Henry Alexander Marroquin, 
Mate Thitisawat 
Utilizing charred wooden shingles and advanced passive cooling techniques, this residential design achieves energy efficiency and community integration while offering a modern living environment.
5 key facts about this project
01
Utilizes charred wooden shingles for enhanced durability and fire resistance.
02
Incorporates a heat stack tower for optimized thermal regulation and air circulation.
03
Features xeriscaping on roof gardens to promote water conservation.
04
Employs 3D printed composites in the structural design for greater efficiency.
05
Integrates gray water recycling systems to minimize resource waste.
General keywords
Project specific keywords
The AZIMUTH project represents a focused approach to sustainable architectural design, balancing functionality and ecological responsibility. Situated in a region that demands efficient resource management due to varying climate conditions, this residential development prioritizes energy efficiency and community integration. The overall structure comprises interconnected residential units designed for optimal use of solar energy and natural ventilation.
Comprehensive environmental strategies are employed throughout the design. The architecture leverages passive heating and cooling, employing features such as a heat stack tower and wind catchers. These elements facilitate air circulation and regulate temperature indoors, significantly reducing reliance on mechanical systems. As a result, the design achieves an impressive reduction in energy demand, targeting an 80% decrease in energy consumption compared to typical housing solutions.
The facade has been innovatively treated to create a dynamic interaction between light and shadow, enhancing both aesthetics and thermal performance. The careful selection of materials also contributes to this purpose—acoustic and insulating panels are strategically integrated into the walls to improve energy efficiency while maintaining a comfortable indoor environment. The materials used include solar collectors, water retention tanks, and 3D printed composites, which reflect a commitment to modern construction techniques and ecological awareness.
Sustainability is a central theme in the AZIMUTH project. The inclusion of xeriscape roof gardens not only adds to the visual appeal but also promotes biodiversity and reduces water runoff. These gardens utilize drought-resistant plants and provide opportunities for food cultivation within the residential community. Additionally, the project implements gray water systems to recycle waste water for non-potable uses, further minimizing resource waste.
The AZIMUTH project distinguishes itself from more conventional residential designs through its emphasis on community-centric living. The layout facilitates interaction among residents, thereby fostering a sense of belonging while maintaining individual privacy. This careful balance enhances social cohesion within the development, aligning with present-day expectations for communal living.
Furthermore, the design incorporates features allowing for future adaptability. The architectural design anticipates changes in household structures by providing provisions for potential expansions. This forward-thinking approach ensures longevity and relevance of the living spaces throughout various stages of occupancy.
The AZIMUTH project sets a noteworthy example of how thoughtful architectural design can lead to sustainable living solutions. For further exploration of the architectural plans, design details, and innovative architectural ideas employed within this project, readers are encouraged to review additional project presentations. This engagement will provide deeper insights into the unique design methodologies and the overall vision driving the AZIMUTH initiative.
Comprehensive environmental strategies are employed throughout the design. The architecture leverages passive heating and cooling, employing features such as a heat stack tower and wind catchers. These elements facilitate air circulation and regulate temperature indoors, significantly reducing reliance on mechanical systems. As a result, the design achieves an impressive reduction in energy demand, targeting an 80% decrease in energy consumption compared to typical housing solutions.
The facade has been innovatively treated to create a dynamic interaction between light and shadow, enhancing both aesthetics and thermal performance. The careful selection of materials also contributes to this purpose—acoustic and insulating panels are strategically integrated into the walls to improve energy efficiency while maintaining a comfortable indoor environment. The materials used include solar collectors, water retention tanks, and 3D printed composites, which reflect a commitment to modern construction techniques and ecological awareness.
Sustainability is a central theme in the AZIMUTH project. The inclusion of xeriscape roof gardens not only adds to the visual appeal but also promotes biodiversity and reduces water runoff. These gardens utilize drought-resistant plants and provide opportunities for food cultivation within the residential community. Additionally, the project implements gray water systems to recycle waste water for non-potable uses, further minimizing resource waste.
The AZIMUTH project distinguishes itself from more conventional residential designs through its emphasis on community-centric living. The layout facilitates interaction among residents, thereby fostering a sense of belonging while maintaining individual privacy. This careful balance enhances social cohesion within the development, aligning with present-day expectations for communal living.
Furthermore, the design incorporates features allowing for future adaptability. The architectural design anticipates changes in household structures by providing provisions for potential expansions. This forward-thinking approach ensures longevity and relevance of the living spaces throughout various stages of occupancy.
The AZIMUTH project sets a noteworthy example of how thoughtful architectural design can lead to sustainable living solutions. For further exploration of the architectural plans, design details, and innovative architectural ideas employed within this project, readers are encouraged to review additional project presentations. This engagement will provide deeper insights into the unique design methodologies and the overall vision driving the AZIMUTH initiative.
