Xingping Huang

Papers

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About

Xingping Huang is a leading innovator in flexible and wearable sensor technology, with a research focus on tactile sensing, capacitive pressure sensors, and smart textiles for human–robot interaction. Huang’s major contributions include the development of a large-area, stretchable, textile-based tactile sensor (2020, 41 citations), which addresses the critical challenge of reducing wiring complexity in sensor arrays—a key step toward practical wearable electronics. Another landmark work is the highly sensitive capacitive pressure sensor with an elastic metallized sponge (2019, 29 citations), which achieves exceptional low-pressure sensitivity without relying on complex micro-structured dielectrics, offering a simpler, scalable fabrication route. These contributions have positioned Huang at the forefront of efforts to create durable, high-performance sensors for soft robotics and healthcare monitoring. With a growing citation impact, Huang’s work is increasingly recognized for bridging the gap between laboratory prototypes and real-world applications, making flexible sensing more accessible and robust for next-generation intelligent systems.