The OOBMAB offers a solution for temporary living in the Malaysian rainforest. Designed for researcher couples who require shelter while conducting fieldwork, the structure focuses on mobility and adaptability within a tropical setting. The architecture connects with local materials and environmental considerations, creating a functional space in harmony with nature.

Design and Structure

Bamboo serves as the main material for the OOBMAB. This resource is both sustainable and cost-effective. Bamboo grows quickly, allowing it to be harvested in 5-7 years, which is significantly shorter than the time required for traditional timber. The material also possesses a strength that is 3-4 times greater than that of steel when compared by weight. This ensures that the design is not only environmentally friendly but also structurally sound.

Adaptive Features

The OOBMAB emphasizes ease of assembly and disassembly. Researchers can quickly set up their shelter in new locations as needed. Traditional lashing techniques using string allow for straightforward construction, requiring only minimal tools. One unique aspect of the design is the roof system. It can open and close, functioning like a blind. This feature supports ventilation and natural light while allowing access to the shelter. Such design elements draw occupants into a closer relationship with their surroundings.

Sustainability and Lifecycle

Sustainability is an essential focus of the OOBMAB. It is designed to have a low carbon footprint, using biodegradable and reusable materials. Once the structure is no longer needed, it can be taken apart, and the bamboo can be repurposed, reducing waste. Additional features, such as adjustable foundation heights and rainwater collection systems, increase the shelter's ecological efficiency. Solar panels provide energy, ensuring the shelter can function autonomously in remote locations.

Functional Considerations

The design aims to meet the practical needs of its users by combining comfort with utility. Adjustable foundation heights cater to the varying terrain of the forest, ensuring stability and ease of use. Each aspect of the structure contributes to a positive living experience for its occupants. Natural light floods the interior through the adjustable roof, connecting the indoor space with the vibrant forest outside.