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Construction of the Mata-du-Paraíso Scout Park in Vila Franca de Xira
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ArchDaily Brasil
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Construction of the Mata-du-Paraíso Scout Park in Vila Franca de Xira

The construction of the Mata-du-Paraíso Scout Park was initiated by the municipality of Vila Franca de Xira with co-financing from the Recovery and Resilience Plan (PRR). This initiative was undertaken in response to the lack of infrastructure to support the scouting movement in this municipality.

The intervention area is located in a wooded zone, whose topography features flatter sections on the northeastern and southwestern borders, while the central part of the territory has steeper slopes.

For this reason, the buildings are designed in the northeastern part, where the slope is gentler, which facilitates the creation of connections for auxiliary infrastructure. This allows the remaining area to be freed up for camping and outdoor events. An arena area near the northeastern border is also proposed, which utilizes the natural slope of the terrain to create an open amphitheater with wooden slat seating, ensuring a wide and unobstructed view of the landscape and surroundings.

The building complex includes two separate blocks of toilets and changing rooms, designated for women and men, as well as a third building allocated for washing facilities. Small concrete structures for field kitchens are distributed throughout the camp, supporting the camping areas.

Given that the project consists of buildings with simple functions, programs, and forms, the choice of materials and construction systems follows the principles of clarity, simplification, as well as economic and structural efficiency. At the same time, the architecture expresses a modern language that is consciously and deeply connected to the natural environment. The synthesis and simplification of the architecture do not diminish the character of the volumes and spaces; on the contrary, they enhance it, contributing to an adequate correspondence with scouting practice.

Among the materials used, wood stands out, applied in the form of glued laminated beams, OSB composite panels, and carved and autoclaved wooden posts. Concrete, polycarbonate facade cladding, and galvanized roofing are also used.

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Beacon School High School Project Involves Collaboration Between Andrade Morettin Arquitetos Associados, Guido Otero Arquitetura, and Ricardo Gusmão Arquitetos
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archdaily.com.br

Beacon School High School Project Involves Collaboration Between Andrade Morettin Arquitetos Associados, Guido Otero Arquitetura, and Ricardo Gusmão Arquitetos

The project for the Beacon School high school unit is part of a master plan established in 2016 for the creation of the school's new Campus. This Campus is located in the former industrial neighborhood of Vila Leopoldina, in São Paulo, where the early childhood and elementary school units are already operational.

The Campus was revitalized from an old complex of industrial warehouses, characteristic of the region. The new wing dedicated to high school is the only new construction on the Campus and was designed to dialogue with the existing structures while introducing innovative elements into the landscape of the former industrial hub.

The overall concept of the Campus aims to be a welcoming and integrating environment, encouraging coexistence and proximity among students from different cycles, as well as teachers and staff. A continuous system of open areas, structured around an internal street, dominates the ground floor, promoting physical connection between all buildings.

The new building, positioned at the entrance adjacent to Rua Mofarrej, at one end of the internal street, integrates into this system. It features a vast covered area on stilts, which serves both as an extension of the Campus' collective walkway and as a large reception hall for the high school building.

This entrance hall, flanked by an extensive landscaped area, hosts social and collective activities for high school students, including spaces for leisure, rest, and a small open auditorium. At the center of this hall is a prismatic vertical circulation axis, highlighted in red, that runs through the entire height of the building, from ground level to the top.

Above the ground floor, the structure is divided into two stacked blocks, separated by an elevated plaza. The first block, covering floors 1 and 2, contains classrooms. The second block, on floors 4 and 5, is dedicated to complementary activities such as laboratories, library, auditorium, and art space.

On the third floor, the elevated plaza, which functions as a second set of stilts, houses the cafeteria and snack bar, both surrounded by open and covered terraces. This glazed space, along with the terraces of the first block, offers places for study and small group interactions. The multi-sport court is located on the roof of the building.

In terms of construction, the project uses a conventional base of cast-in-place reinforced concrete columns and beams, upon which various industrialized components are placed for specific functions, such as vertical, translucent enclosures, acoustic panels, and shading systems. This combination of materials ensures good bioclimatic performance for the building, exemplified by the use of perforated tiles as a solar filter, and lends greater architectural unity to the entire Campus complex.

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