Yasaman Tahouni
Papers
5
Total Citations
109
H-Index
4
About
Yasaman Tahouni is a researcher working at the dynamic intersection of computational design, bio-inspired materials, and sustainable fabrication. Her work draws heavily from the natural world — particularly plant biomechanics — to develop innovative approaches to programmable materials, soft robotics, and circular construction methods. Tahouni's most significant contributions lie in the field of 4D-printed hygromorphic structures, where she has pioneered methods for programming sequential motion in moisture-responsive materials by mimicking the anisotropic mesostructures found in hygroscopic plants. Her 2021 paper on this subject has garnered 48 citations, establishing her as a notable voice in the programmable matter space. Building on this, her 2023 review connecting plant-inspired movement to soft robotics and machines has attracted 31 citations, underscoring her ability to bridge biology and engineering. Beyond bio-inspiration, Tahouni champions sustainable construction through computational and robotic fabrication workflows. Her "Embraced Wood" research introduces elegant methods for repurposing reclaimed timber into composite structural beams, while her work on non-standardized sheet metal reuse further demonstrates her commitment to resource-conscious design. Collectively, her portfolio reflects a cohesive vision: harnessing nature's intelligence and computational power to build a more adaptive, sustainable built environment.
Research Focus
Key Achievements
Top Papers
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