Sonomoro School, Peru: An Integrated Educational Ecosystem
Social Context and Geographic Location
The school is located in the Sonomoro community, a local settlement within a district belonging to the Numatsigenga ethnic group in the central forest region of Peru. This environmental and social context is a fundamental part of understanding the nature of the project, as it is directly linked to the cultural and livelihood structures of the local population. Such an approach reflects a deep understanding of Architecture as a practice rooted in its place.
Education as a Response to a Community Need
This educational initiative emerged through a community-driven process aimed at providing early education for more than 70 children in the area. Accordingly, the project cannot be read as an isolated institution, but rather as a response to a social need connected to strengthening learning opportunities in early childhood within a remote environment. This aligns with broader discussions in Research on how architecture can address social challenges.
Integration into Daily Life
On another level, the building is positioned at a central point within the community, allowing it to integrate into the residents’ daily activities. This centrality not only facilitates accessibility, but also reflects a conception of education as an extension of everyday life rather than a separate activity. The relationship between the school and its surroundings echoes themes explored in Cities regarding urban integration and community life.
Learning Through Spatial Experience
Consequently, this type of educational environment seeks to enhance local modes of living and learning through direct spatial experience. In other words, the space itself becomes a pedagogical tool that contributes to a deeper connection between children and their cultural and natural environment. This philosophy is central to contemporary Design practices that prioritize user experience.
| Field | Details |
|---|---|
| Architects | Semillas |
| Area | 596 m² |
| Year | 2023 |
| Photographs | Eleazar Cuadros |
| Lead Architect | Marta Maccaglia |
| Category | Schools |
| Team Lead | Giulia Perri |
| Design Team | Susanna Olivieri, Fiorella Mendoza, Giulia Panto, Federica Coveri, Denisse Covasinne, Chiara Bonfiglio, Arianna Bordignon |
| Site Manager | Angela Yangali |
| Engineering And Consulting (Structural) | Gustavo Tello |
| Engineering And Consulting (Other) | Benjamín Mauricio Villavicencio |
| Engineering And Consulting (Electrical) | Gustavo Tello Pantoja |
| General Construction | Municipalidad distrital de Pangoa |
| Financing | Municipalidad Distrital de Pangoa, Ministerio Federal de Cooperación Económica – Alemania (BENGO), Ein Herz für Kinder |
| Co Financing | Municipalidad Provincial de Satipo, Comunidad Nativa San Antonio de Sonomoro |
| Developer | We-Building |
| City | San Martín de Pangoa |
| Country | Peru |
General Organization of the Architectural Form
The architectural organization of the project is based on a clear distribution across two main volumes, reflecting an attempt to achieve balance between administrative functions and educational activities within the site. The way these volumes are arranged offers lessons in efficient Construction planning.
Administrative Block and Its Relationship to the Surroundings
In the northwestern area, close to the main road, the administrative and multi-use block is positioned. This placement establishes a direct connection with the public realm, as the block includes a teachers’ room, a community kitchen, as well as a multipurpose hall that functions as an open educational space without walls. It also contains sanitary facilities serving users. The use of versatile spaces like the multipurpose hall is a notable trend in contemporary Projects.
In front of this block, a welcoming entrance plaza is formed, oriented toward the public street. This plaza consists of a green space interspersed with seating shaded by trees, reinforcing a gradual transition between the public domain and the educational environment.
Spatial Transition from Public to Educational Realm
In contrast, a curved wooden fence acts as an organizing element separating the urban center from the school, without fully breaking visual or spatial continuity. This element guides movement inward through a semi-circular pathway, creating a gradual entry experience rather than a direct and abrupt transition.
The Orchard as an Intermediary Element
Along this route, the pathway embraces an orchard of orange trees at the heart of the site, adding a natural layer to the spatial experience and strengthening the connection to the local environment.
Main Educational Block
Finally, the circulation leads toward the northeast, reaching a cluster of three classrooms. This progression from public to educational space reflects a spatial organization based on gradual transitions between different levels of privacy within the project. Such clarity in zoning is a hallmark of well-resolved Buildings.
The Classroom as a Node Between Interior and Exterior
Each classroom establishes a dual relationship with its immediate surroundings. On one hand, it opens onto an outdoor area that allows educational activities to extend into the garden, expanding learning beyond the boundaries of traditional enclosed walls. On the other hand, it maintains a visual and functional connection with the circular courtyard planted with orange trees, forming a natural anchor point within the overall composition. This fluid connection between inside and outside is a key principle in Interior Design when applied to educational spaces.
