African Flow Kindergarten
African Flow Kindergarten
Urbanitree
ARCHITECTS
Urbanitree
ARCHITECTURE
Vicente Guallart and Daniel Ibáñez (Urbanitree)
DEVELOPER
Community of Nazareth
PROJECT DIRECTOR
Elisabet Fàbrega
PATRONAGE
Missionary Daughters of Nazareth
CONTRACTOR
GIC Ma’asapkeng
CARPENTERS
Alexandre Onguene, Tchawe Fabrice Ronelle, Germain Atanga
COLLABORATING ARCHITECTS
Ali Basbous (BAD Architects), Daniel Fraile (Arquivio)
COMMUNICATION
Pati Nunez Agency
PHOTOGRAPHS
Adrià Goula
PROJECT COST
USD 900,000
AREA
1600 m²
YEAR
2024
LOCATION
Soa, Cameroon
CATEGORY
Kindergarten
English description provided by the architects.
African Flow: An architecture that educates for an emerging Africa - A kindergarten in Cameroon reimagines educational spaces by drawing on the principles of ancestral African architecture.
Its educational approach fosters an emotional connection between children and the spaces that shape their daily activities in a fluid and intuitive way.
Architects Vicente Guallart and Daniel Ibáñez have designed a low-tech building, working with local artisans and resources, using wood and rammed earth as a response to accelerated developmental pressures.
The design of the African Flow kindergarten stems from the desire to develop new educational methods in Africa.
This school facility, initiated by the Missionary Daughters of the Holy Family of Nazareth and located in Soa, near Yaoundé, the capital of Cameroon, is organized as a continuous system of ecosystems, mountain, savanna, village, and forest, that connect children with their origins and culture.
In school, children move throughout the day through a fluid transition between different spaces, where they develop skills in varied contexts and interact with their peers and the school community across multiple scales of relationship.
The school is built around a central courtyard, where the interior spaces, organized into four ecosystems, are connected by a corridor.
Every ecosystem has components that the kids can recognize and that aid in organizing their everyday school activities:
-Mountain: A place for inspiration and creation, featuring a grotto that enables children to isolate themselves and engage in introspective moments.
-Village: A space for exchange and social interaction, including a chapel designed as an abstract environment where light and perforated walls encourage silence and communal reflection.
-Savanna: A large linear area that facilitates grouping children in an educational format reminiscent of a "campfire," allowing them to play on the floor and on stepped seating.
-Forest: A transitional space between interior and exterior, featuring a constructed tree built similar to a Lego structure that can be inhabited, situated next to a small natural forest.
Throughout the day, the children participate in activities that respond to the spaces in which they are housed.
These activities include the general assembly, where they convene with the teachers; stimulation through information bits; exercise using brachiation bars and ladders; reflection in a space that inspires spirituality; playtime in the central courtyard; exploration in small groups; experimentation in the materials laboratory; and music sessions using local instruments.
The design of the school is influenced by simple construction systems and primitive geometric patterns that naturally arise from the application of the chosen materials.
Moreover, the site's original topography has enabled the construction of a second level, which will initially function as the residence for the community responsible for African Flow.
An Innovative Approach to Construction Utilizing Local Materials - Building a project in an African country that has been designed by a European team can only be approached as a process of mutual learning.
The objective was to ascertain how a modest project could simultaneously inspire the local community, impart new construction techniques, and resonate on a global scale.
In the contemporary global economy, the term "progress" frequently refers to the deployment of industrialized processes, systems, and materials that are designed to standardize results.
In this instance, the objective was to not only design and construct a building but also to reinvent the construction process in Cameroon.
This involved the use of low-carbon local materials, the establishment of agreements with suppliers to market their products locally, the training of workers, and the education of teachers to present the project as part of a social pedagogy that reinforces collective empowerment.
To construct African Flow, a comprehensive investigation was conducted to engage local manufacturers who typically export their products to Europe or China.
Subsequently, the structure was constructed from azobé, a locally sourced, high-density wood that is distinguished by its termite resistance.
The construction was accomplished by local laborers who lacked prior experience with wood, thereby fostering a collective learning process that can be replicated in future projects and promote low-emission construction in the context of rapid urbanization.
The enclosures are made of rammed earth bricks (unfired) that employ various patterns, allowing light to filter between the interior and exterior.
Consequently, there is a continuity between the local reddish earth and the building that rests upon it. A local supplier of earth bricks was selected, using very basic manufacturing technology.
Inside, local woods such as iroko, sapele, doussie, and movingui are used. Internationally, these are classified as tropical hardwoods and are generally costly; however, they are frequently employed as building materials in Cameroon.
The water tower of the complex, which is typically built of concrete, was reimagined as a spatial wooden structure that is overlaid with a photovoltaic surface.
This guarantees the building's uninterrupted electricity and water supply in an environment characterized by frequent power outages.
The outcome is a space that is easily identifiable by the community, constructed using ancestral architecture that has been adapted to the local environment.
The design incorporates local materials and local culture, and it employs geometric patterns and construction systems that are remarkably straightforward.
In the years ahead, the complex will expand to offer a complete educational cycle, spanning from kindergarten to secondary education.
