Architecture project // Bamboo Frames and Polycarbonate Facades Resiliently Elevating Amazonian Living Spaces

Bamboo Frames and Polycarbonate Facades Resiliently Elevating Amazonian Living Spaces

Authors:

Camila Duran, Carlos Murilo Oliveira Silva , Lais Duran, Lincoln Mitihiro Yao Watanabe

Elevated bamboo structures with insulated polycarbonate walls provide resilient and adaptable living solutions for the Ribeirinhos community, effectively addressing seasonal flooding while embracing local culture and sustainable practices.

5 key facts about this project

Elevated design protects living spaces from seasonal floods.

Modular layout allows for expansion based on community needs.

Polycarbonate walls enhance natural light while ensuring insulation.

Bamboo construction utilizes a local, renewable resource.

Rainwater harvesting system integrates sustainable water management.

General keywords

brazil housing sustainability community floodproof modular amazon ribeirinhos local materials innovation

Project specific keywords

quadcore bamboo structure stilt housing rainwater harvesting polycarbonate walls septic system cultural resonance solar integration modular assembly sustainable practices

### Project Overview

"Between Tides" is located in the ecologically rich surroundings of Marajó Island and Belém do Pará, Brazil. The design confronts the challenges posed by seasonal flooding and resource accessibility, while integrating aspects of local culture and modern sustainable technologies. The strategy is aimed at improving living conditions for the Ribeirinhos community by creating a resilient living environment adapted to the dynamics of the Amazon's hydrological conditions.

### Spatial Strategy and Architectural Layout

The project adopts an Amazonian stilt house design, effectively addressing the region's flooding challenges by elevating living spaces above high water levels. Utilizing a modular system based on a 0.5m x 0.5m grid, the design promotes flexibility in configuration, assembly, and transportation. The open-plan interior facilitates an efficient flow between spaces, with designated communal areas that encourage social interaction. Transition spaces between indoors and outdoors enhance the connection to the surrounding environment, ensuring that the architecture responds to both user needs and environmental variability.

### Material Selection and Environmental Impact

Material choices reflect a commitment to sustainability, resilience, and resource efficiency. Primary materials include QuadCore LEC insulated roof panels which provide lightweight humidity resistance, polycarbonate sheets for light diffusion and thermal insulation, and bamboo for its structural properties and renewability. A steel frame ensures structural integrity while maintaining lightweight characteristics. Incorporating local renewable energy, the design utilizes solar panels and features a rainwater harvesting system to optimize resource use. Additionally, integrated septic systems treat wastewater sustainably, reducing environmental impact.

The architectural initiative acknowledges and incorporates cultural heritage, featuring adaptations of traditional elements such as the jirau for storage, thus blending modern utility with local wisdom. This cultivation of community engagement ensures the design resonates with its inhabitants, fostering a sense of belonging while addressing both cultural and environmental factors.