Incorporating radial geometry with 3D printed concrete and XLAM panels, the design fosters community interaction while providing a sustainable residential solution in Dubai.
5 key facts about this project
01
Integrates radial geometry to enhance communal interaction and privacy.
02
Utilizes 3D printed concrete for structural efficiency and reduced waste.
03
Employs XLAM panels for improved energy performance and sustainability.
04
Features a central courtyard that maximizes natural light and ventilation.
05
Incorporates charred wooden shingles for improved durability and aesthetic appeal.
General keywords
The architectural design project located in Dubai embodies a contemporary approach to residential living while integrating elements of local cultural heritage. It features a carefully considered layout on a 450 square meter plot that maximizes functionality and aesthetics. The main design strategy utilizes radial geometry to create fluid spaces, facilitating social engagement among residents while ensuring personal privacy. This project exemplifies a thoughtful response to the demands of modern living while respecting traditional architecture.
Sustainable Material Choices
This project prioritizes sustainability through an innovative selection of materials. The use of 3D printed concrete forms the primary structure, allowing for reduced waste and enhanced construction efficiency. XLAM panels made from engineered wood offer both strength and thermal performance, optimizing energy use within the home. The incorporation of reinforced concrete ensures structural integrity, particularly in load-bearing areas. Additionally, natural wood finishes provide a tactile connection to artisanal craftsmanship, adding warmth to the interior spaces.
Design Functionality and Layout
The layout consists of multiple levels, each designed for specific functions. The ground floor features communal areas—living room, dining, and kitchen—organized around a central courtyard that fosters outdoor interaction. The first floor accommodates private spaces such as bedrooms, with strategic window placements to enhance natural light and ventilation. The second floor is designed for utility and leisure, providing expansive views of the surroundings. The architectural sections illustrate varied ceiling heights and well-planned spaces for energy-efficient technologies, such as solar panels. This configuration not only facilitates cross-ventilation but also reduces reliance on artificial lighting.
Unique Design Approaches
What sets this project apart from other residential designs is its focus on radial geometry, which encourages social interaction while accommodating individual refuge. This architectural strategy creates a sense of community within the home, distinguishing it from typical linear layouts. Additionally, the smart integration of advanced construction technologies signifies a commitment to modern practices while honoring the region's architectural history.
The combination of these elements results in a cohesive design that meets the practical needs of contemporary living while respecting and reflecting regional identity. To explore detailed architectural plans, sections, and designs, to gain a deeper understanding of this unique project, interested readers are encouraged to review the comprehensive project presentation.
Sustainable Material Choices
This project prioritizes sustainability through an innovative selection of materials. The use of 3D printed concrete forms the primary structure, allowing for reduced waste and enhanced construction efficiency. XLAM panels made from engineered wood offer both strength and thermal performance, optimizing energy use within the home. The incorporation of reinforced concrete ensures structural integrity, particularly in load-bearing areas. Additionally, natural wood finishes provide a tactile connection to artisanal craftsmanship, adding warmth to the interior spaces.
Design Functionality and Layout
The layout consists of multiple levels, each designed for specific functions. The ground floor features communal areas—living room, dining, and kitchen—organized around a central courtyard that fosters outdoor interaction. The first floor accommodates private spaces such as bedrooms, with strategic window placements to enhance natural light and ventilation. The second floor is designed for utility and leisure, providing expansive views of the surroundings. The architectural sections illustrate varied ceiling heights and well-planned spaces for energy-efficient technologies, such as solar panels. This configuration not only facilitates cross-ventilation but also reduces reliance on artificial lighting.
Unique Design Approaches
What sets this project apart from other residential designs is its focus on radial geometry, which encourages social interaction while accommodating individual refuge. This architectural strategy creates a sense of community within the home, distinguishing it from typical linear layouts. Additionally, the smart integration of advanced construction technologies signifies a commitment to modern practices while honoring the region's architectural history.
The combination of these elements results in a cohesive design that meets the practical needs of contemporary living while respecting and reflecting regional identity. To explore detailed architectural plans, sections, and designs, to gain a deeper understanding of this unique project, interested readers are encouraged to review the comprehensive project presentation.
