Papers
11
Total Citations
198
H-Index
7
About
Suhan Kim is an emerging robotics researcher whose work sits at the fascinating intersection of soft actuators, micro-aerial vehicles, and biologically inspired robotics. His research focuses primarily on insect-scale aerial robots powered by dielectric elastomer actuators (DEAs) — soft artificial muscles that mimic the muscular systems found in flying insects — and on developing the enabling technologies that make autonomous, agile flight at the microscale possible. Kim's most influential contribution, "Laser-assisted failure recovery for dielectric elastomer actuators in aerial robots" (2023, 69 citations), introduced a breakthrough approach to making soft-actuated robots resilient against damage, drawing inspiration from insects' remarkable ability to sustain injuries while maintaining flight capability. His subsequent work developed the "FireFly" robot — a 650 mg aerial vehicle powered by electroluminescent DEAs — and demonstrated liftoff using triboelectric nanogenerators, pushing the boundaries of power-autonomous micro-robotics. His 2025 work on acrobatic insect-scale flight (34 citations) further advanced precise, agile maneuvering in flapping-wing systems. Across ten publications accumulating nearly 200 citations, Kim has consistently advanced the field of soft micro-robotics, bridging materials science, control theory, and biomimicry to create robots that are lighter, more durable, and more agile than ever before.
Research Focus
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