O ATLAS

The new housing complex in Marrakesh, Morocco, is a model of sustainable design that integrates the traditional building practices of the area with modern ecological ideals. Surrounded by the Atlas Mountains, it achieves a synthesis of sustainability, cultural integration, and design innovation.
Central to the development is rammed earth, a traditional Moroccan building method, for main structures, providing excellent thermal mass to naturally control indoor temperatures, cutting down the need for artificial climate control. Local cedar wood will be used as secondary structure and joinery work. Thick walls replace conventional insulation, embracing a low-carbon principle and using the earth walls' thermal properties to maintain year-round comfort with little energy outlay. This passive approach diminishes the carbon footprint, solidifying the project's green credentials.
Landscaping plays a key role, with native species like olive trees, date palm, pomegranate tree, bougainvillea, resin spurge, marsh orchid, etc shaping a microclimate that naturally moderates temperatures. This greenery not only boosts the area's curb appeal but also establishes a natural defence against heat, offering shaded areas, cooler air, and cleaner air quality, while boosting local biodiversity.
Villas in the complex provide stunning mountain views, prioritizing natural light and ventilation, and merging interior with exterior spaces. A community club house at the centre of the development encourages resident interaction, featuring amenities such as a gym, swimming pool, and multipurpose rooms, nurturing a communal sustainable ethos.
The Marrakesh project is a testament to sustainable architecture, fusing traditional methods with modern innovations for an eco-conscious, harmonious living space.

Type of project: Residential

Program: 23 Houses & communal facilities

Location: Marrakesh, Morocco

Client: RSTONE Capital

Collaborators: Assibat Engineers

Type: Commission