One example is a pool house developed through prefabricated modules. Blurring the boundaries between indoor and outdoor living, the Pool House is defined by a long, sleek contemporary form clad in glass and metal, which not only reflects the surrounding greenery and pool but also seamlessly integrates the views of the main house. Reinforcing the studio’s signature site-sensitive approach, this project emphasises sustainability, blending modern design seamlessly with the natural environment. By employing a prefabricated Light Gauge Steel Frame (LGSF) construction, the studio ensured minimal environmental disruption.
This method not only preserved the property’s mature trees and expansive lawns but also significantly reduced material waste and energy consumption during the construction process.
Its structural frame and wall segments were planned as repeatable units, which made assembly efficient once transported to the site. The façade strategy was coordinated with these modules, ensuring that openings, shading elements, and material transitions aligned without adjustments on site. This project reflects how prefabrication can work smoothly with façade design when dimensions are coordinated early, and detailing is resolved before fabrication begins. The result is a building that relies on planned relationships between structure, envelope, and environmental control rather than site-based improvisation.
Efficient façade and fenestration design ultimately depends on clarity, consistency, and informed material choices. Layered systems allow each material to perform only the task it handles best. Prefabrication offers an additional layer of control when timelines or logistics demand it. Whether assembled on site or produced in modules, a façade designed around climate, orientation, and measurable performance will always function more reliably than one driven primarily by appearance.
Quick Facts:
|
