Alexis Ken Sosmena Cartajenas, 
Loreen Kutz, 
Keith David Mosqueda Salarda 
Utilizing poured-earth construction and integrated rainwater harvesting, this sustainable dwelling embodies Emirati traditions while providing a functional space for community living.
5 key facts about this project
01
Poured-earth construction technique enhances thermal performance and sustainability.
02
Integrated rainwater harvesting system supports water efficiency for the community.
03
Textured surface finishes provide a natural aesthetic and improve surface durability.
04
Adaptable living spaces cater to diverse cultural and lifestyle needs.
05
Community gardens encourage social interaction and foster environmental stewardship.
General keywords
"Bayt Al3aysh Altaklid," or "The House of Living Traditions," is an architectural project located in the United Arab Emirates. This design aims to integrate cultural heritage with modern living practices, creating a functional and aesthetically cohesive dwelling. The architecture reflects the values and traditions of the Emirati community while addressing current environmental and social challenges.
The project features a multi-level layout that includes dedicated communal spaces alongside private residential areas, facilitating both social interaction and personal privacy. The design incorporates several utility-driven elements, such as a basement for storage and mechanical systems, a ground floor for community engagement, and a second floor for residential living. With careful spatial organization, the architecture promotes effective movement and interaction across various spaces.
Unique Design Approaches
This project distinguishes itself through its commitment to sustainable materials and traditional construction techniques. The use of poured-earth construction enhances thermal performance and minimizes reliance on synthetic materials. The combination of earth, water, cement, and specific aggregates not only pays homage to traditional building practices but also supports modern sustainability goals. The architectural details, such as textured surfaces inspired by natural forms and color variations from integrated pigment oxides, contribute to the building's authenticity and unique character.
Attention to environmental context plays a crucial role in the design. The structure incorporates renewable energy systems, including a grid-independent solar panel array and a rainwater harvesting system designed to store up to 1200 liters of water. These systems establish the project as an exemplar of energy-efficient architecture that respects local climate conditions.
Community Engagement in Architectural Design
The project emphasizes community by allocating spaces for collective activities, such as communal gardens and recreational areas. These design elements foster social interaction and create a sense of belonging among residents. Additionally, the building's adaptability allows for customized living spaces, accommodating varying lifestyles within the same structure. This flexible approach is essential in promoting diversity and inclusivity within the community.
For further exploration of "Bayt Al3aysh Altaklid," including detailed architectural plans, sections, and design innovations, readers are encouraged to engage with the project's presentation. Insights into the architectural ideas behind this work may provide a deeper understanding of its significance and functionality.
The project features a multi-level layout that includes dedicated communal spaces alongside private residential areas, facilitating both social interaction and personal privacy. The design incorporates several utility-driven elements, such as a basement for storage and mechanical systems, a ground floor for community engagement, and a second floor for residential living. With careful spatial organization, the architecture promotes effective movement and interaction across various spaces.
Unique Design Approaches
This project distinguishes itself through its commitment to sustainable materials and traditional construction techniques. The use of poured-earth construction enhances thermal performance and minimizes reliance on synthetic materials. The combination of earth, water, cement, and specific aggregates not only pays homage to traditional building practices but also supports modern sustainability goals. The architectural details, such as textured surfaces inspired by natural forms and color variations from integrated pigment oxides, contribute to the building's authenticity and unique character.
Attention to environmental context plays a crucial role in the design. The structure incorporates renewable energy systems, including a grid-independent solar panel array and a rainwater harvesting system designed to store up to 1200 liters of water. These systems establish the project as an exemplar of energy-efficient architecture that respects local climate conditions.
Community Engagement in Architectural Design
The project emphasizes community by allocating spaces for collective activities, such as communal gardens and recreational areas. These design elements foster social interaction and create a sense of belonging among residents. Additionally, the building's adaptability allows for customized living spaces, accommodating varying lifestyles within the same structure. This flexible approach is essential in promoting diversity and inclusivity within the community.
For further exploration of "Bayt Al3aysh Altaklid," including detailed architectural plans, sections, and design innovations, readers are encouraged to engage with the project's presentation. Insights into the architectural ideas behind this work may provide a deeper understanding of its significance and functionality.
