Fangfang Shang

Papers

Total Citations

200

H-Index

About

Fangfang Shang is a leading researcher at the intersection of soft robotics, tactile sensing, and bioinspired structural design. Her work is fundamentally reshaping how machines interact with their environment, with a particular focus on developing advanced bionic skins and deployable robotic structures. Shang’s most impactful contribution is her comprehensive review on tactile sensing technology in bionic skin (147 citations), which has become a foundational resource for researchers aiming to replicate human touch in artificial systems. She has also pioneered the integration of origami and kirigami principles into robotics, as detailed in her highly cited work on creased patterns (53 citations). By harnessing ancient paper-folding techniques, Shang has introduced novel design routes for creating lightweight, reconfigurable, and highly adaptable robotic components. Her research not only advances fundamental materials science but also offers practical solutions for medical devices and deployable engineering systems. Through these achievements, Fangfang Shang has established herself as a key innovator in the field, bridging the gap between traditional craftsmanship and cutting-edge robotics.