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About

Wei-Li Song is a leading researcher in the field of reconfigurable structures and multifunctional materials, with a particular focus on origami-inspired engineering and flexible energy systems. His most impactful work includes the development of an active reconfigurable tristable square-twist origami structure, which has garnered 113 citations for its pioneering approach to achieving multistable characteristics in metamaterials and robotics. Song’s contributions extend to the design of scale-inspired overlapping lithium-ion batteries, which integrate high energy density with variable stiffness, addressing critical challenges in flexible embodied energy systems. This work, cited 29 times, demonstrates his ability to merge mechanical design with energy storage. Additionally, his research on stiff reconfigurable polygons for smart connectors and deployable structures, as well as reconfigurable network structures with tunable deformation modes, has further solidified his reputation. With over 170 citations across his key papers, Song’s innovations are shaping the future of adaptive materials, offering transformative solutions for robotics, aerospace, and wearable technology.