Minkyun Noh

Seoul National University, Massachusetts Institute of Technology

Papers

Total Citations

338

H-Index

About

Minkyun Noh is a pioneer in bio-inspired robotics, specializing in the development of miniature jumping robots that replicate the extraordinary mechanics of fleas. His most influential work, "Flea-Inspired Catapult Mechanism for Miniature Jumping Robots" (2012), has garnered 272 citations and unveils a novel catapult system that stores elastic energy and releases it via torque reversal—a mechanism enabling fleas to leap over 200 times their body length. Noh’s subsequent research (2013, 64 citations) refines this design by integrating active energy storage and release, mimicking the flea’s unique muscle and resilin configuration to achieve efficient, small-scale jumping. His contributions extend to the broader field of biologically inspired robots through the use of Smart Composite Microstructures (2011), which leverage scalable, layered materials to create endoskeletons for millimeter-scale robots. Noh’s work bridges fundamental biomechanics and practical engineering, offering transformative insights for robotics, search-and-rescue, and exploration. With over 338 combined citations, his research stands as a cornerstone in bio-robotics, inspiring new generations of agile, insect-like machines.