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About

Ganegoda V. C. Rasanga is a pioneering researcher in bio-inspired robotics, specializing in soft-bodied locomotion systems modeled after flatworms. His primary research areas include biomimetic robot design, pedal wave locomotion, and mesh-based robotic architectures. Rasanga’s major contribution is the development of the WORMESH series—innovative flatworm-like robots that replicate the continuous gliding propulsion and pedal wave locomotion of real flatworms. His first prototype, WORMESH-I (2021, 6 citations), demonstrated how soft, dorsoventrally flattened robots can traverse rough terrain, swim, and climb surfaces using undulating pedal waves. Building on this, WORMESH-II (2023, 3 citations) introduced 2-DOF double joints, significantly enhancing maneuverability and stability. Rasanga’s work has garnered attention for its novel approach to soft robotics, offering potential applications in search-and-rescue, environmental monitoring, and medical devices. His research not only advances understanding of biological locomotion but also provides practical frameworks for developing resilient, adaptable robots. With growing citation impact, Rasanga is establishing himself as a key innovator in the field of bio-inspired robotics, bridging the gap between natural movement and engineered systems.