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About

Yoonho Kim is a pioneering researcher at the intersection of soft robotics, magnetic materials, and biomedical engineering, whose work has fundamentally reshaped how scientists design and control untethered soft machines. He is best known for developing magnetically programmable soft materials and robots, with his landmark 2018 paper "Printing ferromagnetic domains for untethered fast-transforming soft materials" accumulating over 2,100 citations—a testament to its transformative influence on the field. Kim's research on ferromagnetic soft continuum robots (1,258 citations) demonstrated that millimeter-scale devices could be steered remotely through complex environments, opening new frontiers in minimally invasive medicine. His theoretical contributions, including foundational mechanics frameworks for hard-magnetic soft materials, have provided the rigorous analytical foundation that underpins much of this emerging field. Perhaps most strikingly, his work on telerobotic neurovascular interventions translates these principles into life-saving surgical applications, addressing one of medicine's most technically demanding challenges. His 2022 review on magnetic soft materials and robots (813 citations) has become an essential reference for researchers worldwide. Spanning fabrication, mechanics, and clinical translation, Kim's body of work represents one of the most cohesive and impactful research programs in contemporary soft robotics.