Rana Ibrahim 
Utilizing 3D printed local mud and innovative perforated walls, this residence achieves exceptional natural ventilation while incorporating traditional Emirati elements to create a functional and culturally resonant family home.
5 key facts about this project
01
3D printed local mud forms the primary structure, allowing for unique design flexibility.
02
Perforated walls enhance natural ventilation while providing visual interest and privacy.
03
The design incorporates a traditional Barjeel, adapting historical elements for modern comfort.
04
Courtyard water features integrate evaporative cooling, contributing to a sustainable climate strategy.
05
Interior spaces can be reconfigured with flexible partitions to accommodate evolving family needs.
General keywords
Project specific keywords
The project presents a modern interpretation of Emirati architectural heritage, integrating traditional design principles with contemporary sustainability practices. This dwelling serves as a living space for a family while functioning as a cultural marker, showcasing the rich history and values of the Emirates. The design emphasizes open spaces, connections to nature, and a fluid relationship between interior and exterior environments.
The layout consists of communal areas on the ground level, including a kitchen, dining area, and living spaces, while the upper floor accommodates private bedrooms and bathrooms. Central to the design is the inclusion of courtyards and a pool, creating outdoor areas conducive to family interaction and leisure. The careful placement of windows and openings enhances natural ventilation and light penetration, improving the overall comfort of the living environment.
Unique Aspects of Design and Materiality
This project distinguishes itself through its use of 3D printed local mud as the primary building material. This innovative approach not only allows for unique and intricate shapes in the architectural form but also promotes environmentally responsible practices by utilizing locally sourced materials. The design incorporates traditional elements such as the Barjeel, a wind tower, which facilitates natural air circulation, reducing reliance on mechanical cooling systems.
The integration of perforated walls provides both aesthetic appeal and functional benefits. These walls filter natural light while maintaining privacy, aligning with cultural values regarding domestic life. The interior spaces are thoughtfully organized to allow for flexibility; walls can be reconfigured to adapt to changing family needs without requiring extensive renovations.
Sustainable Architectural Features
The project's sustainability is reinforced through the inclusion of passive design strategies and water features. Cooling canals, part of the architectural design, channel cool air into the living spaces, leveraging natural climatic conditions to enhance comfort. The use of water features, such as a courtyard fountain, contributes to thermal regulation through evaporation.
Furthermore, the employ of gypsum boards and wood as structural and aesthetic elements demonstrates an understanding of material performance while offering an appealing visual contrast. These materials enrich the interior spaces and support various design functionalities.
To gain a deeper understanding of the project's architectural concepts, plans, and sections, readers are encouraged to explore the detailed presentation of the architectural designs and ideas. Engaging with these elements will provide insights into the innovative approaches employed in this endeavor.
The layout consists of communal areas on the ground level, including a kitchen, dining area, and living spaces, while the upper floor accommodates private bedrooms and bathrooms. Central to the design is the inclusion of courtyards and a pool, creating outdoor areas conducive to family interaction and leisure. The careful placement of windows and openings enhances natural ventilation and light penetration, improving the overall comfort of the living environment.
Unique Aspects of Design and Materiality
This project distinguishes itself through its use of 3D printed local mud as the primary building material. This innovative approach not only allows for unique and intricate shapes in the architectural form but also promotes environmentally responsible practices by utilizing locally sourced materials. The design incorporates traditional elements such as the Barjeel, a wind tower, which facilitates natural air circulation, reducing reliance on mechanical cooling systems.
The integration of perforated walls provides both aesthetic appeal and functional benefits. These walls filter natural light while maintaining privacy, aligning with cultural values regarding domestic life. The interior spaces are thoughtfully organized to allow for flexibility; walls can be reconfigured to adapt to changing family needs without requiring extensive renovations.
Sustainable Architectural Features
The project's sustainability is reinforced through the inclusion of passive design strategies and water features. Cooling canals, part of the architectural design, channel cool air into the living spaces, leveraging natural climatic conditions to enhance comfort. The use of water features, such as a courtyard fountain, contributes to thermal regulation through evaporation.
Furthermore, the employ of gypsum boards and wood as structural and aesthetic elements demonstrates an understanding of material performance while offering an appealing visual contrast. These materials enrich the interior spaces and support various design functionalities.
To gain a deeper understanding of the project's architectural concepts, plans, and sections, readers are encouraged to explore the detailed presentation of the architectural designs and ideas. Engaging with these elements will provide insights into the innovative approaches employed in this endeavor.
