Prof. Li Li is a Professor in the Division of Integrative Systems and Design of The Hong Kong University of Science and Technology, and the Fellow of Royal Society of Arts. Prof. Li’s research interests include design thinking, advanced manufacturing, fiber composite materials, structure-based soft matter, and art. Her research has expanded the potential of fibers, a distinctively soft material, beyond their traditional applications into a versatile and powerful interdisciplinary tool benefitting designers and researchers across various disciplines. The design engineering of fibers enables tactile qualities that can evoke emotions and storytelling, allowing immersive and interactive experiences. Thus, revolutionize the creative industry, drive commercial success, and unlock new opportunities for different sectors. Her adoption of design thinking has also provided opportunities to experiment and innovate in areas such as smart technology, material science, and sustainable design, and has found practical value for the domains of design, healthcare, agriculture, archaeology, electronics and life style etc. Furthermore, her research has had successful industrialization and commercialization outcomes on an international scale.
Prof. Li Li is a Professor in the Division of Integrative Systems and Design of The Hong Kong University of Science and Technology, and the Fellow of Royal Society of Arts. Prof. Li’s research interests include design thinking, advanced manufacturing, fiber composite materials, structure-based soft matter, and art. Her research has expanded the potential of fibers, a distinctively soft material, beyond their traditional applications into a versatile and powerful interdisciplinary tool benefitting designers and researchers across various disciplines. The design engineering of fibers enables tactile qualities that can evoke emotions and storytelling, allowing immersive and interactive experiences. Thus, revolutionize the creative industry, drive commercial success, and unlock new opportunities for different sectors. Her adoption of design thinking has also provided opportunities to experiment and innovate in areas such as smart technology, material science, and sustainable design, and has found practical value for the domains of design, healthcare, agriculture, archaeology, electronics and life style etc. Furthermore, her research has had successful industrialization and commercialization outcomes on an international scale.
24.2.2023
2.12.2022