Building Through Disassembly: A Panelized Approach to Material Recovery and Reuse

Abstract

Current construction practices are static in nature, building for permanence with irreversible fasteners and adhesives that impede future adaptation and repair. In response, this thesis proposes a panelized approach to material recovery and reuse, questioning how circularity, repair and adaptation can be embedded directly into an architectural system. The research is informed by an understanding of varying material lifespans, evolving spatial requirements, and emerging industrialized building practices. The design approach generated through this research is organized in two stages; first through the recovery of salvaged materials from existing light timber construction, and secondly through their integration within a wall system, designed-for-disassembly and reconfiguration. The wall system is then tested in a phased student housing development, demonstrating how salvaged materials can be reintegrated in new construction, and how adaptation can be encouraged through a construction strategy. The thesis positions this approach as a cultural shift towards stewardship of the built environment.