Utilizing compressed earth blocks and locally sourced materials, the architectural design creates a cohesive living space that seamlessly blends cultural heritage with contemporary functionality in a coastal environment.
5 key facts about this project
01
Compressed earth blocks provide thermal mass and sustainability unique to the local context.
02
Design incorporates shaded porticos enhancing natural cooling and energy efficiency.
03
Internal courtyards offer privacy while maximizing light and ventilation throughout the space.
04
Native materials reduce environmental impact and support local building practices.
05
Flexible space planning allows for adaptable living arrangements catering to family needs.
General keywords
This architectural design project is set within the coastal context of the United Arab Emirates. It aims to create a harmonious living environment that echoes traditional aspects while addressing modern needs. The project emphasizes sustainability and local material usage, reflecting a commitment to environmentally conscious design practices. This living space integrates cultural values with functional design, promoting comfort and efficiency in residential architecture.
The project's layout is characterized by a tripartite zoning approach that distinctly separates public, semi-private, and private areas. This structure enhances the flow of movement within the space and allows for a balance of communal and intimate environments. Public spaces such as the Majlis serve as cultural gathering areas, while semi-private zones include service areas, ensuring that daily activities are streamlined and thoughtfully integrated. The private areas within the home cater to the personal needs of residents, promoting seclusion and relaxation.
Unique Design Approaches
One distinguishing element of this project is its focus on climatic adaptability. The architecture employs shaded spaces and internalized courtyards to enhance natural ventilation and optimize light exposure. Such design features reduce reliance on mechanical cooling systems, thus promoting energy efficiency and sustainability. The use of perforated panels and shaded porticos creates a comfortable environmental microclimate, mitigating the harsh solar exposure typical of the region.
The integration of compressed earth blocks (CEBs) reflects a significant aspect of the project’s unique construction approach. CEBs are made from locally sourced materials, allowing for a reduction in transportation emissions and improved thermal performance. This choice underscores the project’s commitment to sustainable building practices while maintaining local cultural relevance through the use of traditional construction techniques.
Material Use and Aesthetic Considerations
The project extensively utilizes materials such as sand, cement, and crushed construction waste, emphasizing a circular economy approach within the built environment. The selection of these materials contributes not only to structural integrity but also to the thermal efficiency of the design. The architectural plans illustrate how these materials are employed in various elements, while the façade design integrates these components into an aesthetically cohesive whole. The integration of courtyards and narrow passages allows for enhanced privacy and a unique urban experience, connecting the residents to both their environment and cultural heritage.
To gain a deeper understanding of this project’s architectural design and its innovative approaches, explore the detailed architectural plans and sections. By examining these elements, you can appreciate the thoughtful design strategies that address both functional and aesthetic requirements.
The project's layout is characterized by a tripartite zoning approach that distinctly separates public, semi-private, and private areas. This structure enhances the flow of movement within the space and allows for a balance of communal and intimate environments. Public spaces such as the Majlis serve as cultural gathering areas, while semi-private zones include service areas, ensuring that daily activities are streamlined and thoughtfully integrated. The private areas within the home cater to the personal needs of residents, promoting seclusion and relaxation.
Unique Design Approaches
One distinguishing element of this project is its focus on climatic adaptability. The architecture employs shaded spaces and internalized courtyards to enhance natural ventilation and optimize light exposure. Such design features reduce reliance on mechanical cooling systems, thus promoting energy efficiency and sustainability. The use of perforated panels and shaded porticos creates a comfortable environmental microclimate, mitigating the harsh solar exposure typical of the region.
The integration of compressed earth blocks (CEBs) reflects a significant aspect of the project’s unique construction approach. CEBs are made from locally sourced materials, allowing for a reduction in transportation emissions and improved thermal performance. This choice underscores the project’s commitment to sustainable building practices while maintaining local cultural relevance through the use of traditional construction techniques.
Material Use and Aesthetic Considerations
The project extensively utilizes materials such as sand, cement, and crushed construction waste, emphasizing a circular economy approach within the built environment. The selection of these materials contributes not only to structural integrity but also to the thermal efficiency of the design. The architectural plans illustrate how these materials are employed in various elements, while the façade design integrates these components into an aesthetically cohesive whole. The integration of courtyards and narrow passages allows for enhanced privacy and a unique urban experience, connecting the residents to both their environment and cultural heritage.
To gain a deeper understanding of this project’s architectural design and its innovative approaches, explore the detailed architectural plans and sections. By examining these elements, you can appreciate the thoughtful design strategies that address both functional and aesthetic requirements.
