Employing rammed earth and cross-laminated timber, the design seamlessly integrates community-focused living spaces within the challenging desert climate.
5 key facts about this project
01
Rammed earth walls provide natural thermal mass, reducing energy consumption.
02
Cross-laminated timber enhances structural integrity while allowing flexible space configurations.
03
Community gardens integrate greenery into the living environment, promoting biodiversity.
04
The bent A-frame design optimizes shading and natural light throughout the year.
05
Local coral stone is used to tie the building to its geographical context and heritage.
General keywords
The architectural design project is situated in the vicinity of Dubai, characterized by a blend of modernity and regional cultural considerations. This project emphasizes sustainability, adaptability, and community-centric design, aiming to harmonize with the surrounding environment. The overall structure showcases a thoughtful integration of materials and spatial configurations that serve both functional and aesthetic purposes.
The project's primary function is to provide a residence that accommodates both communal and private spaces, reflecting the needs and values of its inhabitants. The architectural design focuses on creating a balance between social interaction and personal privacy. Spaces are designed to foster community while ensuring that individuals have areas for solitude and retreat.
Unique attributes of this project include the use of rammed earth walls, cross-laminated timber (CLT), local coral stone, and extensive glass elements that create architectural continuity with the landscape. The lower level is designed as an open, communal gathering area, promoting interaction among residents and guests. In contrast, the upper level is strategically configured to offer privacy and adaptable spaces that can transform according to the family's evolving requirements.
Sustainable design practices are central to the project. The rammed earth construction not only provides thermal mass but also minimizes ecological impact. The use of CLT offers flexibility and structural integrity, while the incorporation of glass ensures optimal light penetration and ventilation, reducing reliance on mechanical heating and cooling systems. The project also features integrated planting systems that enhance ergonomic and aesthetic elements, improving the overall living environment.
The architectural design carefully considers the climatic challenges of the region. Elements such as shading devices and carefully oriented windows optimize comfort for residents, while also emphasizing a connection to the outdoors.
Exploring the architectural plans, sections, and detailed designs will provide a deeper understanding of the innovative concepts and practical applications that define this project. This analysis invites you to review the project further, focusing on the architectural ideas and unique design methodologies presented throughout the design.
The project's primary function is to provide a residence that accommodates both communal and private spaces, reflecting the needs and values of its inhabitants. The architectural design focuses on creating a balance between social interaction and personal privacy. Spaces are designed to foster community while ensuring that individuals have areas for solitude and retreat.
Unique attributes of this project include the use of rammed earth walls, cross-laminated timber (CLT), local coral stone, and extensive glass elements that create architectural continuity with the landscape. The lower level is designed as an open, communal gathering area, promoting interaction among residents and guests. In contrast, the upper level is strategically configured to offer privacy and adaptable spaces that can transform according to the family's evolving requirements.
Sustainable design practices are central to the project. The rammed earth construction not only provides thermal mass but also minimizes ecological impact. The use of CLT offers flexibility and structural integrity, while the incorporation of glass ensures optimal light penetration and ventilation, reducing reliance on mechanical heating and cooling systems. The project also features integrated planting systems that enhance ergonomic and aesthetic elements, improving the overall living environment.
The architectural design carefully considers the climatic challenges of the region. Elements such as shading devices and carefully oriented windows optimize comfort for residents, while also emphasizing a connection to the outdoors.
Exploring the architectural plans, sections, and detailed designs will provide a deeper understanding of the innovative concepts and practical applications that define this project. This analysis invites you to review the project further, focusing on the architectural ideas and unique design methodologies presented throughout the design.