Accordingly, the classrooms are not understood as closed volumes, but rather as intermediary elements that continuously interact with the surrounding environment.
Gradation of Outdoor Spaces and Educational Interaction
In this context, outdoor areas are distributed organically in all directions, creating a network of spaces that support both educational and kinetic activities. Near the multipurpose hall, an open amphitheater emerges, reinforcing the idea of an extended and interconnected learning landscape, where formal and informal activities overlap within a unified spatial field. Innovative outdoor learning environments like this are frequently featured in Architectural News.
Climate Response in the Amazonian Environment
On another level, the project adopts a climate-responsive approach tailored to the conditions of the Amazon, through a set of passive strategies. For instance, pyramidal wooden roofs are used to facilitate the drainage of heavy rainfall, while perforated upper openings enable continuous cross-ventilation that enhances air movement within the spaces. The selection of appropriate Building Materials plays a crucial role in achieving this climatic performance.
In addition, natural lighting is controlled through carefully designed roof openings, while shaded transitional spaces allow the program to function throughout the day without reliance on intensive mechanical cooling systems.
Materials and Construction Language
At the construction level, the primary structural system relies on reinforced concrete to ensure structural stability. In contrast, partitions are composed of local materials such as handmade adobe brick, combined with wooden carpentry and polycarbonate panels, which allow the passage of natural light while maintaining ventilation. This combination reinforces a balance between environmental performance and the material identity of the project. For detailed specifications on similar solutions, refer to Material Datasheets.
Community Engagement as an Entry Point to Design
The design process was based on participatory workshops and field visits that brought together mothers, teachers, local authorities, and children. This direct engagement contributed to a deeper understanding of the surrounding outdoor spaces, as well as an appreciation of the community’s cultural specificity. Accordingly, the Design was not detached from its context, but rather emerged from a collective reading of the environment and everyday life.
Nature as a Cognitive and Formal Reference
Within this framework, nature emerged as a fundamental element in shaping both the architectural vision and the programmatic organization. It was not treated as a neutral backdrop, but as a direct source of inspiration that informed the distribution of spaces and the understanding of the user–place relationship. This approach reflects a growing trend in Architecture that prioritizes contextual sensitivity.
The Educational Ecosystem
From this perspective, the project is conceived as an integrated educational ecosystem, where learning occurs through movement, play, and direct interaction with nature. Children are not confined to passive reception inside classrooms; instead, they move, explore, and observe their surroundings, making the educational experience more grounded in sensory reality. Such innovative educational environments are often highlighted in Projects that redefine the boundaries between learning and play.
The Forest as Part of the Educational Process
In contrast, this vision recognizes the forest as an active component of the educational process, rather than merely a surrounding natural context. In this way, the natural environment becomes part of the pedagogical framework itself, rather than an external element to it. The relationship between Cities and nature, even in remote settings, underscores the importance of this integrated vision.
Identity Formation and the Relationship with Territory
Ultimately, this architectural approach supports the formation of identity from early childhood by strengthening the connection between education and territory. It also reinforces a core idea: that every community has the right to learn from its own cultural and environmental context, thereby deepening the continuous relationship between people and their environment. This concept is central to many discussions in Research on place-based education.
✦ ArchUp Editorial Insight
The Sonomoro School in the central forest of Peru can be read as a direct outcome of the intersection between limited funding for remote communities and a gap in formal educational infrastructure, where the early education model functions as a mechanism to reduce the institutional cost of failure in reaching children. The isolated geographical context pushes toward a low-complexity spatial organization that balances the risks of a tropical climate, particularly heavy rainfall, with the constraints of local resources and supply chains. The use of local Building Materials was essential to navigate these supply chain limitations.
The architectural configuration reflects a redistribution of functions between administration and education within a gradual circulation network that regulates the transition of users from the public realm to the interior. At the same time, outdoor spaces are transformed into a mechanism for absorbing educational activity beyond the traditional classroom framework, thereby reducing operational pressure on the built structure and redefining the school as a social extension rather than an independent facility. This strategy is a valuable case study in contemporary Construction practices for remote areas.