Introduction and Project Goals
Based on the idea that transformation represents an opportunity to optimize and enhance what already exists, the project expands the existing property by creating new, independent living spaces. The goal is to improve the building from a morphological, spatial, and energy perspective, fully exploiting its potential while integrating modern and sustainable solutions.
 
Structural Intervention and Materials
The project involves demolishing the existing first floor and roof, originally built in brick and concrete, and replacing them with more efficient and eco-friendly materials. Gasbeton was chosen for the masonry, known for its thermal and acoustic insulation properties, while the new roof is made of wood, a sustainable material that harmonizes with the natural surroundings. These choices not only enhance the building’s energy performance but also reduce its environmental impact.
 
Integration and Context
Compact and modest in size, the new structure integrates harmoniously into its surroundings, respecting both natural and built features. The design takes into account the terrain’s morphology, views of the surrounding landscape, and the existing built environment. The approach avoids out-of-scale volumes, ensuring that the extension blends into the context and maintains visual and functional balance.
 
Design and Openings
The south and west façades are fully open towards the courtyard, fostering a strong connection between indoor spaces and nature. This design maximizes natural light and panoramic views. Conversely, the other façades are more closed, with strategically positioned openings that frame the landscape while maintaining privacy and intimacy.
 
Sustainability and Environmental Impact
From a landscape perspective, the intervention fits respectfully within the residential context, echoing the morphology and use of traditional local materials. The combination of traditional and innovative solutions strikes a balance between innovation and heritage. Despite the extension, no additional land consumption is foreseen, as the works are carried out on already impermeable surfaces. The large permeable areas remain unchanged, helping preserve the site’s ecological balance.
 
Conclusion
The extension project not only improves the building’s performance and functionality but also integrates seamlessly into its architectural and environmental context. The use of sustainable materials and a design attentive to local characteristics ensure a respectful yet innovative intervention, reflecting a tangible commitment to a more sustainable future in harmony with the environment.