Casa Guadalupe presents a contemporary dwelling developed using industrialized systems, capable of combining efficiency, sustainability, and material quality without losing its connection to its context. In a distinctly rural suburban setting, the project incorporates two typical forms of the Asturian landscape—the agricultural shed and the traditional Asturian house—to construct a clear, understated volume that sits directly on the ground.

These references are reinterpreted through a contemporary language and dry construction, which allows the transfer of values inherent to traditional architecture to the industrial process: economy of means, adaptation to the climate and direct relationship with the territory.

The house is manufactured entirely in a workshop, allowing for precise control over the finishes and production times. Transported by semi-trailer trucks, the main structure was assembled in just 48 hours, significantly reducing construction time and the impact on the surrounding area.

The building system consists of a lightweight metal structure, a ventilated facade with sandwich panels, an insulated air cavity, and a corrugated metal roof. This technical approach defines a coherent and efficient system, optimized both in its manufacturing and its thermal performance in a humid and variable climate.

The building's placement responds to the irregular terrain and the desire to intervene as little as possible. The house rests on a system of pillars that allows it to adapt to the existing topography, reduce earthworks, and preserve the natural condition of the site.

Through these decisions, the project proposes a different way of understanding prefabricated housing: not as a standard object, but as a flexible system capable of generating architecture with character and a precise relationship with its environment.

The work demonstrates that industrialization can be integrated with a careful architectural approach, where technical precision coexists with attention to detail and an understanding of the site.