Located in Abidjan, Côte d’Ivoire, Villa Riviera Golf is a private family residence designed around movement, outdoor living, and the daily routines of its inhabitants. Rather than pursuing environmental certification or relying on technology-intensive building systems, the project approaches sustainability through passive architectural design. Climatic conditions, local construction knowledge, and material durability informed the design from the earliest stages, allowing architecture itself to perform much of the environmental work.
Organized on a sloped site, the house is centered around a naturally ventilated double-height living space that functions as both the social and environmental core of the residence. This central volume promotes cross-ventilation while drawing daylight deep into the interior, reducing reliance on artificial lighting during the day and improving thermal comfort within the shared living spaces.
Designed for a family whose lifestyle revolves around skating, surfing, and outdoor activity, the residence encourages movement and interaction through open communal spaces. A mezzanine overlooking the living area incorporates suspended net seating that creates an informal space for reading, relaxation, and play while maintaining visual connections across the house.
Climate-responsive building envelope
The building envelope responds directly to Abidjan’s tropical climate through passive solar control and natural ventilation strategies. Deep roof overhangs, shaded terraces, and layered indoor-outdoor thresholds limit direct solar exposure while extending everyday living beyond enclosed rooms.
Facade treatments vary according to orientation. Rotating timber panels on the west elevation regulate sunlight, ventilation, and street privacy while remaining adjustable throughout the day.
On the east facade, terracotta mashrabiya screens protect the bedrooms from direct morning sunlight without restricting airflow. Together, these elements create an adaptable envelope that balances daylight, ventilation, privacy, and solar protection using simple architectural components rather than mechanical systems.
The landscape also contributes to environmental performance. A swimming pool positioned along the prevailing southwest winds enhances evaporative cooling before air enters the adjacent living spaces, complementing the natural ventilation strategy throughout the house.
Local materials and regional craftsmanship
Material selection emphasizes durability, local availability, and compatibility with the regional climate rather than experimental construction systems. Handmade brickwork, locally produced timber elements, terracotta mashrabiya screens, concrete blockwork, and earthy finishes create a robust building envelope rooted in local construction traditions.
The project's environmental approach extends beyond material selection to the construction process itself. Local craftsmen were directly involved in the production of masonry, timberwork, facade elements, and detailing. This reduced reliance on imported specialist systems while supporting regional trades and preserving local building knowledge within the finished project.
The rotating timber panels and terracotta screens perform multiple functions simultaneously, acting as architectural features, ventilation filters, solar-control devices, and privacy screens. Their multifunctional role reduces the need for additional technical components while simplifying long-term maintenance.
Longevity through adaptability
Although VILLA RIVIERA GOLF was not conceived as a circular or design-for-disassembly project, its long-term environmental contribution is supported through durability, adaptability, and maintainability.
The open-plan living areas, double-height central space, mezzanine, and generous terraces can accommodate changing family needs without requiring significant structural alterations. Adjustable timber façade panels also allow occupants to modify shading, ventilation, and privacy over time.
The project relies on straightforward passive design principles and durable construction materials rather than highly specialized mechanical systems. By prioritizing materials with long service lives and systems that can be maintained by local trades, the house seeks to reduce replacement frequency while supporting long-term building performance.
A private skatepark integrated into the landscape reflects the family's lifestyle while extending daily activity beyond the enclosed building. Rather than functioning as an isolated recreational feature, it forms part of a broader architectural strategy that connects movement, outdoor occupation, and family life within a climate-responsive setting.
