Aimee Elshafei 
Incorporating charred wooden shingles and ultra-high performance concrete, this residence emphasizes sustainability and cultural heritage while providing a functional family living environment.
5 key facts about this project
01
Constructed with ultra-high performance concrete for enhanced durability and thermal efficiency.
02
Incorporates a modular design allowing for future expansion without structural disruption.
03
Features extensive glass elements to maximize natural light while maintaining energy performance.
04
Utilizes local flora in landscaping to support biodiversity and reduce water consumption.
05
Adopts greywater recycling systems for sustainable water management throughout the residence.
General keywords
The House of the Future is an architectural project situated near Palm Jebel Ali in the Emirates, embodying a seamless integration of traditional Emirati culture with modern architectural practices. This project serves as a residential dwelling designed for contemporary family living while honoring cultural narratives and sustainability. The specific layout offers well-defined residential areas that prioritize both communal interaction and individual privacy.
The ground floor encompasses essential spaces such as a main lobby, living room, majlis for social gatherings, dining area, kitchen, and a guest room with an ensuite bathroom. Utility rooms add functional value, providing necessary support for household activities. The first floor focuses on private quarters, featuring family bedrooms, a second lobby, and multiple bathrooms offering ample accommodation for residents.
Unique Design Approaches
The architectural design employs Ultra-High Performance Concrete (UHPC), chosen for its durability and low carbon footprint. Extensive use of glass in the façade optimizes natural light penetration while maintaining climate control, enhancing energy efficiency. The landscape employs interlock pavers, aligning with regional aesthetic preferences while ensuring practical functionality.
An innovative feature of this project is its commitment to sustainability, integrating solar gain optimization strategies through shading devices and orientation that effectively reduce energy consumption. Photovoltaic systems harness solar energy, significantly decreasing reliance on non-renewable resources. Additionally, greywater recycling systems are incorporated to promote sustainable water use, directly impacting the overall environmental footprint of the residence.
Architectural Elements and Functionality
The design incorporates modular concepts, allowing for future expansions or modifications to adapt to changing family dynamics. Landscaped outdoor areas emphasize cultural practices of social engagement, featuring shaded gathering spots that reflect the climate and lifestyle of the Emirates. Special attention is given to accommodate local flora, enhancing biodiversity while providing an inviting outdoor experience.
The project also includes a comprehensive logistics plan ensuring efficient construction and resource management. The estimated budget of 996,700 AED allocates funds effectively across materials and labor, allowing for a streamlined building process.
For a more in-depth understanding of the project, including architectural plans, sections, and unique design considerations, the reader is encouraged to explore the project presentation further. This exploration will provide valuable insights into the architectural approaches and innovative ideas that underpin this significant residential design.
The ground floor encompasses essential spaces such as a main lobby, living room, majlis for social gatherings, dining area, kitchen, and a guest room with an ensuite bathroom. Utility rooms add functional value, providing necessary support for household activities. The first floor focuses on private quarters, featuring family bedrooms, a second lobby, and multiple bathrooms offering ample accommodation for residents.
Unique Design Approaches
The architectural design employs Ultra-High Performance Concrete (UHPC), chosen for its durability and low carbon footprint. Extensive use of glass in the façade optimizes natural light penetration while maintaining climate control, enhancing energy efficiency. The landscape employs interlock pavers, aligning with regional aesthetic preferences while ensuring practical functionality.
An innovative feature of this project is its commitment to sustainability, integrating solar gain optimization strategies through shading devices and orientation that effectively reduce energy consumption. Photovoltaic systems harness solar energy, significantly decreasing reliance on non-renewable resources. Additionally, greywater recycling systems are incorporated to promote sustainable water use, directly impacting the overall environmental footprint of the residence.
Architectural Elements and Functionality
The design incorporates modular concepts, allowing for future expansions or modifications to adapt to changing family dynamics. Landscaped outdoor areas emphasize cultural practices of social engagement, featuring shaded gathering spots that reflect the climate and lifestyle of the Emirates. Special attention is given to accommodate local flora, enhancing biodiversity while providing an inviting outdoor experience.
The project also includes a comprehensive logistics plan ensuring efficient construction and resource management. The estimated budget of 996,700 AED allocates funds effectively across materials and labor, allowing for a streamlined building process.
For a more in-depth understanding of the project, including architectural plans, sections, and unique design considerations, the reader is encouraged to explore the project presentation further. This exploration will provide valuable insights into the architectural approaches and innovative ideas that underpin this significant residential design.
