Papers
3
Total Citations
131
H-Index
3
About
Sungmin Nam pioneers the intersection of soft robotics, mechanobiology, and advanced biomaterials. His landmark 2021 study in *Science Robotics* demonstrated that robotic actuation–mediated cyclic loading accelerates skeletal muscle regeneration by clearing neutrophils and their inflammatory cues—a breakthrough with 100 citations that bridges robotics and regenerative medicine. This work established a new paradigm for using mechanical forces to control immune responses and tissue repair. Nam further advanced the field by developing tough hydrogels with spatiotemporal toughness modulation through on-demand cross-linking (2025), enabling precise control over mechanical properties for applications in soft robotics, bioelectronics, and tissue adhesives. His earlier research on compliant multi-body climbing robots with magnetic adhesion showcased his expertise in dynamic analysis and bioinspired design. With a portfolio spanning from fundamental mechanobiology to functional materials and robotic systems, Nam’s work has garnered significant attention, reflecting its potential to transform how we engineer tissues and soft devices. His innovative approach—combining robotic actuation, material science, and biological insight—positions him as a rising leader in creating adaptive, responsive systems for medicine and robotics.
Research Focus
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Top Papers
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