Ilé Kékéré is a compact architectural project located in Nigeria, designed to respond to the local housing deficit. The project specifically caters to young professionals, offering a sustainable and efficient living space within a 25-square-meter footprint. It represents a fusion of modern design and traditional principles, aimed at providing a functional home while addressing contemporary social and environmental challenges.

The architecture emphasizes modularity, allowing for versatile use of space. The well-organized layout features essential living areas, including a kitchen, living space, bathroom, and bedroom, all within an open plan framework that maximizes usability. This design approach ensures that each square meter is utilized effectively, promoting a sense of comfort in a limited area.

Innovative Use of Traditional Materials and Techniques

The project incorporates a range of local materials that contribute to sustainability while reflecting cultural heritage. Key elements include Kingspan insulated roof panels, which offer energy efficiency, and timber flooring that establishes continuity with the natural surroundings. The use of wood paneling in the interior enhances the warmth of the living space, making it inviting and functional.

A notable design aspect is the integration of a hydroponic tower, allowing residents to grow food in a resource-efficient manner. This feature underscores the project's commitment to self-sufficiency and environmentally conscious living. The strategic placement of large windows optimizes natural light and ventilation, contributing to a lower reliance on artificial heating and cooling systems.

Efficient Water Management and Renewable Energy Solutions

The design of Ilé Kékéré includes advanced water management systems that capture atmospheric moisture and recycle greywater, facilitating a sustainable water supply for domestic use. This feature is crucial in addressing the challenges of water scarcity in the region.

The project also incorporates solar energy systems through solar panels on the roof, enhancing the building’s off-grid capabilities. This approach not only reduces energy costs but also promotes the use of renewable resources, aligning with global trends toward sustainable architecture.

For a deeper understanding of the architectural design, readers are encouraged to explore the project's architectural plans, sections, and detailed designs. These resources offer valuable insights into the innovative approaches utilized in Ilé Kékéré, shedding light on its design solutions and strategies for effective urban living.