Alphonse Rodrigue Mfoulou Mfoulou, 
Utilizing hemp concrete and electrochromic glass, the design integrates sustainable materials to create a community-focused dwelling that harmonizes with its desert environment.
5 key facts about this project
01
Hemp concrete is utilized for enhanced thermal performance and sustainability.
02
Electrochromic glass enables dynamic light control to optimize indoor comfort.
03
The design incorporates vertical farming spaces to promote local food production.
04
Curvilinear forms mimic organic shapes for improved airflow and integration with nature.
05
Modular units allow flexibility to accommodate varying family sizes and needs.
General keywords
The AmmOasis project is an architectural design situated in Al Awi, near Dubai, that aims to create a sustainable habitat in an arid environment. The design integrates living spaces that promote community interaction while addressing environmental challenges. The architecture of AmmOasis is driven by the concept of an oasis, symbolizing a harmonious coexistence with nature and a response to the cultural context of the region. This project encapsulates contemporary living by merging ecological practices with traditional architectural values.
Residential Functionality and Spatial Organization
The AmmOasis design includes three unique models—AMS 01, AMS 02, and AMS 03—each tailored to accommodate varying family sizes, promoting modular living. The spatial organization features clear zoning for different functions: a family area with a kitchen and dining space, a central communal area designed for receiving guests, outbuildings for utilities, and a dedicated sleeping area. This arrangement encourages both private and communal activities, thus creating a flexible living environment.
The architectural layout comprises curvilinear forms resembling an Ammonite shell, which facilitates efficient airflow and natural lighting. The incorporation of communal spaces is deliberate, aimed at fostering social interactions integral to family and community dynamics. Additionally, the design employs a series of interconnected areas that promote a seamless flow between indoor and outdoor environments, further enhancing the living experience.
Innovative Material Use and Sustainability
A notable aspect of AmmOasis is its commitment to sustainable construction practices and materials. The building utilizes metal cladding for its durability and aesthetic appeal, alongside hemp concrete blocks that provide excellent insulation while minimizing environmental impact. Electrochromic glass is integrated to manage light and privacy dynamically, adapting to the daily life of the inhabitants. Presstressed concrete elements ensure structural integrity while remaining resource-efficient.
The architectural design actively incorporates sustainable water management systems and renewable energy sources, emphasizing self-sufficiency. Vertical farming spaces are integrated into the living areas, allowing for localized food production, which not only serves practical purposes but also enhances the residents' connection to their environment. This integration of biophilic design principles promotes well-being and a sense of place.
Engagement with Cultural Context and Community
AmmOasis is not merely an architectural project; it represents a deeper cultural engagement with the traditions and values native to the region. The design incorporates elements that resonate with local history and practices, emphasizing the importance of the oasis in social and economic life. By using locally sourced materials and addressing climatic challenges, the project reflects a respect for the geological and cultural landscape.
Furthermore, the flexible layout positions AmmOasis as a prototype for future developments in desert climates, where sustainable practices and traditional values can harmoniously coexist. This focus on community-oriented spaces and sustainable practices sets AmmOasis apart from traditional residential projects, making it a model for future architectural endeavors.
To gain a deeper understanding of AmmOasis, readers are encouraged to explore the architectural plans, architectural sections, and architectural designs that illustrate the innovative approaches employed throughout the project. Detailed architectural ideas are available for further exploration, providing insights into the thoughtful design processes behind this unique project.
Residential Functionality and Spatial Organization
The AmmOasis design includes three unique models—AMS 01, AMS 02, and AMS 03—each tailored to accommodate varying family sizes, promoting modular living. The spatial organization features clear zoning for different functions: a family area with a kitchen and dining space, a central communal area designed for receiving guests, outbuildings for utilities, and a dedicated sleeping area. This arrangement encourages both private and communal activities, thus creating a flexible living environment.
The architectural layout comprises curvilinear forms resembling an Ammonite shell, which facilitates efficient airflow and natural lighting. The incorporation of communal spaces is deliberate, aimed at fostering social interactions integral to family and community dynamics. Additionally, the design employs a series of interconnected areas that promote a seamless flow between indoor and outdoor environments, further enhancing the living experience.
Innovative Material Use and Sustainability
A notable aspect of AmmOasis is its commitment to sustainable construction practices and materials. The building utilizes metal cladding for its durability and aesthetic appeal, alongside hemp concrete blocks that provide excellent insulation while minimizing environmental impact. Electrochromic glass is integrated to manage light and privacy dynamically, adapting to the daily life of the inhabitants. Presstressed concrete elements ensure structural integrity while remaining resource-efficient.
The architectural design actively incorporates sustainable water management systems and renewable energy sources, emphasizing self-sufficiency. Vertical farming spaces are integrated into the living areas, allowing for localized food production, which not only serves practical purposes but also enhances the residents' connection to their environment. This integration of biophilic design principles promotes well-being and a sense of place.
Engagement with Cultural Context and Community
AmmOasis is not merely an architectural project; it represents a deeper cultural engagement with the traditions and values native to the region. The design incorporates elements that resonate with local history and practices, emphasizing the importance of the oasis in social and economic life. By using locally sourced materials and addressing climatic challenges, the project reflects a respect for the geological and cultural landscape.
Furthermore, the flexible layout positions AmmOasis as a prototype for future developments in desert climates, where sustainable practices and traditional values can harmoniously coexist. This focus on community-oriented spaces and sustainable practices sets AmmOasis apart from traditional residential projects, making it a model for future architectural endeavors.
To gain a deeper understanding of AmmOasis, readers are encouraged to explore the architectural plans, architectural sections, and architectural designs that illustrate the innovative approaches employed throughout the project. Detailed architectural ideas are available for further exploration, providing insights into the thoughtful design processes behind this unique project.
