Utilizing bamboo framing and reclaimed tires, this sustainable housing solution addresses Mayotte's urgent need for adaptable and efficient living spaces while promoting community engagement.
5 key facts about this project
01
Utilizes locally sourced bamboo for structural integrity and sustainability.
02
Incorporates reclaimed tires as a foundation component for insulation and resilience.
03
Features modular design allowing for rapid assembly and adaptability for growing families.
04
Integrates passive cooling methods through overhanging roofs and cross-ventilation.
05
Prioritizes communal spaces to foster social interaction among residents.
General keywords
Project specific keywords
The "Ma Kasi Mema" project is an innovative architectural initiative designed to address the urgent housing needs in Mayotte, an island located in the Indian Ocean. This project encompasses modular housing units aimed at providing immediate and sustainable solutions for families living in inadequate conditions. The design not only emphasizes functional living spaces but also incorporates elements that enhance community interaction and environmental sustainability.
Sustainable Material Use and Modular Design
The project stands out due to its careful selection of materials and its modular approach. It utilizes locally sourced resources including bamboo, crushed concrete, reclaimed tires, and earthen walls. Bamboo serves as a structural element, while earthen walls contribute to thermal regulation, showcasing an effective use of local materials. The modular design allows for easy assembly and expansion, facilitating quick construction and adaptability to the needs of growing families. This flexibility ensures that units can be added as necessary, promoting sustainability in both materials and design.
Community-Centric Features and Passive Cooling
A key aspect of the "Ma Kasi Mema" project is its emphasis on community. The layout is configured to foster social interaction through communal spaces, such as gardens and shared gathering areas, which support cultural practices central to the community's lifestyle. In addition, the design incorporates passive cooling techniques to address the tropical climate of Mayotte. Overhanging roofs and strategically placed ventilation openings allow for natural airflow, reducing reliance on artificial cooling systems and enhancing residents' comfort.
Explore the architectural plans, sections, and overall design for deeper insights into how these innovative features combine to create a functional and sustainable living environment. This project represents a significant step towards resolving housing issues while prioritizing community engagement and environmental responsibility.
Sustainable Material Use and Modular Design
The project stands out due to its careful selection of materials and its modular approach. It utilizes locally sourced resources including bamboo, crushed concrete, reclaimed tires, and earthen walls. Bamboo serves as a structural element, while earthen walls contribute to thermal regulation, showcasing an effective use of local materials. The modular design allows for easy assembly and expansion, facilitating quick construction and adaptability to the needs of growing families. This flexibility ensures that units can be added as necessary, promoting sustainability in both materials and design.
Community-Centric Features and Passive Cooling
A key aspect of the "Ma Kasi Mema" project is its emphasis on community. The layout is configured to foster social interaction through communal spaces, such as gardens and shared gathering areas, which support cultural practices central to the community's lifestyle. In addition, the design incorporates passive cooling techniques to address the tropical climate of Mayotte. Overhanging roofs and strategically placed ventilation openings allow for natural airflow, reducing reliance on artificial cooling systems and enhancing residents' comfort.
Explore the architectural plans, sections, and overall design for deeper insights into how these innovative features combine to create a functional and sustainable living environment. This project represents a significant step towards resolving housing issues while prioritizing community engagement and environmental responsibility.
