Incorporating charred wooden shingles and glass reinforced concrete, the design creates a balance between traditional materials and contemporary aesthetics, culminating in a sustainable residential space that promotes community interaction.
5 key facts about this project
01
Incorporates wind towers for natural cooling and ventilation.
02
Utilizes charred wooden shingles for enhanced durability and aesthetics.
03
Integrates greywater recycling systems for sustainable water management.
04
Features cross-laminated timber panels for structural efficiency.
05
Design includes community gardens to promote biodiversity and interaction.
General keywords
Beytouna is a contemporary architectural project located in Dubai, designed to blend traditional Emirati architectural elements with modern functionality and sustainability. The structure serves as a residential space that fosters community interaction while providing private areas for individual retreat. The overarching concept of the project emphasizes the synergy between past and future, allowing cultural heritage to inform modern design practices.
The architectural design incorporates a range of functional spaces that reflect a deep understanding of environmental context and user needs. The layout facilitates a seamless flow between indoor and outdoor environments, encouraging natural light and ventilation throughout the living areas. This integration supports a sustainable lifestyle while maintaining a connection with the surrounding landscape.
Innovative Design Approaches
Beytouna distinguishes itself through several unique design features. One prominent element is the use of wind towers, an ancient architectural technique adapted for modern cooling and ventilation. These structures enhance airflow, reducing reliance on mechanical air conditioning systems. Additionally, the façade integrates textured surfaces and natural stones, reflecting traditional Emirati craftsmanship while contributing to the building's thermal performance.
The choice of materials is another significant aspect of the project. Glass Reinforced Concrete (GRC) is employed in the facade, promoting durability and contemporary aesthetics. Triple glazing contributes to enhanced insulation, crucial for the extreme climate conditions of the region, while high-efficiency insulation and double-cavity walls ensure optimal energy usage throughout the building.
Sustainability is a core principle of the design. The project features advanced greywater recycling systems and a solar energy solution capable of generating a substantial portion of its energy needs. These systems not only reduce the environmental footprint but also exemplify responsibility in resource management.
Throughout the design, spaces are thoughtfully organized to enhance social interaction. Community gardens and shared living areas promote connectivity among residents, while private spaces are easily accessible yet discreet. This balanced approach to spatial planning marks Beytouna as a forward-thinking residential project essential for contemporary living.
For those interested in a comprehensive understanding of the architectural concept, plans, and sections, exploring the project presentation will provide further insights into the architectural ideas and designs employed in Beytouna. Engage with the various elements that contribute to the project's innovative character, enhancing the discourse on modern architecture in sustainable urban environments.
The architectural design incorporates a range of functional spaces that reflect a deep understanding of environmental context and user needs. The layout facilitates a seamless flow between indoor and outdoor environments, encouraging natural light and ventilation throughout the living areas. This integration supports a sustainable lifestyle while maintaining a connection with the surrounding landscape.
Innovative Design Approaches
Beytouna distinguishes itself through several unique design features. One prominent element is the use of wind towers, an ancient architectural technique adapted for modern cooling and ventilation. These structures enhance airflow, reducing reliance on mechanical air conditioning systems. Additionally, the façade integrates textured surfaces and natural stones, reflecting traditional Emirati craftsmanship while contributing to the building's thermal performance.
The choice of materials is another significant aspect of the project. Glass Reinforced Concrete (GRC) is employed in the facade, promoting durability and contemporary aesthetics. Triple glazing contributes to enhanced insulation, crucial for the extreme climate conditions of the region, while high-efficiency insulation and double-cavity walls ensure optimal energy usage throughout the building.
Sustainability is a core principle of the design. The project features advanced greywater recycling systems and a solar energy solution capable of generating a substantial portion of its energy needs. These systems not only reduce the environmental footprint but also exemplify responsibility in resource management.
Throughout the design, spaces are thoughtfully organized to enhance social interaction. Community gardens and shared living areas promote connectivity among residents, while private spaces are easily accessible yet discreet. This balanced approach to spatial planning marks Beytouna as a forward-thinking residential project essential for contemporary living.
For those interested in a comprehensive understanding of the architectural concept, plans, and sections, exploring the project presentation will provide further insights into the architectural ideas and designs employed in Beytouna. Engage with the various elements that contribute to the project's innovative character, enhancing the discourse on modern architecture in sustainable urban environments.
