Joao Braga Mogadouro, 
Itai Perlman, 
Yosef Daniel Seri Levi, 
Constructed with thermal mass concrete and designed with indoor gardens, this subterranean dwelling redefines sustainable living by creating a comfortable environment that fosters community interaction in an arid landscape.
5 key facts about this project
01
Designed with thermal mass concrete to enhance energy efficiency and regulate internal temperatures.
02
Integrates biophilic gardens throughout to improve air quality and promote well-being.
03
Features a central community patio that encourages social interaction among residents.
04
Utilizes adjustable natural light through strategically placed skylights and ventilation systems.
05
Incorporates provisions for future expansion, allowing for adaptive living spaces as needs change.
General keywords
Project specific keywords
The Oasis is an architectural project that presents a novel approach to sustainable living in arid environments. This design incorporates a subterranean structure aimed at addressing the challenges posed by extreme climatic conditions. The architecture not only seeks to provide shelter but also to foster community interaction and promote eco-friendly practices through its layout and material choices.
The primary function of The Oasis is to offer a comfortable living environment that harmonizes with its natural surroundings. It serves as a refuge, designed to protect inhabitants from harsh weather while allowing for a connection with nature. The layout is organized around a central patio, facilitating communal activities and social interaction among residents. This arrangement ensures easy access to both shared and private spaces, enhancing the overall livability of the project.
The project's unique design approaches set it apart from typical residential designs. One distinct feature is the incorporation of **biophilic elements**, such as indoor gardens that improve air quality and provide a calming atmosphere. The use of **natural light** is maximized through strategically placed skylights, which illuminate the living spaces without compromising privacy. Additionally, the design employs a thermal mass approach utilizing reinforced concrete, which aids in temperature regulation and energy efficiency.
The adaptability of The Oasis is another key component of its design. The architecture includes provisions for future expansion, allowing the underground structure to grow as family needs change. This flexibility contrasts with traditional housing models that often lack such foresight.
Moreover, the thoughtful use of materials is critical to the project's sustainability goals. The combination of materials—including reinforced concrete, glass, and aluminum—ensures structural integrity while promoting aesthetic coherence with the surrounding landscape.
The Oasis exemplifies a modern approach to architecture that prioritizes environmental response, community connectivity, and functional versatility. For those interested in exploring this design further, a review of the architectural plans, sections, and designs will provide additional insights into the innovative ideas that underpin this project.
The primary function of The Oasis is to offer a comfortable living environment that harmonizes with its natural surroundings. It serves as a refuge, designed to protect inhabitants from harsh weather while allowing for a connection with nature. The layout is organized around a central patio, facilitating communal activities and social interaction among residents. This arrangement ensures easy access to both shared and private spaces, enhancing the overall livability of the project.
The project's unique design approaches set it apart from typical residential designs. One distinct feature is the incorporation of **biophilic elements**, such as indoor gardens that improve air quality and provide a calming atmosphere. The use of **natural light** is maximized through strategically placed skylights, which illuminate the living spaces without compromising privacy. Additionally, the design employs a thermal mass approach utilizing reinforced concrete, which aids in temperature regulation and energy efficiency.
The adaptability of The Oasis is another key component of its design. The architecture includes provisions for future expansion, allowing the underground structure to grow as family needs change. This flexibility contrasts with traditional housing models that often lack such foresight.
Moreover, the thoughtful use of materials is critical to the project's sustainability goals. The combination of materials—including reinforced concrete, glass, and aluminum—ensures structural integrity while promoting aesthetic coherence with the surrounding landscape.
The Oasis exemplifies a modern approach to architecture that prioritizes environmental response, community connectivity, and functional versatility. For those interested in exploring this design further, a review of the architectural plans, sections, and designs will provide additional insights into the innovative ideas that underpin this project.
