"Powering Life through Energy Conversion"
"Powering Life through Energy Conversion"
Energy conversion technologies for healthcare and robotics
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Core Technologies
Fundamental energy conversion mechanisms lie at the heart of our research. We investigate electro-mechanical, electro-thermal, and electro-electrical coupling to understand and engineer piezoelectric, triboelectric, pyroelectric, thermoelectric, and ferroelectric phenomena. These core technologies provide the scientific foundation for next-generation energy harvesting, self-powered sensing, and intelligent soft electronic systems.
Energy conversion for robotic systems
AI-Driven Design & Digital Manufacturing
Artificial intelligence (AI) accelerates the design and optimization of soft energy devices, while digital manufacturing enables rapid prototyping and scalable fabrication of next-generation electronic systems.
Soft Thermoelectrics & Intelligent Thermal Sensing
We develop printable soft thermoelectric materials that efficiently convert heat into electricity. Their seamless integration with flexible thermal sensing enables next-generation robotic systems capable of adaptive perception and intelligent interaction.
Energy conversion for disease monitoring
Multimodal Sensing & Intelligent Healthcare
We develop energy conversion technologies that power multimodal sensing systems, enabling comprehensive physiological monitoring through electrophysiological, mechanical, electrochemical, and thermal signals. Combined with AI-driven data analysis, these intelligent platforms provide early disease detection, precision diagnostics, personalized healthcare, and adaptive closed-loop therapeutic strategies.
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