Polymers with specific properties or functions. These polymers exhibit unique chemical, physical, or biological characteristics and are used in applications such as coatings, adhesives, films, electronic devices, Heat dissipation material, and biomedical applications.

Molecular engineering in the field of optoelectronics and energy, including solar cells, lighting, and energy storage devices. The aim is to improve energy efficiency and develop more sustainable energy solutions.

Smart textiles are textiles with embedded technology or special properties. These include wearable sensors, color-changing fabrics, temperature-regulating textiles, etc. They have broad applications in sports, healthcare, fashion, and military.

Biomedical Engineering,

Applied in biological and medical fields to develop new tools and biomaterials. This includes biomanufacturing, genetic engineering, and tissue engineering, aiming to improve medical technology and healthcare.

Utilizing plants and microorganisms to produce high-performance fibers and biodegradable bioplastics, and to carry out environmental remediation and pollutant degradation, such as repairing contaminated soil and water bodies, achieving efficient material production and ecosystem protection.

Improving food structure and texture, extending shelf life, and enhancing nutritional value. Enhancing food flavor and aroma, and developing rapid detection techniques to increase food safety. Promoting innovative food development to meet consumer demands for health and environmental sustainability, while reducing reliance on traditional agriculture.