Gihan B. Hewage

Papers

Total Citations

131

H-Index

About

Gihan B. Hewage is a pioneering researcher at the intersection of soft robotics and polymer mechanochemistry. His most celebrated work, "Mechanochemically Active Soft Robots" (2015, 131 citations), introduced a groundbreaking concept: embedding force-responsive covalent bonds into the elastomeric structures of soft robots. This innovation allows these machines to not only store and release mechanical energy for shape-changing and gripping but also to report on their own stress and damage in real time. By linking robotic function directly to molecular-level chemical reactions, Hewage’s contributions have opened an entirely new paradigm for self-sensing, self-reporting materials. His research fundamentally reimagines how soft robots interact with their environment, moving beyond simple actuation toward intelligent, mechanoresponsive systems. This work has been highly influential, inspiring a wave of studies at the nexus of materials science and robotics. Hewage’s achievements demonstrate a rare ability to bridge fundamental polymer chemistry with applied engineering, making him a key figure in the development of the next generation of adaptive, durable, and communicative soft machines.