Natural Inclusion: A Model for Sustainable School ArchitectureNatural Inclusion: A Model for Sustainable School Architecture

Natural Inclusion: A Model for Sustainable School Architecture

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UNI Editorial published Story under Educational Building, Furniture Design on

Project by Chris Lee

Shortlisted entry of Learn Better

In an era where architecture and education increasingly intersect, this proposal redefines what a sustainable learning environment can look like. Rooted in the principles of sustainable school architecture, the project known as "Natural Inclusion" integrates nature directly into the educational ecosystem.

At its core, the design challenges the conventional boundaries of learning by embedding agricultural education within the school’s infrastructure. By introducing programs like rooftop playgrounds, greenhouses, and school farming centers, the school nurtures not just intellectual growth, but also emotional and environmental intelligence.

Daylit learning corridor designed for exploration, movement, and child-safe transitions.
Daylit learning corridor designed for exploration, movement, and child-safe transitions.
Blending dining, farming, and flexible design to cultivate health, sustainability, and innovation.
Blending dining, farming, and flexible design to cultivate health, sustainability, and innovation.

Children are encouraged to develop skills across diverse disciplines — from science and math to leadership and technology — through hands-on interaction with nature. This immersive approach supports holistic development while fostering a deep respect for ecological systems. The architectural layout separates vehicular and pedestrian access to ensure child safety and employs green terraces that extend learning spaces vertically.

The multi-level configuration of the school ensures optimal zoning — kindergarten and upper-grade areas are isolated for age-appropriate engagement, while community-friendly access points support public interaction with outdoor courts and tracks. The farming center and greenhouse serve as functional classrooms, enabling students to cultivate, observe, and learn about food systems and sustainability in real time.

Welcoming green approach path connecting architecture with outdoor learning landscapes.
Welcoming green approach path connecting architecture with outdoor learning landscapes.
Child-safe transportation zones designed with eco-friendly mobility in mind.
Child-safe transportation zones designed with eco-friendly mobility in mind.

Design elements such as a sun-lit cafeteria, a tech-integrated computer lab, and flexible classrooms are all woven into a structure that visually and functionally embraces its natural context. The result is an inclusive architecture that transcends walls — promoting thinking, feeling, and doing as an integrated educational philosophy.

Chris Lee’s shortlisted entry in the Learn Better competition stands out as a pioneering effort in sustainable school design — one that anticipates future educational needs by rooting them in nature and community.

Multi-level green terraces extend classrooms into nature and play.
Multi-level green terraces extend classrooms into nature and play.
Cut-through diagram showing vertical learning layers and spatial zoning strategies.
Cut-through diagram showing vertical learning layers and spatial zoning strategies.
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