Qingqing (Stella) Yang
Bio-procedural 3D Printing: Applying Living Systems to Digital Fabrication for Symbiotic Architecture
This research aims to investigate the application of bio-procedural techniques in 3D printing to enhance sustainable fabrication methods for climate-responsive architectural elements. As global concern regarding climate change intensifies, innovative architectural solutions that utilize renewable and biodegradable materials are essential for creating resilient urban environments. By merging concepts from biomimicry, procedural design, and advanced 3D printing technologies, this study seeks to develop building elements that can adapt to environmental conditions, thereby optimizing performance and sustainability. The methodology encompasses a multi-disciplinary approach that integrates computational design, material science, and ecological principles. The research will focus on leveraging bio-inspired structures and living organisms within the fabrication process, utilizing materials such as mycelium and algae to promote circular economy practices in the building sector. In doing so, the research proposal aims to contribute to the realization of energy-efficient architectural elements that enhance thermal regulation and reduce carbon footprints. Furthermore, generative design algorithms inspired by natural growth patterns will guide the optimization of facade geometries for maximum functional performance. The expected outcomes include innovative prototype systems demonstrating improved adaptive capabilities, resource efficiency, and environmental benefits. Finally, this proposal highlights the significant potential of bio-procedural 3D printing to facade design and contributes significantly towards sustainable architecture that is responsive to climate adaptation challenges. By integrating living systems and sustainable materials, this research aspires to create building architectural elements that not only respond to environmental changes but also actively contribute to reducing the overall environmental impact of building waste.
Supervisors
Professor Derek Kawiti & Dr. Fabricio Chicca
Awards
- Japan - 13th Virtual Design World Cup Forum8 - Champion
- China - 2022 WAFC Design Award - Public Choice Award
- Japan - 12th Virtual Design World Cup Forum8 - The Honorable Judge Award
- China - Jiaxing Ancient City Connecting South Lake International Concept Design Competition - Shortlist
- Australia - Victoria Premier Design Award 2019 - Highly Recommended Student Design
- Thailand - Wonder Fruit Design Competition 2019 - Shortlist
- Australia - RMIT School of Architecture 2019 S1 - Best Studio Work
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