale integrated flexible tactile sensor arrays (125 citations) addressed a critical gap in robotics by enabling human-like touch perception at scale—a landmark achievement in smart robotics. Earlier work on electrically conductive polyethylene/carbon fiber composites (36 citations) demonstrated his longstanding interest in engineering novel electromechanical materials through innovative fabrication strategies. Across his portfolio, Li consistently bridges materials science and real-world application, developing bio-inspired helical sensor networks, piezoelectric nanogenerators for self-powered wearables, and terrain-adaptive control systems for quadruped robots. His research reflects a coherent vision: creating smarter, more responsive physical systems through the synergy of advanced materials and intelligent design.
Research Focus
Key Achievements
Top Papers
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