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About

Shinwoo Park is pioneering the next generation of soft growing robots—machines that move like vines and navigate the tightest, most delicate spaces in the human body and beyond. His research centers on bio-inspired locomotion, magnetic steering, and medical device design, with a focus on overcoming the fundamental challenges of retraction, control, and integration. Park’s most influential work, “Self-Retractable Soft Growing Robots for Reliable and Fast Retraction,” introduces a breakthrough mechanism that preserves the advantages of vine-like robots while enabling reversible, buckle-free operation—a critical step toward practical deployment. His 2024 study on “External Steering of Vine Robots via Magnetic Actuation” demonstrates how external magnetic fields can achieve high-curvature steering for endoluminal navigation, opening new possibilities for minimally invasive procedures. Park has also developed a soft growing robotic endoscope for painless colonoscopy and a helical structured robot for suctioning hazardous gases in inaccessible environments. With over 30 citations across his top papers, Park is establishing himself as a rising leader in soft robotics, translating elegant biological principles into tangible solutions for medicine and safety.