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This field is dedicated to bridging the gap between materials science and intelligent technologies, establishing an integrated R&D platform that spans innovative materials, smart design, and digital manufacturing. It focuses on developing integrated digital threads for high-value-added products, digital twin platforms for hybrid manufacturing processes, and precision control systems powered by intelligent sensing and embedded AI.
In response to global energy transition and sustainable development challenges, this field leverages consolidated expertise from areas including materials,sensing, logistics, and financial risk management. It focuses on innovating new energy technologies and building a supportive ecosystem. The field is dedicated to R&D in next-generation energy storage and battery technologies, battery lifecycle management and traceability, as well as the optimization and risk management of smart energy systems.
Life health represent one of the most critical frontiers of future technology. This field is committed to applying emerging technologies—such as advanced sensing, artificial intelligence, big data, and new materials—to the fields of precision medicine, intelligent wellness, and public health. It specializes in developing non-contact health monitoring systems (e.g., wireless medical extravasation detection systems), AI-assisted diagnostics, intelligent rehabilitation equipment, and bio-functional materials (e.g., the shapeable, absorbable bone graft material GAIABONE®).