Imagine Montessori School

Sincere materials and forms. Brick provides thermal inertia. Wood insulates and protects. Glass loves light. The school opens to Nature—earth, water, air, sun, life—respecting its environment. It saves water and uses natural air and light reducing its footprint. The pine grove and ravine are valued gifts. A good place. This architecture celebrates these wonders uniting inside and outside. Pleasant areas for play and learning. Clear, explainable construction. Beauty in spaces for staying, meeting and study weave a didactic experience. A school where the building is the first teaching material.

A complex program with diverse users and a demanding site due to topography, regulations, and urban context. These are the challenges. A private client committed to sustainability, architectural quality and inclusivity, who demanded the school express these values. The first step toward a positive outcome. The users are students of various ages, their families and teachers, contributing their experience to the participatory design. The second success element: ensuring their satisfaction and well-being. The third is leveraging site conditions as opportunities. Slopes create access hierarchies and distance the school from traffic. The ravine and pine grove, as biodiversity corridors, form an exciting access route designed to create a lasting memory: "my school is a wooden house I reach by walking through a forest and crossing a bridge." Offering the best views, the school opens to them, letting vegetation unify everything. Here, the building acts as a transition between city and nature.

The building's materiality addresses educational, sustainability, and economic objectives. The brick in the walls and vaults is locally sourced with a low carbon footprint. Through its mass, it provides thermal inertia and climate comfort. The wooden structure, enclosures and insulation reduces the environmental impact. The lack of finishes didactically reveals the school's materiality. Vegetation on façades and roofs serves as a construction material that integrates the building into its natural setting, enhances biodiversity, and provides seasonal sun protection. Passive measures (natural light and ventilation, solar protection, continuous thermal insulation, and thermal inertia) and active design measures (water reduction and recovery, heat recuperators, and photovoltaic panels) reduce energy consumption. These elements lower construction, maintenance, and operational costs, while building automation systems enables monitoring of the school's climate and energy performance.