Yunhe Shi

Donghua University, University of Technology Sydney

Papers

Total Citations

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About

Yunhe Shi is a rising innovator in the field of wearable thermoelectric (TE) materials and flexible electronics, with a focus on developing self-powered, multifunctional fabrics for human health monitoring. His major contributions center on creating highly robust, breathable, and durable TE textiles that can simultaneously harvest body heat and sense multiple physiological signals. In his 2024 work on layer-by-layer self-assembled thermoelectric fabrics—cited 50 times—Shi demonstrated a breakthrough in achieving enhanced performance and breathability, enabling collaborative monitoring of human signals. His subsequent study on bicomponent fiber TE fabrics (17 citations) addressed critical challenges of poor durability in flexible electronics, introducing a dual-mode sensing platform that combines energy harvesting with multistimulus detection. By engineering materials that withstand repeated wear while maintaining electrical performance, Shi’s research bridges the gap between lab-scale TE devices and practical, long-lasting wearable technology. His work is particularly notable for advancing the integration of self-powered sensors into everyday textiles, offering a sustainable path toward continuous, non-invasive health tracking. As a young researcher, Shi’s high-impact publications signal his growing influence in the field of smart textiles and energy-autonomous wearable systems.