Amirali Merati 
Incorporating aeroponic gardens and thermo-chromic glass within a flexible modular design, the project advances sustainable living in the arid climate of Dubai.
5 key facts about this project
01
Aeroponic gardens are integrated into the design to support sustainable food production.
02
Three layers of porous polyethylene fabric enhance ventilation and thermal efficiency.
03
Thermochromic glass adjusts to temperature changes, reducing energy consumption.
04
Modular units allow for easy adaptation to varying family sizes and needs.
05
The architecture employs natural forms that mimic the surrounding desert landscape.
General keywords
The Future House is an architectural design project situated in Dubai, United Arab Emirates, aimed at addressing the complexities of urban living in an arid environment. The project represents a thoughtful integration of natural and built environments, emphasizing sustainability and cultural relevance. It serves multiple functions, including residential units, community spaces, and innovative agricultural systems, with a focus on enhancing the quality of life for its inhabitants.
The layout features a collection of modular residential units that adapt to varying family sizes, promoting flexibility and privacy. Each unit is designed with organic forms that echo the natural contours of the desert landscape, facilitating natural ventilation and temperature regulation. The project’s architecture embodies a balance between modern living and environmental considerations, underpinning its commitment to sustainability and community engagement.
Innovative Use of Materials
The Future House employs advanced materials that enhance energy efficiency and environmental integrity. The use of three layers of porous polyethylene fabric allows for optimal ventilation while maintaining indoor comfort. Additionally, thermo-chromic glass adjusts its opacity based on external temperatures, minimizing reliance on artificial climate control. Radiative cooling panels are incorporated to leverage natural cooling methods, which are crucial in Dubai's hot climate.
Sustainable Agricultural Systems
A distinguishing feature of the Future House is the inclusion of underground aeroponic farming systems. This innovative approach reduces water usage and maximizes space, enabling residents to cultivate food sustainably. The integration of these gardens addresses urban agriculture issues, providing fresh produce while reinforcing community ties among residents.
Modular Design for Flexibility
The modular nature of the design allows for scalability based on individual family needs and evolving social dynamics. Residents are afforded the opportunity to expand or contract their living spaces easily. This adaptability reflects contemporary lifestyle trends and reinforces the project's focus on user-centered principles.
The Future House exemplifies a modern architectural solution that balances urban development with environmental needs. For those interested in deepening their understanding of this project, exploring architectural plans, architectural sections, and architectural designs will provide further insights into its innovative approaches and sustainable practices. Engaging with this project reveals contemporary architectural ideas that are both relevant and applicable in today's urban contexts.
The layout features a collection of modular residential units that adapt to varying family sizes, promoting flexibility and privacy. Each unit is designed with organic forms that echo the natural contours of the desert landscape, facilitating natural ventilation and temperature regulation. The project’s architecture embodies a balance between modern living and environmental considerations, underpinning its commitment to sustainability and community engagement.
Innovative Use of Materials
The Future House employs advanced materials that enhance energy efficiency and environmental integrity. The use of three layers of porous polyethylene fabric allows for optimal ventilation while maintaining indoor comfort. Additionally, thermo-chromic glass adjusts its opacity based on external temperatures, minimizing reliance on artificial climate control. Radiative cooling panels are incorporated to leverage natural cooling methods, which are crucial in Dubai's hot climate.
Sustainable Agricultural Systems
A distinguishing feature of the Future House is the inclusion of underground aeroponic farming systems. This innovative approach reduces water usage and maximizes space, enabling residents to cultivate food sustainably. The integration of these gardens addresses urban agriculture issues, providing fresh produce while reinforcing community ties among residents.
Modular Design for Flexibility
The modular nature of the design allows for scalability based on individual family needs and evolving social dynamics. Residents are afforded the opportunity to expand or contract their living spaces easily. This adaptability reflects contemporary lifestyle trends and reinforces the project's focus on user-centered principles.
The Future House exemplifies a modern architectural solution that balances urban development with environmental needs. For those interested in deepening their understanding of this project, exploring architectural plans, architectural sections, and architectural designs will provide further insights into its innovative approaches and sustainable practices. Engaging with this project reveals contemporary architectural ideas that are both relevant and applicable in today's urban contexts.
