Chuhee Lee

Papers

Total Citations

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About

Chuhee Lee is a pioneering researcher at the intersection of digital design, sustainable construction, and biomaterials. Her work centers on developing computational frameworks that enable the use of natural, renewable materials—particularly bamboo—in modern architecture and engineering. Lee’s most cited paper, “BIM Bamboo: a digital design framework for bamboo culms” (2016, 24 citations), addresses a critical gap: while bamboo has long been hailed as a sustainable alternative to industrialized building materials in the Global South, its adoption has been hindered by technical, normative, and cultural barriers. Her research introduces a Building Information Modeling (BIM) approach tailored to the irregular geometry of bamboo culms, allowing for precise digital design, structural analysis, and fabrication. This framework not only enhances the efficiency and reliability of bamboo construction but also bridges traditional craftsmanship with digital tools. Lee’s contributions have significant implications for low-carbon housing, disaster-resilient architecture, and community-based building practices. Her work is notable for its interdisciplinary approach, combining material science, computational design, and socio-cultural sensitivity. With growing global interest in sustainable construction, Lee’s research is poised to influence both academic discourse and practical applications in green building.