Bouna Semou Diouf 
Incorporating charred wooden shingles and an advanced rainwater harvesting system, this sustainable residence in Senegal seamlessly blends traditional craftsmanship with ecological design to create an efficient living space.
5 key facts about this project
01
Incorporates a rainwater harvesting system for sustainable water management.
02
Features charred wooden shingles for enhanced durability and fire resistance.
03
Utilizes cross-laminated timber panels to optimize structural integrity and thermal efficiency.
04
Employs a bent A-frame design to enhance natural ventilation and airflow.
05
Integrates local materials and traditional techniques to reflect the cultural context.
General keywords
Project specific keywords
The Smart Hut project is an architectural initiative focused on creating a sustainable living environment in Thies, Senegal. The design seeks to blend traditional Senegalese architecture with modern ecological technology. Functionally, it serves as a residential unit that accommodates both communal and private living spaces while promoting energy efficiency and environmental responsibility. This project exemplifies an integration of form, function, and contextual relevance, ensuring it meets the needs of its users while respecting local traditions.
Material selection plays a significant role in the Smart Hut's design. The use of local hardwood for the exterior cladding provides not only aesthetic appeal but also aligns with sustainability goals by reducing transportation emissions associated with material sourcing. Reinforced concrete underpins the structure's stability, vital in the region's varying environmental conditions. Metal components offer necessary support and durability, while energy-efficient glass windows enhance interior comfort through natural light and ventilation.
What distinguishes the Smart Hut is its focus on sustainable living through innovative design elements such as a solar energy system and sophisticated water management strategies. The collection and filtration of rainwater for irrigation exemplify the project's commitment to environmental stewardship. Additionally, the architectural form facilitates natural cooling by promoting airflow, minimizing reliance on electrical cooling systems.
Integration with the local ecosystem is also a key feature of the project. Landscaping with native vegetation enhances biodiversity while providing shade and cooling effects around the structure. The project not only aims to construct a dwelling but to foster a sense of community through shared spaces designed for interaction and collaboration.
Exploring architectural plans and sections, as well as the architectural details that underscore the Smart Hut's design, provides deeper insights into its structural and functional components. Architectural designs that merge local heritage with modern technology serve as an important reference for future sustainable housing projects. Engage with the full project presentation for comprehensive details and technical specifications.
Material selection plays a significant role in the Smart Hut's design. The use of local hardwood for the exterior cladding provides not only aesthetic appeal but also aligns with sustainability goals by reducing transportation emissions associated with material sourcing. Reinforced concrete underpins the structure's stability, vital in the region's varying environmental conditions. Metal components offer necessary support and durability, while energy-efficient glass windows enhance interior comfort through natural light and ventilation.
What distinguishes the Smart Hut is its focus on sustainable living through innovative design elements such as a solar energy system and sophisticated water management strategies. The collection and filtration of rainwater for irrigation exemplify the project's commitment to environmental stewardship. Additionally, the architectural form facilitates natural cooling by promoting airflow, minimizing reliance on electrical cooling systems.
Integration with the local ecosystem is also a key feature of the project. Landscaping with native vegetation enhances biodiversity while providing shade and cooling effects around the structure. The project not only aims to construct a dwelling but to foster a sense of community through shared spaces designed for interaction and collaboration.
Exploring architectural plans and sections, as well as the architectural details that underscore the Smart Hut's design, provides deeper insights into its structural and functional components. Architectural designs that merge local heritage with modern technology serve as an important reference for future sustainable housing projects. Engage with the full project presentation for comprehensive details and technical specifications.
