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About

Aimy Wissa is a pioneering roboticist whose research sits at the dynamic intersection of bio-inspired design, origami mechanics, and soft robotics. Drawing inspiration from nature's most elegant solutions—from earthworms to click beetles—Wissa has built a distinguished research program around harnessing structural instability and folding-based mechanisms to create innovative robotic systems. Her most celebrated contribution is the development of origami-enabled crawling robots, with her 2017 paper on multi-stable origami crawlers accumulating over 200 citations and establishing her as a leading voice in compliant, foldable robotic design. By exploiting the Kresling origami pattern's coupled longitudinal and rotational motion, she demonstrated that simple folded paper structures could drive sophisticated locomotion—a concept both scalable and elegantly manufacturable. Wissa's work extends beyond crawling, encompassing insect-scale jumping robots inspired by click beetles and trap-jaw ants, aquatic robots mimicking fish maneuverability, and flying fish hydrodynamics. Her research consistently bridges biological observation with rigorous engineering design, translating millions of years of evolution into functional machines. With nearly 350 cumulative citations, her contributions are reshaping how researchers approach small-scale, adaptive, and deployable robotic platforms.