3rd earth architecture competition: designing for the arts

Description

The design challenge is for designers, architects, engineers and builders to use their creativity to come up with innovative designs for modest, affordable houses that can be built locally to replace the rural mud house type in Ghana.

The challenge is to design a house type of about 2400 sq feet that sleeps 8 to 10 persons to be built on a plot size of 80 x 100 feet. Total costs of constructing the design entry must not exceed $7,000 (USD) for materials and labor; land value is excluded from this price point. You should design the unit for construction by maximum use of earth and local labor in the Ashanti Region of Ghana.

The built environment is to provide a place of stay for 8 to 10 international participants who come to immerse in the local culture to create works or collaborate on a community project. The multi-user dwelling is to be designed for use by persons in one area of the creative arts. This means that the unit should be designed for either musicians, theatre artists, potters, sculptors, painters, textile artists, designers, writers, or media arts practitioners. Because the construction of best design entires is a priority, projects that have regards for self-construction and scalable design are sort. Each design team gets an opportunity to build their design entry at the arts village in Ghana or another site of their choice. Be a part of this! Let’s create change where it is most needed. What is the preferred construction method for the winning entries?

The method to be used to build your design can be cob construction, rammed earth, mud brick, poured earth by formwork, or any other earth construction technique that can be easily learned by local labor. Roof design should involve corrugated zinc sheets, which is the conventional roofing materials in the region. This is because zinc roofing stands the heavy rainfall better. Other roofing methods such as vault roof, fired mud roof and canvas roof are all possibilities but not yet tested to stand the region’s heavy rain fall.