Forsite Studio: Prefabricated Design for the Daylight Homeless Centre
Based in Austin, Texas, with recent expansions into Central America, Forsite Studio combines architecture and construction expertise to create socially impactful, sustainable projects. Their latest design for the Daylight Homeless Centre in Texas transforms an abandoned big box store into a vibrant hub for transitional housing and community support. Using prefabricated cargo containers for micro-units and communal spaces, Forsite demonstrates how modular design can deliver cost-effective, durable, and human-centric solutions to address homelessness.
Could you share some background on Forsite Studio and your overall design philosophy?
Forsite is an architecture firm with construction capabilities, operating in Austin since 2007. Our philosophy is rooted in efficiency and sustainability—the most sustainable material is the one not used. By standardising assemblies and working within unitised systems like 2×4 lumber or steel W-sections, we create repeatable, efficient forms that reduce waste, shorten construction time, and lower costs.
We also prioritise site-specific architecture—using local materials and craftspeople to ensure each structure has meaning and a strong connection to its environment.
How does your approach align with the needs of adaptive reuse projects like the Daylight Homeless Centre?
We began by repurposing a vacant big box store that had stood empty for a decade, transforming it into a building connected to its surroundings. By opening it up to the community park behind it, the structure shed its identity as an indifferent retail shell.
Inside, we introduced cargo containers to carve smaller, more intimate spaces within the vast volume, giving residents a sense of place and scale.
Why did you choose prefabricated cargo containers for the micro living units, and what advantages did they offer?
In most cases, converting cargo containers into housing is not cost-effective because modifications are expensive. However, since the existing store provides the building envelope, the containers required minimal changes—just adjustments to doors for access.
The result is a system that delivers durability, flexibility, and security at a much lower cost. Units can be reconfigured, moved, or expanded with relative ease, while offering resilience that wood-framed construction couldn’t provide.
How did prefabrication ensure durability, safety, and efficiency for residents?
Cargo containers are essentially indestructible and come with a Class A fire rating, which is critical for safety. Maintenance needs are minimal—pods can be repainted or power-washed, reducing long-term operational costs.
These units also act as an intermediary step for residents transitioning out of homelessness, providing durable personal spaces that help individuals relearn how to inhabit and maintain their own environments.
The design incorporates natural light and greenery. How did prefabrication support these features?
Community-driven projects often cut skylights, planters, and greenery during value engineering. By minimising site-built elements and leveraging prefabricated components, we freed up resources to retain these features.
The existing structure and standard containers allowed us to integrate skylights, planters, and communal spaces that significantly enhance quality of life, offering light, air, and greenery that enrich residents’ daily experience.
The anticipated cost per unit is just $12,000. How did prefabrication and modularity make this possible?
We’re leveraging the economies of scale from container manufacturing. Because modifications are minimal, costs remain low. Modular construction also speeds up timelines—units are simply stacked and locked into place with machine precision.
By simplifying the process, we cut labour costs, reduce delays, and ensure predictable budgets—delivering high-quality housing at a fraction of typical costs.
How did prefabrication help accommodate the diverse support services included in the centre?
Support spaces—such as medical clinics and skill-training areas—also use containers. While these require more customisation than the living pods, they remain cost-effective thanks to the rising availability of off-the-shelf modular components.
This approach ensures known costs, faster delivery, and scalability for future program expansions.
How does the project integrate with Saint Johns Park, and how does modular design support community connection?
The adjacent Saint Johns Park was long neglected, but this project treats it as a vital community asset. Containers will house a weekly farmer’s market, performance stage, and storage for rental equipment.
Additional prefabricated playground equipment and shade structures will enhance family use. This creates a seamless integration between the housing facility and the broader urban fabric, turning the centre into a hub of community activity.
