Curved forms of glued laminated timber harmonize with natural fabrics to create sustainable living spaces that foster community engagement within the Amazon rainforest.
5 key facts about this project
01
Curved structures utilize glued laminated timber for enhanced resilience and aesthetic integration with the rainforest environment.
02
Natural fabrics are employed for interior finishes, promoting local craftsmanship and sustainability.
03
Modular design allows for easy relocation and expansion based on community needs.
04
Passive cooling strategies are implemented through strategic shading and natural ventilation.
05
Biogas systems convert organic waste into usable energy resources for the community.
General keywords
The architectural design project situated in Tumiria, close to the Amazon rainforest, fosters a symbiotic relationship between built structures and the environment. This project is centered on creating sustainable architecture that embraces ecological principles and meets the needs of the local community. It is a response to contemporary challenges, emphasizing environmental stewardship and cultural integration.
The project showcases modular structures comprised of glued laminated timber and Kingpan insulated panels. These materials provide durability and thermal efficiency, vital for the humid tropical climate. The design maintains an organic aesthetic, inspired by natural patterns observed in the surrounding forest, while also ensuring structural integrity. The unique oval forms echo natural growth, promoting unity and a harmonious living experience within the community.
Modularity is a distinct feature of the architecture, which allows for flexibility in construction, relocation, or replication as community needs evolve. The inclusion of an onboard crane system enhances ease of assembly on-site, streamlining the construction process. This design approach considerably reduces the ecological footprint, aligning with sustainable development goals. The structures are designed to support passive cooling through strategic shading and natural ventilation, ensuring comfort without reliance on mechanical systems.
A notable aspect of the project is its community-focused design process. Local residents actively participate in the formation of the architectural designs, which fosters a sense of ownership and relevance among users. Additionally, the project incorporates educational initiatives to equip the community with skills in sustainable practices, ultimately promoting economic development and environmental awareness.
The integration of waste management systems further distinguishes this architectural endeavor. Biogas generators are employed to convert organic waste into usable energy, thus contributing to a circular economy within the community. This focus on resource management enhances the resilience of the project and its inhabitants.
For those interested in exploring the intricate details of this architectural project, including architectural plans, sections, designs, and ideas, further investigation will provide valuable insights into the innovative approaches undertaken.
The project showcases modular structures comprised of glued laminated timber and Kingpan insulated panels. These materials provide durability and thermal efficiency, vital for the humid tropical climate. The design maintains an organic aesthetic, inspired by natural patterns observed in the surrounding forest, while also ensuring structural integrity. The unique oval forms echo natural growth, promoting unity and a harmonious living experience within the community.
Modularity is a distinct feature of the architecture, which allows for flexibility in construction, relocation, or replication as community needs evolve. The inclusion of an onboard crane system enhances ease of assembly on-site, streamlining the construction process. This design approach considerably reduces the ecological footprint, aligning with sustainable development goals. The structures are designed to support passive cooling through strategic shading and natural ventilation, ensuring comfort without reliance on mechanical systems.
A notable aspect of the project is its community-focused design process. Local residents actively participate in the formation of the architectural designs, which fosters a sense of ownership and relevance among users. Additionally, the project incorporates educational initiatives to equip the community with skills in sustainable practices, ultimately promoting economic development and environmental awareness.
The integration of waste management systems further distinguishes this architectural endeavor. Biogas generators are employed to convert organic waste into usable energy, thus contributing to a circular economy within the community. This focus on resource management enhances the resilience of the project and its inhabitants.
For those interested in exploring the intricate details of this architectural project, including architectural plans, sections, designs, and ideas, further investigation will provide valuable insights into the innovative approaches undertaken.
