Kahp‐Yang Suh

Papers

Total Citations

637

H-Index

About

Kahp‐Yang Suh is a leading figure in bioinspired engineering and flexible electronics, renowned for pioneering work in dry adhesives and wearable sensor technologies. His research focuses on developing nature-inspired hierarchical structures and soft materials for advanced sensing and adhesion applications. Suh’s major contributions include the design of robust gecko-inspired dry adhesives, which leverage multiscale fabrication to achieve superior adhesion and reusability—a breakthrough with implications for robotics and biomedical devices. His highly cited 2013 review on flexible sensors for wearable and implantable devices (452 citations) provides a comprehensive framework for next-generation healthcare monitoring, energy harvesting, and soft robotics. Additionally, his 2011 feature article on bioinspired dry adhesives (185 citations) has guided the development of more reliable, scalable adhesive systems. Suh’s work bridges fundamental materials science and practical device engineering, earning him recognition as a key innovator in flexible electronics. His research continues to inspire students and researchers aiming to integrate biological principles with micro- and nanofabrication for real-world impact.