Indian Community Center – Kodidoddi

The proposed design focuses on modularity, flexibility and permeability: a low-cost structure adaptable to the needs and opportunities of each location. The basic module is composed of an enclosed space and a veranda (open-air porch). The use of the spaces is variable according to the size and to the permeability of the openings. The sequence of closed and open spaces generates a clear and powerful architectural image and adaptable to possible scenarios, while keeping the
values of the project. The perimeter wall varies also in its porosity, ensuring security at the same time.
The Indian Community Center of Kodidoddi consists of a single linear volume that houses a multifunctional room for collective activities, a storage room, an office for medical or management issues and the Anganwadi, which consists of a classroom for the children, a kitchen-storeroom and a feeding room. Between these closed spaces, semi-open spaces are generated that can be used in a flexible way such as for informal meetings, video projections and exhibitions or for
communal dances. The toilet module is placed separately in order to be used for both facilities at the same time and for hygienic reasons.
The main pathway crosses the plot from east to west generating two access. The geometry of the plot allows more intimate courtyards to the north and semi-public spaces to the south along the water channel such us shadowed spaces under the Neem tree, the water well and the kitchen gardens. The exterior wall becomes more permeable in some points making it possible to see from outside what is happening inside and inviting the people to enter.
The building structure and the facades are made of reinforced concrete and cement bricks respectively. The ventilated tiled roof serves as a buffer zone against the heat. The low energy consumption is achieved through passive strategies with as good day-lighting, cross ventilation, thermal mass and roof insulation (thermal and acoustic) and a well designed solar protection system through latticework. The design of the roofs at different heights facilitates the collection of rainwater at the lowest point and its evacuation in the water channel for use in the kitchen gardens and the toilets. The architectural proposal is durable and easy to maintain and prioritizes low-cost construction techniques and easily accessible materials.