Nodoka Nakagawa

National Institute of Technology, Sasebo College

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About

Dr. Nodoka Nakagawa is a pioneering researcher at the intersection of soft robotics and synthetic biology, whose work has redefined the boundaries of bio-inspired engineering. Her primary research focuses on developing enzyme-powered soft robots that harness biochemical reactions for autonomous locomotion, a field she has advanced through innovative design and mechanistic understanding. Her most-cited paper, "Enzyme-powered soft robots: Harnessing biochemical reaction for locomotion" (2024), has already garnered 6 citations, signaling its growing influence in the emerging domain of biohybrid systems. Nakagawa's major contribution lies in demonstrating how enzymatic catalysis can be integrated into soft materials to generate controlled, sustainable movement without external power sources, opening new possibilities for medical microrobots and environmental sensors. Her work has been recognized for its interdisciplinary creativity, bridging chemistry, materials science, and robotics. As a rising scholar, Nakagawa continues to inspire students and researchers by showing how nature's molecular machinery can be repurposed for next-generation technologies, with her findings laying the groundwork for self-powered, biodegradable robots that could revolutionize fields from targeted drug delivery to ecological monitoring.