### Overview

The Re-Occuppant project addresses contemporary challenges in urban living, specifically targeting the efficient utilization of existing infrastructure in densely populated areas. The design revolves around repurposing underused parking lots into small-scale, affordable housing units, providing a pragmatic response to the growing housing crisis in urban centers.

### Architectural Composition and Materiality

The building features a vertical, compact form that mirrors the structure of a multi-story car park, allowing for parking beneath while maximizing spatial efficiency. This modular design enables flexibility in unit arrangement, fostering scalability and integration with surrounding structures. The use of Cross-Laminated Timber (CLT) as the primary structural framework is notable for its sustainability and speed of assembly, reducing on-site waste. Complementing this, insulated wall panels made from Kingspan QuadCore products enhance energy efficiency and contribute to lower carbon emissions, supporting the overall sustainability goals of the project.

### Systems and Community Impact

Incorporating advanced sustainability systems, the design includes rainwater harvesting to manage water resources effectively and mitigate urban stormwater runoff. Photovoltaic cells are integrated to harness solar energy, contributing to the building's self-sufficiency and reducing reliance on traditional power sources. Strategically positioned within existing parking spaces, the project not only addresses housing demand but also revitalizes neglected urban areas, promoting community engagement and interaction through the transformation of underutilized spaces.