Architecture as Habitat

Abstract

As global pollinator populations decline due to habitat loss, climate change, and accelerating urbanization, the built environment presents an underutilized opportunity for ecological intervention. This thesis investigates architecture as habitat by developing a pollinator-responsive façade prototype that integrates nesting infrastructure for native solitary bees directly within the building envelope. Moving beyond conventional sustainability strategies that aim to reduce harm, this research positions architecture as an active participant in ecological systems. The project synthesizes biological research on native bee nesting behaviors with architectural design methodologies to establish criteria for viable habitat integration, including cavity dimensions, material performance, microclimatic stability, and protection from predation and moisture. Through iterative prototyping, material testing, and spatial analysis, the façade system is designed to support bee habitation while maintaining architectural performance in terms of constructability, durability, and aesthetic integration. By embedding ecological function within the tectonics of the façade, this thesis reframes the building envelope as a productive interface between human and nonhuman systems. The proposed prototype demonstrates how architectural surfaces can be leveraged as distributed habitat infrastructure, contributing to urban biodiversity and resilience. Ultimately, this work advocates for architectural practice that expands the role of buildings from passive enclosures to active participants within broader ecological networks. This study is the intersection of classical architecture theory, environmental research, and location.