A dome constructed from curved laminated timber and detailed with charred shingles creates a sustainable community hub that harmonizes with its vineyard setting.
5 key facts about this project
01
A dome design utilizes curved laminated timber for enhanced structural efficiency.
02
Charred wooden shingles promote durability and fire resistance while providing aesthetic appeal.
03
The layout incorporates flexible spaces that adapt to various community functions.
04
Natural light is maximized through strategically placed glass panels in the façade.
05
Integrated compost toilets reflect a commitment to sustainability and ecological education.
General keywords
The Fibocolonia project represents a harmonious integration of architectural design with its natural environment. Located within a vineyard landscape, the design is influenced by natural forms, particularly the golden spiral, which informs the overall spatial organization and circulation of the project. The structure is intended to serve as a multifunctional space for community engagement, offering areas for dining, educational workshops, and gatherings.
The architectural design is characterized by a dome-like roof composed of curved laminated timber. This feature not only contributes to the aesthetic quality of the space but also enhances its structural performance. The curvature allows for optimal light capture while minimizing heating concerns during warmer months. Additionally, the project employs glass panels in the façade to create visual connections with the surrounding landscape, fostering a sense of openness and interaction with the environment.
Unique Design Approaches
This project distinguishes itself through its innovative use of materials and the application of a user-centric approach in its spatial configuration. The choice of curved laminated timber as the primary structural element combines strength with visual appeal. The incorporation of laminated timber beams further supports the overall integrity of the roof, showcasing an effective combination of engineering and design.
The internal layout allows for flexibility, catering to diverse user needs and functions. Spaces are designed to be adaptable, enabling users to reconfigure the environment according to specific activities. This reflects a progressive understanding of contemporary architectural practice, emphasizing the importance of user interaction within built environments.
Sustainable design principles are central to Fibocolonia, exemplified by the integration of compost toilets and a careful selection of eco-friendly materials. By employing these sustainable practices, the project addresses ecological concerns while also promoting community awareness and education regarding environmental stewardship.
Overall, the Fibocolonia project presents a thoughtful architectural solution that embraces its context and enhances community connectivity. For a deeper understanding of the architectural plans, sections, and designs, readers are encouraged to explore the project presentation further to fully appreciate the innovative ideas and functional aspects of this design.
The architectural design is characterized by a dome-like roof composed of curved laminated timber. This feature not only contributes to the aesthetic quality of the space but also enhances its structural performance. The curvature allows for optimal light capture while minimizing heating concerns during warmer months. Additionally, the project employs glass panels in the façade to create visual connections with the surrounding landscape, fostering a sense of openness and interaction with the environment.
Unique Design Approaches
This project distinguishes itself through its innovative use of materials and the application of a user-centric approach in its spatial configuration. The choice of curved laminated timber as the primary structural element combines strength with visual appeal. The incorporation of laminated timber beams further supports the overall integrity of the roof, showcasing an effective combination of engineering and design.
The internal layout allows for flexibility, catering to diverse user needs and functions. Spaces are designed to be adaptable, enabling users to reconfigure the environment according to specific activities. This reflects a progressive understanding of contemporary architectural practice, emphasizing the importance of user interaction within built environments.
Sustainable design principles are central to Fibocolonia, exemplified by the integration of compost toilets and a careful selection of eco-friendly materials. By employing these sustainable practices, the project addresses ecological concerns while also promoting community awareness and education regarding environmental stewardship.
Overall, the Fibocolonia project presents a thoughtful architectural solution that embraces its context and enhances community connectivity. For a deeper understanding of the architectural plans, sections, and designs, readers are encouraged to explore the project presentation further to fully appreciate the innovative ideas and functional aspects of this design.
