Constructed with locally sourced mineral brick and natural stone, this residence integrates sustainable living principles within a circular layout, providing a modern family home designed for community interaction and environmental harmony.
5 key facts about this project
01
Constructed with locally sourced mineral brick for enhanced thermal performance.
02
Incorporates advanced water recycling systems to promote resource efficiency.
03
Features a central majlis designed to facilitate community gatherings and hospitality.
04
The circular layout maximizes accessibility and encourages interaction among residents.
05
Utilizes green walls to integrate natural vegetation within the living environment.
General keywords
Project specific keywords
Dar Emiratia Type No. 1971 is an architectural project designed to serve as a contemporary dwelling rooted in Emirati cultural values. This project is situated in Dubai, embodying a transition from traditional residences to modern, sustainable living spaces. The design prioritizes energy efficiency, environmental harmony, and community engagement, thereby addressing contemporary needs while respecting cultural heritage.
The architectural approach taken in this project combines innovative materials and smart technologies to promote sustainability. Its layout maximizes natural light and promotes airflow, contributing to thermal comfort without relying heavily on artificial heating and cooling systems. The project features distinct functional areas that cater to family interactions, social gatherings, and private retreats.
Unique Design and Community Engagement
One of the distinguishing features of Dar Emiratia Type No. 1971 is its integration of social and cultural spaces. The architectural design includes a majlis that serves as a focal point for family gatherings, drawing from the traditional Emirati practice of hospitality. This space is adjacent to an outdoor terrace, facilitating a seamless transition between indoor and outdoor living.
The layout promotes interaction among inhabitants while ensuring privacy through strategic placement of private rooms on the upper floor. Furthermore, the inclusion of a circular design enhances accessibility, supporting communal living and interaction with neighbors.
Sustainability and Material Selection
Sustainability is a core element of this architectural design. The use of local, mineral-based bricks and lime mortars minimizes reliance on imported materials, reducing the project's carbon footprint. The advanced window systems ensure improved thermal performance, aiding in energy conservation.
Additionally, the integration of water management systems, including rainwater recycling and geothermal cooling, reflects a commitment to resource efficiency. The selection of natural and recycled materials contributes to both aesthetic and functional qualities, creating a living environment that prioritizes ecological integrity.
For deeper insights into the architectural plans, sections, designs, and further information regarding the innovative concepts involved in this project, readers are encouraged to explore the comprehensive project presentation.
The architectural approach taken in this project combines innovative materials and smart technologies to promote sustainability. Its layout maximizes natural light and promotes airflow, contributing to thermal comfort without relying heavily on artificial heating and cooling systems. The project features distinct functional areas that cater to family interactions, social gatherings, and private retreats.
Unique Design and Community Engagement
One of the distinguishing features of Dar Emiratia Type No. 1971 is its integration of social and cultural spaces. The architectural design includes a majlis that serves as a focal point for family gatherings, drawing from the traditional Emirati practice of hospitality. This space is adjacent to an outdoor terrace, facilitating a seamless transition between indoor and outdoor living.
The layout promotes interaction among inhabitants while ensuring privacy through strategic placement of private rooms on the upper floor. Furthermore, the inclusion of a circular design enhances accessibility, supporting communal living and interaction with neighbors.
Sustainability and Material Selection
Sustainability is a core element of this architectural design. The use of local, mineral-based bricks and lime mortars minimizes reliance on imported materials, reducing the project's carbon footprint. The advanced window systems ensure improved thermal performance, aiding in energy conservation.
Additionally, the integration of water management systems, including rainwater recycling and geothermal cooling, reflects a commitment to resource efficiency. The selection of natural and recycled materials contributes to both aesthetic and functional qualities, creating a living environment that prioritizes ecological integrity.
For deeper insights into the architectural plans, sections, designs, and further information regarding the innovative concepts involved in this project, readers are encouraged to explore the comprehensive project presentation.
