Stifani Machmouchi 
An adaptive façade system coupled with aluminum composite and sustainable materials creates a versatile circular residence that prioritizes family-oriented living while maximizing energy efficiency and privacy.
5 key facts about this project
01
A circular layout enhances spatial adaptability for various family activities.
02
An adaptive façade system optimizes sunlight exposure and shading throughout the day.
03
Aluminum composite panels provide durability while reducing maintenance needs.
04
Integrated water management systems automatically adjust based on weather conditions.
05
Privacy is achieved through strategic site planning and limited sightlines.
General keywords
Project specific keywords
The "House of the Future" is a residential architectural project identifying itself as a fusion of cultural heritage and modern sustainability principles. Located in the United Arab Emirates, the design challenges the norms of traditional architectural forms through its circular layout. This plan diverges from the typical rectangular structures common in modern housing, instead offering a 15-meter diameter circular space that both emphasizes and reflects traditional Arabian architectural concepts.
The primary function of the project is to serve as a family-oriented residence that supports various lifestyle activities while promoting a strong connection to the surrounding environment. The design includes flexible spaces that allow inhabitants to adapt the interior layout according to their daily needs.
Material selection plays a crucial role in the design. Materials such as aluminum composite panels provide durability against the harsh climate, while tensile solar screens contribute to energy efficiency and aesthetic appeal. The inclusion of an organic photovoltaic layer allows the structure to harness solar energy, reducing reliance on external power sources.
Adaptive Façade Design
A unique aspect of the "House of the Future" is its adaptive façade system. This technology enables the building envelope to adjust based on environmental conditions, optimizing sunlight exposure during the day and offering shade at critical times. This system enhances energy efficiency and contributes to the comfort of the living spaces. Additionally, the vertical circulation has been meticulously designed to ensure seamless transitions between the ground and first floors, thereby improving the overall spatial experience for residents.
Innovative Water Management and Privacy Systems
The project incorporates an advanced water management system, featuring automated sprinklers that respond to real-time meteorological data. This system effectively maintains the microclimate around the house while optimizing water usage. In terms of privacy, the layout has been strategically arranged to limit direct sightlines from the exterior, ensuring that inhabitants can enjoy private spaces without compromising the overall openness of the design.
To fully appreciate the intricate architectural details, including architectural plans, sections, and designs, we encourage further exploration of the project presentation. This will provide a comprehensive understanding of how innovative architectural ideas manifest in real-world applications and the thoughtful integration of sustainability in residential design.
The primary function of the project is to serve as a family-oriented residence that supports various lifestyle activities while promoting a strong connection to the surrounding environment. The design includes flexible spaces that allow inhabitants to adapt the interior layout according to their daily needs.
Material selection plays a crucial role in the design. Materials such as aluminum composite panels provide durability against the harsh climate, while tensile solar screens contribute to energy efficiency and aesthetic appeal. The inclusion of an organic photovoltaic layer allows the structure to harness solar energy, reducing reliance on external power sources.
Adaptive Façade Design
A unique aspect of the "House of the Future" is its adaptive façade system. This technology enables the building envelope to adjust based on environmental conditions, optimizing sunlight exposure during the day and offering shade at critical times. This system enhances energy efficiency and contributes to the comfort of the living spaces. Additionally, the vertical circulation has been meticulously designed to ensure seamless transitions between the ground and first floors, thereby improving the overall spatial experience for residents.
Innovative Water Management and Privacy Systems
The project incorporates an advanced water management system, featuring automated sprinklers that respond to real-time meteorological data. This system effectively maintains the microclimate around the house while optimizing water usage. In terms of privacy, the layout has been strategically arranged to limit direct sightlines from the exterior, ensuring that inhabitants can enjoy private spaces without compromising the overall openness of the design.
To fully appreciate the intricate architectural details, including architectural plans, sections, and designs, we encourage further exploration of the project presentation. This will provide a comprehensive understanding of how innovative architectural ideas manifest in real-world applications and the thoughtful integration of sustainability in residential design.
