Building Resilience

Abstract

As wildfires grow in frequency and severity, many communities remain vulnerable due to inadequate use of fire-resistant materials and a lack of preventative design strategies implemented and researched across disciplines. This thesis investigates how architectural design can reduce wildfire risk by integrating building technologies, fire-resistant assemblies, and site-responsive planning. The research asks: What technologies and design strategies can be implemented in wildfire-prone regions to reduce destruction and increase resilience? By using a mixed-methods approach, including a literature review, case studies, and testing findings in fire modeling, this study analyzes the effects of wind, topography, and material performance on fire behavior. The project develops a "kit-of-parts" for wildfire-resilient housing and proposes design guidelines for clustered communities that balance safety, ecology, and habitability. By reframing post-fire reconstruction as an opportunity for innovation, this work contributes to the broader goal of climate-responsive, community-centered design in high-risk regions.