Asli Özge Zabun, 
Utilizing compressed earth and palm wood, the design creates a sustainable living environment optimized for community interaction and environmental harmony in a desert setting.
5 key facts about this project
01
Utilizes locally sourced compressed earth for thermal mass and energy efficiency.
02
Incorporates palm wood for structural elements and aesthetic continuity with the surrounding environment.
03
Features green roofs for water management and enhanced insulation.
04
Includes adaptive living spaces that can be modified as community needs change.
05
Integrates natural ventilation strategies to optimize airflow throughout the structure.
General keywords
Project specific keywords
The FUTURE NEST project presents a comprehensive approach to architecture aimed at addressing the challenges of urban living in desert climates. This architectural design emphasizes sustainability, community connectivity, and the integration of local materials to create efficient and harmonious living spaces. The project operates within a framework that balances modern techniques with regional traditions, catering to both environmental and social needs.
Sustainable Design Approach
One notable aspect of the FUTURE NEST project is its commitment to sustainability through material selection and construction practices. The use of local soil, compressed earth blocks, and palm wood exemplifies a focus on resource efficiency and ecological responsibility. These materials not only provide structural stability but also contribute to the thermal performance of the buildings, reducing the need for mechanical cooling and heating. The architectural design incorporates green roofs, offering additional insulation and promoting localized agriculture. Furthermore, solar panels are strategically placed to harness renewable energy, supporting the project’s goal of energy self-sufficiency.
Community-Centric Functionality
The project is structured to foster community interaction through its design. Key elements include residential units arranged around communal courtyards, which serve as social spaces promoting engagement among residents. The architectural layout allows for adaptability—residents can expand or modify their living spaces according to their needs over time. Cultural references, such as the integration of traditional majlis, facilitate gatherings that are essential to the local lifestyle. This blend of private and communal spaces ensures that the architecture is not only functional but also enhances social relationships within the community.
Innovative Environmental Strategy
The architectural design considers the harsh climate of its desert location and incorporates strategies to mitigate its challenges. Natural water recycling systems are included to manage greywater effectively, utilizing it for irrigation and reducing overall water consumption. Additionally, the design emphasizes passive solar techniques to maximize light and airflow, contributing to overall energy efficiency. This focus on environmental strategy distinguishes FUTURE NEST from typical architectural projects in similar regions, presenting a model that prioritizes ecological balance alongside human comfort.
For those interested in a deeper understanding of the architectural designs and innovative ideas behind the FUTURE NEST project, a review of the architectural plans and sections is encouraged. Exploring these elements will provide a comprehensive view of how the project integrates functionality with its sustainable vision.
Sustainable Design Approach
One notable aspect of the FUTURE NEST project is its commitment to sustainability through material selection and construction practices. The use of local soil, compressed earth blocks, and palm wood exemplifies a focus on resource efficiency and ecological responsibility. These materials not only provide structural stability but also contribute to the thermal performance of the buildings, reducing the need for mechanical cooling and heating. The architectural design incorporates green roofs, offering additional insulation and promoting localized agriculture. Furthermore, solar panels are strategically placed to harness renewable energy, supporting the project’s goal of energy self-sufficiency.
Community-Centric Functionality
The project is structured to foster community interaction through its design. Key elements include residential units arranged around communal courtyards, which serve as social spaces promoting engagement among residents. The architectural layout allows for adaptability—residents can expand or modify their living spaces according to their needs over time. Cultural references, such as the integration of traditional majlis, facilitate gatherings that are essential to the local lifestyle. This blend of private and communal spaces ensures that the architecture is not only functional but also enhances social relationships within the community.
Innovative Environmental Strategy
The architectural design considers the harsh climate of its desert location and incorporates strategies to mitigate its challenges. Natural water recycling systems are included to manage greywater effectively, utilizing it for irrigation and reducing overall water consumption. Additionally, the design emphasizes passive solar techniques to maximize light and airflow, contributing to overall energy efficiency. This focus on environmental strategy distinguishes FUTURE NEST from typical architectural projects in similar regions, presenting a model that prioritizes ecological balance alongside human comfort.
For those interested in a deeper understanding of the architectural designs and innovative ideas behind the FUTURE NEST project, a review of the architectural plans and sections is encouraged. Exploring these elements will provide a comprehensive view of how the project integrates functionality with its sustainable vision.
