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About

Phuong Thao Thai is a researcher at the forefront of merging traditional origami art with modern robotics and structural engineering. Her primary research areas include robotic origami folding, deployable structures, and mobile robot design. Thai's most significant contribution lies in developing finite element simulation methods for robotic origami folding, as demonstrated in her highly cited 2018 paper (16 citations), which provides a computational framework for robots to replicate the complex, precise folds of paper—a task deceptively simple for humans but profoundly challenging for machines. She further advanced this field with a simulation-based approach for designing origami-performing robotic systems (2016, 5 citations) and innovated manufacturing methods for truss core panels using origami-forming techniques (2015, 5 citations), creating lightweight, high-stiffness structures with applications in aerospace and construction. Thai's work also extends to robotics control, exemplified by her design of a Double-Sarrus mobile robot (2021). With a cumulative impact of over 28 citations, her research bridges the gap between ancient craft and cutting-edge automation, offering practical solutions for industrial manufacturing and robotic manipulation.