Campus BUILDERS

The building’s design is based on the principle of a protective envelope, combining robustness and openness. On the façade, stained concrete forms a solid block, resistant to weather and the passage of time. The main entrance, located on the ground floor, serves as a transition between the public space and the surrounding park, with a series of openings that maximize natural light and offer views of nature. This ground floor is conceived as a place that fosters connection—a transitional space that invites exploration. The upper floors are clad in fine vertical spines made of recycled aluminum, giving the building a sense of visual lightness while creating dynamic plays of light and shadow. The façade, treated in this way, is both elegant and functional, ensuring optimized energy performance.

Sustainability and resilience

To address current environmental challenges, this building has been designed to offer resilience in the face of climate change. Natural ventilation is integrated to promote healthy indoor air and optimal thermal comfort. Adjustable shading systems, combined with ceiling fans, help regulate indoor temperatures while reducing energy consumption. Additionally, the rewilding of the site, through the integration of plant elements, improves air quality and provides shaded areas for users.

Materials have been carefully selected for their durability and minimal environmental impact. Wood, recycled aluminum, low-carbon concrete, and Equitone panels contribute both to the project's aesthetic and to the reduction of its ecological footprint.

Flexibility is at the heart of the campus design. Thanks to a post-and-beam structural system, the building can be easily modified or adapted over time to meet future needs. The spaces are modular, allowing for seamless transformation of the interior layout in line with anticipated developments.

The project also considers the possibility of future extensions. The façade, made of prefabricated and removable panels, allows for adjustments without altering the main structure. The reduced use of concrete and the optimization of the structural grid offer extension solutions that minimize environmental impact.

This building embodies a vision of enduring and adaptable architecture, capable of meeting current needs while anticipating future requirements. Its flexible design, durable materials, and intelligent integration into the landscape make this project a model of innovation.