Alen Residovic, 
Erna Grcic Residovic 
Incorporating a Wind Tower and prefabricated structures, the design effectively addresses energy efficiency and climate adaptation while serving as a sustainable residence in the arid landscape of Dubai.
5 key facts about this project
01
Incorporates a Wind Tower for enhanced natural cooling.
02
Utilizes prefabricated walls to minimize construction waste.
03
Integrates solar panels for energy self-sufficiency.
04
Features a communal Majlis that reflects local traditions.
05
Employs an advanced rainwater harvesting system for irrigation.
General keywords
The project, located in the Al Qudra Desert in Dubai, United Arab Emirates, is an exemplary residential design that integrates modern aesthetics with sustainable practices. Spanning a plot size of 15x30 meters, it comprises three levels: a basement, a ground floor, and a first floor. The overall design caters to contemporary living while prioritizing functionality and environmental consciousness.
The house's layout includes practical spaces such as a heavy cooking kitchen, maid’s room, driver’s room, and ample storage in the basement. The ground floor features a living area, dining space, and a gym/office, while the first floor accommodates private rooms, including a master bedroom with an ensuite and two additional bedrooms, enhancing the living experience through thoughtful placement of communal and private areas.
Sustainability is a key tenet of this architectural design. The project employs a range of eco-friendly materials, including prefabricated walls, solar panels, and structural aluminum and steel. This selection not only reduces the building's environmental impact but also appeals to efficiency in construction. The integration of a Wind Tower exemplifies an innovative passive cooling strategy, directing airflow through the house and optimizing interior climate control.
Innovative design choices set this project apart from conventional residential developments. The incorporation of a Majlis, or communal gathering space, fosters social interaction while echoing traditional Bedouin architecture. This design element creates an inviting atmosphere for family and community engagement. Additionally, the use of an advanced irrigation system, which collects rainwater and supports native vegetation, further highlights the project's commitment to sustainability in a desert environment.
Water efficiency and energy independence are prioritized through the strategic use of solar panels and wind turbines. The design includes a smart home system for climate control and security, promoting modern living while minimizing energy usage. This combination not only enhances comfort but also contributes toward long-term sustainability goals.
The overall architectural design reflects a harmonious blend of luxury and environmental responsibility. With an effective use of materials and technology, this project aims to redefine contemporary desert living while paying homage to cultural heritage. For further details, exploring the architectural plans, sections, designs, and ideas will provide deeper insights into the project's structure and innovative concepts.
The house's layout includes practical spaces such as a heavy cooking kitchen, maid’s room, driver’s room, and ample storage in the basement. The ground floor features a living area, dining space, and a gym/office, while the first floor accommodates private rooms, including a master bedroom with an ensuite and two additional bedrooms, enhancing the living experience through thoughtful placement of communal and private areas.
Sustainability is a key tenet of this architectural design. The project employs a range of eco-friendly materials, including prefabricated walls, solar panels, and structural aluminum and steel. This selection not only reduces the building's environmental impact but also appeals to efficiency in construction. The integration of a Wind Tower exemplifies an innovative passive cooling strategy, directing airflow through the house and optimizing interior climate control.
Innovative design choices set this project apart from conventional residential developments. The incorporation of a Majlis, or communal gathering space, fosters social interaction while echoing traditional Bedouin architecture. This design element creates an inviting atmosphere for family and community engagement. Additionally, the use of an advanced irrigation system, which collects rainwater and supports native vegetation, further highlights the project's commitment to sustainability in a desert environment.
Water efficiency and energy independence are prioritized through the strategic use of solar panels and wind turbines. The design includes a smart home system for climate control and security, promoting modern living while minimizing energy usage. This combination not only enhances comfort but also contributes toward long-term sustainability goals.
The overall architectural design reflects a harmonious blend of luxury and environmental responsibility. With an effective use of materials and technology, this project aims to redefine contemporary desert living while paying homage to cultural heritage. For further details, exploring the architectural plans, sections, designs, and ideas will provide deeper insights into the project's structure and innovative concepts.
