Ana Akheet

Cairo University, Faculty of Engineering Architecture Department.

Aly kandil

Project idea

Ana Akheet is a Cultural Crafts Center located in Farafra Oasis, Egypt, dedicated to reviving the region’s disappearing textile heritage. Historically, Farafra’s community relied on wool-based crafts as an important cultural and economic activity. However, this heritage has gradually declined due to the harsh climate, youth migration, limited economic opportunities, and the absence of spaces that support learning, production, and exhibition.

The project aims to preserve this intangible cultural heritage by creating a platform where traditional knowledge can be practiced, shared, and passed on to future generations. Through architecture, the project reconnects the community with its identity while creating new social and economic opportunities rooted in local culture.

Furthermore, the project promotes a community-driven approach to construction and making. By relying on local materials and traditional building knowledge, it empowers residents to actively participate in the creation and maintenance of the built environment, strengthening their connection to both the craft and the place.

Project description

The project is designed as a complete textile production journey, bringing together all stages of wool processing within a single cultural environment. The program includes wool sorting, washing, natural dyeing, drying, weaving workshops, training spaces, community gathering areas, and exhibition zones for displaying and selling handmade products.

The architectural layout follows the workflow of textile production, allowing visitors and artisans to experience the transformation of raw wool into finished products. Beyond its productive role, the center acts as an educational and cultural destination that encourages interaction between artisans, visitors, and younger generations.

The design responds to the environmental conditions of Farafra Oasis through passive strategies that maximize natural ventilation, improve thermal comfort, and utilize locally available materials. The project therefore becomes both a production facility and a catalyst for cultural preservation and community development.

Technical information

The project is primarily constructed using rammed earth, a sustainable building technique well suited to the desert environment due to its high thermal mass, low environmental impact, and strong connection to local building traditions.

The construction strategy prioritizes locally available materials and low-tech building methods that can be implemented by local craftsmen and community members. Rammed earth walls, woven palm screens, and simple steel supports create a system that is accessible, repairable, and rooted in the knowledge already present within the oasis. This allows the project to be partially community-built while reinforcing local identity and reducing dependence on external resources.

Natural ventilation is enhanced through a network of drying towers designed for wool drying after the washing and dyeing stages. The towers are formed using woven palm screens supported by a lightweight steel structure. Their design is inspired by both the silhouette of traditional Bedouin tents and the passive ventilation principles found in termite mounds, encouraging airflow from lower levels to upper openings.

Handcrafted palm screens are integrated throughout the project to filter sunlight, reduce dust penetration, and maintain airflow while reinforcing local identity. In addition, partially sunken dye pits utilize the stable temperature of the earth to provide more controlled conditions for the dyeing process, supporting color consistency and material quality.

The project combines traditional craftsmanship, local materials, and climate-responsive design to create a sustainable architectural model rooted in the culture, landscape, and collective knowledge of Farafra Oasis.