Layered coral structures combine natural plaster with copper accents, creating a sustainable community environment that reflects the rich heritage of Bastakiya while providing versatile living spaces.
5 key facts about this project
01
Layered coral structures enhance thermal efficiency while providing a connection to traditional Emirati architecture.
02
Natural plaster finishes contribute to interior air quality by allowing moisture regulation.
03
Copper accents are strategically used to highlight structural elements and enhance durability.
04
Central courtyards are designed to optimize natural light and promote communal interactions.
05
Combined materials offer a contemporary interpretation of stacking architecture unique to the Bastakiya context.
General keywords
Project specific keywords
The ALTARAS architectural project is situated in the historic Bastakiya district of Dubai, United Arab Emirates. This design seeks to merge contemporary urban living with the rich cultural heritage of the region. It embodies the principles of stacking architecture, reflecting the traditional Emirati approach to space organization and functionality. The project integrates layers of activity and interaction, taking advantage of unique topographical and climatic conditions to enhance both aesthetic appeal and livability.
The primary function of the ALTARAS project is to provide a sustainable living environment that encourages community engagement while respecting the cultural context of its surroundings. The design features a harmonious blend of private and communal spaces, ensuring both solitude and social interaction are accessible to residents. The architectural layout promotes efficient use of space and optimal comfort through thoughtfully designed interiors and outdoor areas.
The layering approach within ALTARAS allows for varied heights in both interior and exterior spaces, creating dynamic interactions among different levels. Central courtyards serve as signature features, fostering light and ventilation, contributing positively to indoor air quality, and enhancing the microclimate. These courtyards function as community hubs, encouraging social gatherings and interactions while providing a green respite amid urban settings.
The integration of traditional materials—such as coral stone cladding and sand-colored plaster—distinguishes ALTARAS from typical modern developments. The project employs sustainable materials that maintain thermal efficiency and support local craftsmanship. Additionally, the extensive use of glass in the facade not only enhances aesthetic qualities but also reinforces connections to the outdoor environment.
The project incorporates innovative sustainability features, including a greywater recycling system, which enhances resource efficiency. The design also effectively utilizes passive cooling techniques, minimizing energy consumption in line with sustainable building practices.
Potential readers interested in architectural plans, sections, designs, and ideas are encouraged to explore the comprehensive presentation of the ALTARAS project for more detailed insights into its thoughtful design and unique features.
The primary function of the ALTARAS project is to provide a sustainable living environment that encourages community engagement while respecting the cultural context of its surroundings. The design features a harmonious blend of private and communal spaces, ensuring both solitude and social interaction are accessible to residents. The architectural layout promotes efficient use of space and optimal comfort through thoughtfully designed interiors and outdoor areas.
The layering approach within ALTARAS allows for varied heights in both interior and exterior spaces, creating dynamic interactions among different levels. Central courtyards serve as signature features, fostering light and ventilation, contributing positively to indoor air quality, and enhancing the microclimate. These courtyards function as community hubs, encouraging social gatherings and interactions while providing a green respite amid urban settings.
The integration of traditional materials—such as coral stone cladding and sand-colored plaster—distinguishes ALTARAS from typical modern developments. The project employs sustainable materials that maintain thermal efficiency and support local craftsmanship. Additionally, the extensive use of glass in the facade not only enhances aesthetic qualities but also reinforces connections to the outdoor environment.
The project incorporates innovative sustainability features, including a greywater recycling system, which enhances resource efficiency. The design also effectively utilizes passive cooling techniques, minimizing energy consumption in line with sustainable building practices.
Potential readers interested in architectural plans, sections, designs, and ideas are encouraged to explore the comprehensive presentation of the ALTARAS project for more detailed insights into its thoughtful design and unique features.
