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A1-1建筑设计,A1-1.2教育建筑,校园,#提名奖/设计宇宙大奖2025-2026,#Environmental Protection,#Non-Profit School,#Minimal Environmental Impact,#Community Engagement,#设计宇宙大奖空间类提名奖2025-2026,#2025-2026获奖作品,#modular architecture,#eco-friendly

Módulo João de Barro School | BIRI + MACh Arquitetos

BIRI ,发布时间2025-12-18 17:20:27

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项目工程信息

BIRI – Marcos Franchini, Nattalia Bom Conselho

MACh – Fernando Maculan, Rafael Yanni, Luciana Czechmeister

Collaborators: Gabriella Sevilha, Luiza Reis e Lima, Marina Vilela, Vinicius Pinheiro

Landscape Design: Alceu Brito

Sustainability & Sanitation Design: INOVATIVO Sustainable Solutions(Luiz Glück, Priscila Kern, Augusto Peixoto)

Structural & Ancillary Design: Francisco Araújo Lopes Vilas Boas

Lighting Design: Nattalia Bom Conselho, Jéssica Machado

Master Plan: 2023 (Area: 2,230 m²)

Vila Ninho School is a non-profit social initiative located in the Rio das Velhas Hydrographic Basin, within the Cerrado biome of Minas Gerais, and lies entirely within environmentally protected areas. Its mission is to provide free, high-quality education to children in socially vulnerable situations, while promoting family empowerment and community development. Founded in 2017, the school operates based on four core pillars: educating children, strengthening families, transforming communities, and replicating effective organizations.
 
 
 
Since 2018, the school has occupied a 14,000-square-meter plot in Lagoa Santa, where the first physical structures—such as the Galpão João de Barro (João de Barro Warehouse)—were built. Equipped with classrooms, administrative spaces, and support areas, the school launched a planned expansion project that will be implemented in phases starting in 2024. The school’s physical design is guided by principles of sustainability, environmental integration, and pedagogical innovation, aiming to turn the built environment into an active agent in children’s education. The architectural concept is based on a 2×2-meter modular grid and 36-square-meter building modules, enabling spatial flexibility and adaptability over time. The structure utilizes materials including wood, glass, polycarbonate, drywall, and prefabricated systems, optimizing construction efficiency, reducing costs, and facilitating community participation. For instance, the use of wood allows parents and guardians to contribute to construction through collective workdays, reinforcing the community’s connection to the school space.
 
 
The spatial design prioritizes students’ environmental comfort and sensory experience. Natural lighting is maximized through skylights and clerestory windows, while soft color palettes and appropriate materials enhance well-being and energy efficiency. The school employs LED artificial lighting systems that comply with energy efficiency standards set by INMETRO (the National Institute of Metrology, Quality, and Technology). It also prioritizes the thermal, visual, and acoustic performance of all spaces to ensure optimal learning conditions.
 
 
 
 
 
In 2024, construction began on the first two expansion modules, each capable of accommodating up to 20 students, along with a connecting module that forms a covered courtyard with a pergola.This expansion is designed to support the school’s growth for at least another two years. The modular system’s flexibility allows spaces to be repurposed for other functions in the future. All construction interventions are designed to minimize environmental impact, respect the site’s topography and natural features. The pre-existing natural landscape serves as the foundation for the project, guiding decisions from building placement to material selection. The school space is regarded not merely as a place of instruction, but as an educational tool in itself—where every environmental element can act as a catalyst for learning and social transformation.
 
 
 
By combining mindful architecture, sustainable practices, quality education, and community engagement, the Vila Ninho School project exemplifies how the physical environment can fulfill an essential educational role in contemporary pedagogy. It fosters not only knowledge acquisition, but also citizenship, environmental stewardship, and social responsibility.

 

 

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#提名奖/设计宇宙大奖2025-2026#Environmental Protection#Non-Profit School#Minimal Environmental Impact#Community Engagement#设计宇宙大奖空间类提名奖2025-2026#2025-2026获奖作品#modular architecture#eco-friendly
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