Architecture project // Clay Tub Habitat with Bedouin Tent Structure in Desert Setting

Clay Tub Habitat with Bedouin Tent Structure in Desert Setting

Authors:

Sandro Siefert, Patrick Heine

A clay tub serves as the foundational element for a habitat structured around Bedouin tent principles, creating adaptable living spaces that engage with the desert environment.

5 key facts about this project

A clay tub serves as the primary structural element, providing stability and utility.

The design incorporates a modular framework inspired by Bedouin tent structures for flexibility.

Water harvesting systems utilize mist catchers to collect moisture for drinking water.

The layered design creates distinct private and communal spaces within a single footprint.

Photovoltaic cells are integrated into the upper shell for energy efficiency in a desert climate.

General keywords

abu dhabi housing sustainability modular community desert fabric water solar climate

Project specific keywords

clay tub bedouin tent compression rods traction cables mist catchers

Woven Habitats is an exploration of space and design that fits into the arid setting of Abu Dhabi. The project draws on the ideas of weaving and Arabic patterns to create a living environment that adapts to its surroundings. It focuses on a layered design that encourages both private and communal use, allowing those who live there to connect with nature in meaningful ways.

Design Concept

The design features a three-layer system. At the base, a clay tub serves as a stable foundation. Above this, a roof that can be walked on invites movement and activity. The layer in between acts as a transition space, making it easy to customize the layout and cater to different needs, whether for privacy or social interaction.

Structural Configuration

Inspired by Bedouin tents, the design is broken down into essential parts such as compression rods and traction cables. These components work together with a non-stretch textile to create a durable framework. This modularity allows for quick assembly and disassembly, making the structure adaptable to various environments while also reducing waste.

Climate Response

To address the challenges of the desert climate, Woven Habitats includes solar cooling systems. Photovoltaic (PV) cells are integrated into the upper shell, taking advantage of the intense sunlight available in the region. This not only improves energy efficiency but also lowers the overall environmental impact. The layers of the design provide ample shading, protecting the interior from excessive heat and contributing to occupant comfort.

Water Management

The design integrates water harvesting features around the edges, using mist catchers to collect moisture and supply drinking water. This practical solution highlights an innovative approach to resource management, ideal for the demands of arid climates.

The varied modules encourage residents to interact with their environment while having spaces for solitude. Each area fosters a unique connection to the desert landscape, engaging inhabitants in daily life with both community and nature.