Keishiro Ueki

Papers

Total Citations

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About

Keishiro Ueki is a rising figure in the field of transformable structures and modular origami engineering, with a focus on the mechanics of frustration-driven motion. His most cited work introduces a novel Snapology-based modular system that leverages rhombic and triangular units, constrained to a single fold direction, to achieve controlled snap-through behavior. This contribution is significant for its elegant resolution of geometric frustration—a challenge in deployable systems—enabling robust, repeatable transformations without complex actuation. Though early in his career, with his top paper accumulating 2 citations since 2025, Ueki’s research bridges theoretical mechanics and practical design, offering a foundation for applications in robotics, deployable shelters, and adaptive metamaterials. His work stands out for its clarity in demonstrating how simple modular constraints can yield sophisticated, frustration-driven dynamics, marking him as an innovative thinker in the growing intersection of origami mathematics and structural engineering.