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About

Renjie Chen is a leading innovator in flexible electronics and intelligent sensing, whose work is reshaping the fields of wearable technology, soft robotics, and rehabilitation robotics. His research centers on the design and fabrication of high-performance flexible sensors and energy storage systems, with a particular focus on creating artificial skin that mimics human tactile perception. Chen’s major contributions include developing three-dimensional interfacial stress sensors using graphene foam, which can simultaneously decouple and measure both normal and shear forces—a critical capability for prosthetic limbs and robotic manipulation. His work on flexible electronic skin based on graphene films has achieved high sensitivity and rapid response times, while his proximity sensor design enables simultaneous direction and distance detection. With over 170 citations across his most influential papers, Chen’s impact is clear: his 2024 review on flexible rechargeable batteries has already garnered 57 citations, and his sensor innovations are foundational for next-generation human-machine interfaces. Notably, his research on stress decoupling methods for rehabilitation therapy robots directly addresses the needs of stroke patients, demonstrating a commitment to translating cutting-edge science into tangible medical solutions.