Integrating thick earth walls with green roofs, this modular residence enhances thermal performance and energy efficiency while adapting to the needs of a contemporary Emirati family.
5 key facts about this project
01
Integrates thick earth walls for enhanced thermal mass and energy efficiency.
02
Utilizes green roofs to improve insulation and promote biodiversity.
03
Features a modular design allowing for future adaptability and extensions.
04
Incorporates a double skin facade to optimize natural ventilation and shading.
05
Employs locally sourced materials to minimize environmental impact and support regional economies.
General keywords
The Oasis: House of the Future project in Al Ain represents a contemporary approach to residential architecture, blending modern efficiency with traditional Emirati cultural values. The project addresses current housing needs while considering climatic conditions and environmental sustainability. The architecture emphasizes a modular design, allowing for adaptability to accommodate evolving family structures, which are central to Emirati society.
The main function of this project is to provide a comfortable, energy-efficient living space for families. Key aspects include an efficient spatial organization that separates service, semi-public, and private areas. Central to the design are courtyards that foster social interaction, creating a community within the home. The building responds to its environment through passive cooling strategies, including the use of thick earth walls and shading elements that minimize energy consumption while maintaining indoor comfort.
The use of sustainable materials is a distinguishing feature of the Oasis project. Recyclable mesh serves as a facade, creating dynamic visual qualities while providing necessary shading. Timber finishes throughout the interior offer warmth and durability, enhancing the living experience. Solar PV panels are integrated into the design to ensure energy self-sufficiency. Green roofs contribute to thermal insulation and ecological balance, allowing for improved air quality and reduced urban heat.
Innovative design approaches set this project apart from conventional residential developments. The house's modular nature allows flexibility for extensions or reconfigurations, anticipating changes in family size and dynamics. The double skin facade enhances thermal performance while reflecting contemporary aesthetic values. This design blurs the boundaries between indoor and outdoor spaces, making nature an integral part of daily life.
The integration of modern sustainable technologies and traditional architectural elements results in a unique residential design. The Oasis: House of the Future exemplifies how architecture can respond effectively to cultural context and environmental challenges. To explore the architectural plans, sections, and detailed designs, interested readers are encouraged to delve deeper into the project presentation for a comprehensive understanding of these architectural ideas.
The main function of this project is to provide a comfortable, energy-efficient living space for families. Key aspects include an efficient spatial organization that separates service, semi-public, and private areas. Central to the design are courtyards that foster social interaction, creating a community within the home. The building responds to its environment through passive cooling strategies, including the use of thick earth walls and shading elements that minimize energy consumption while maintaining indoor comfort.
The use of sustainable materials is a distinguishing feature of the Oasis project. Recyclable mesh serves as a facade, creating dynamic visual qualities while providing necessary shading. Timber finishes throughout the interior offer warmth and durability, enhancing the living experience. Solar PV panels are integrated into the design to ensure energy self-sufficiency. Green roofs contribute to thermal insulation and ecological balance, allowing for improved air quality and reduced urban heat.
Innovative design approaches set this project apart from conventional residential developments. The house's modular nature allows flexibility for extensions or reconfigurations, anticipating changes in family size and dynamics. The double skin facade enhances thermal performance while reflecting contemporary aesthetic values. This design blurs the boundaries between indoor and outdoor spaces, making nature an integral part of daily life.
The integration of modern sustainable technologies and traditional architectural elements results in a unique residential design. The Oasis: House of the Future exemplifies how architecture can respond effectively to cultural context and environmental challenges. To explore the architectural plans, sections, and detailed designs, interested readers are encouraged to delve deeper into the project presentation for a comprehensive understanding of these architectural ideas.
