Jang-Yeob Lee

Papers

Total Citations

126

H-Index

About

Jang-Yeob Lee is a leading researcher in soft robotics and biomimetic actuation, with a focus on developing intelligent, flexible systems inspired by nature. His most influential work, the "Turtle mimetic soft robot with two swimming gaits" (2016, 110 citations), introduces a novel shape memory alloy (SMA) composite structure that replicates the flipper motion of the Chelonia mydas sea turtle. By dividing the actuator into three segments, Lee achieved two distinct swimming gaits, enabling an autonomous underwater vehicle with enhanced maneuverability and efficiency—a breakthrough for marine exploration and soft robotics. This work demonstrates his expertise in smart materials and bio-inspired design, bridging the gap between natural locomotion and engineered systems. Additionally, his research on "Smart Phone Robot Made of Smart Soft Composite (SSC)" (2015, 16 citations) showcases his ability to create lightweight, morphing robots that operate without traditional mechanical components, using smart composites for continuous, environment-friendly movement. Lee’s contributions have significantly advanced the field of soft robotics, offering scalable solutions for underwater robotics and adaptive systems. His work is widely cited for its innovative use of SMA and biomimetic principles, inspiring new generations of researchers in soft actuation and autonomous vehicle design.