Kim Young Su

Papers

Total Citations

102

H-Index

About

Kim Young Su is a leading researcher in biomimetic soft robotics, with a focus on bio-inspired sensing and locomotion for aquatic and amphibious environments. Their work draws inspiration from the natural world to create innovative, flexible robotic systems capable of operating in complex, unstructured settings. A major contribution is the development of a fully 3D-printed, multi-material soft whisker sensor that mimics the pinniped’s ability to detect underwater vortices, a breakthrough for soft robotics and underwater exploration. This highly cited work (89 citations) demonstrates a novel approach to tactile sensing in fluid environments. Young Su has also advanced biomimetic locomotion by designing a functionally graded soft frog robot capable of jumping both on land and underwater, showcasing the potential of multilayer composite materials and shape-memory alloys. Their research bridges materials science, biology, and engineering, offering practical pathways for creating more adaptive and resilient soft robots. With a clear focus on translating biological principles into functional devices, Young Su’s work is shaping the future of soft robotics in environmental monitoring, exploration, and human-machine interfaces.