Sustainable Architecture for Early Childhood: The Sustainable Creche Project

The Sustainable Creche Project, designed by Małgorzata Mikita and Diana Ddd, is a shortlisted entry of Form Follows Climate 2020, standing as a thoughtful exploration of how sustainable architecture can shape early childhood environments. Conceived as a place where creativity meets nature, the project integrates climate‑responsive strategies, playful spatial design, and ecological construction methods to create an environment that nurtures both imagination and environmental awareness.

This creche is more than a functional childcare facility—it is a living educational habitat that reflects principles of sustainability, ecological stewardship, and architectural innovation. By understanding how children interact with space, nature, and climate, the designers created an experience that goes beyond the traditional kindergarten model.

Concept and Design Philosophy

At the heart of the proposal lies a simple yet powerful concept: children learn best when creativity and nature coexist. The building’s overall form imitates playful, irregular shapes reminiscent of children’s blocks or splashes of paint—an intentional cue that reflects imagination and spontaneity.

Colorful terraces shape each level, creating a dynamic and visually stimulating environment. These terraces appear like paint splatters when viewed from above, reinforcing the central theme of creativity. More importantly, they function as micro‑landscapes that connect children with outdoor environments throughout the building.

The designers emphasize the importance of nature in early childhood development. Therefore, the creche incorporates green walls, vibrant outdoor gardens, and natural activity zones, encouraging sensory exploration, ecological awareness, and more balanced emotional development. The design positions the creche as a place “where creativity and nature can meet.”

Spatial Organisation by Age Groups

Each floor in the creche accommodates different age groups, ensuring developmentally appropriate spaces tailored to diverse needs:

Ground Floor – Infants (0–3 years)

This level prioritizes safety, comfort, and visual connection. It features:

• Cribs and infant playrooms
• Calming play zones
• Spaces where parents can observe their children
• Administration and canteen areas

First Floor – Young Children (3–5 years)

Balancing learning and rest, the first floor includes:

• Classrooms
• Playrooms
• A sleeping area

Second Floor – Older Children (6–7 years)

Designed for engaged learning and exploration, this floor offers:

• Larger classrooms
• Interactive play pockets
• Dedicated creative spaces

Basement – Technical and Service Spaces

Functional but essential, the basement houses:

• Storage
• A canteen storeroom
• Heat pump and sustainable mechanical systems
• Delivery and service circulation

This strategic zoning ensures that every age group benefits from environments optimally tuned to their physical, emotional, and cognitive milestones.

Climate‑Responsive and Sustainable Architecture Strategy

The project’s sustainability approach is rooted in climate‑responsive architecture, ensuring comfort, efficiency, and reduced operational energy demands.

Passive Design Strategies

• Southern orientation of major playrooms and activity areas for maximum natural light and winter heat gain.
• Large south‑facing windows to increase solar exposure during cold periods.
• Thick, well‑insulated exterior walls, improving thermal stability.
• Summer shading through terraces, using their overhangs to block high‑angle summer sun.
• Exterior staircases providing direct access between playrooms and playground, optimizing circulation and outdoor readiness.

Active Systems for Energy Efficiency

To further reduce energy consumption, the designers implemented:

• Heat pump systems
• Recuperation (heat recovery ventilation)
• Ground heat exchangers

Although photovoltaic panels were explored, shading limitations due to the site’s solar exposure meant they would not perform optimally. Instead, the team used the available roof space for outdoor play and summer classrooms, enhancing programmatic value.

Shading, Construction, and Climate Analysis

A detailed shading study was conducted at three key times—8:00 AM, 12:00 PM, and 4:00 PM—to examine sunlight penetration across the site. Since the creche receives only a few hours of direct sun daily, efficient solar capture was essential.

Construction Data Highlights:

• Area surface: 3270 m²
• Building area: 768 m²
• Playground: 416 m²
• Green spaces: 1077 m²
• Biologically active surface: 32%

The project's form and layout reflect a deep understanding of these solar patterns. By directing south‑oriented rooms toward the playground and organizing circulation to follow natural light, the building ensures children benefit from the maximum available daylight.

Energy‑Efficient Solutions: A Measured Approach

The project includes comprehensive energy performance calculations, showing how insulation, heat gain patterns, and mechanical systems together minimize consumption.

Key strategies include:

• Optimizing thermal energy balance
• Using recuperation to retain heat in winter
• Allowing controlled ventilation during warmer months
• Increasing wall thickness for improved insulation

These combined strategies create a creche that remains comfortable year‑round with minimal energy demand, exemplifying true sustainable architecture in educational design.

Climate‑Driven Design Decisions

Winters in the project’s region are harsh, limiting children’s outdoor play for several months. Therefore, the designers prioritized:

• Expansive indoor playrooms for winter months
• Exterior playgrounds designed for use between April and October
• Climbing ivy and evergreen vegetation to soften facades and maintain greenery throughout the year
• Integrating seasonal plants to create a changing natural environment that children can observe

These choices not only support comfort but also function as educational tools—teaching children about climate, seasons, and ecological diversity.

Communication and Circulation: A Child‑Centric Flow

The communication diagram reveals a highly intuitive movement system, where circulation paths follow playful, organic geometries. These paths connect:

• Classrooms
• Playrooms
• Terraces
• Outdoor spaces

Children can move seamlessly from indoor learning to outdoor exploration, reinforcing the holistic balance between nature and architecture.

Conceptual Vision: A Space That Shapes Identity

The Sustainable Creche Project aims to create a space that shapes creativity, curiosity, and ecological consciousness. The designers combined multicultural themes, playful geometries, outdoor experiences, and energy‑efficient solutions to build an environment where children feel safe, inspired, and connected to nature.

Key conceptual values include:

• Safety and comfort
• Eco‑friendliness
• Creative exploration
• Colorful, interactive architecture
• Climate‑responsive sustainability

This synthesis elevates the project from a typical childcare center to a forward‑thinking educational environment.

The Sustainable Creche Project stands as a compelling example of how sustainable architecture can transform early childhood spaces. The design responds thoughtfully to climate conditions, educational needs, and environmental responsibility—offering a model for future childcare facilities around the world.

By combining creativity, nature, and energy efficiency, the project demonstrates that architecture for children can—and should—be imaginative, nurturing, and deeply ecological.

A shortlisted entry of Form Follows Climate 2020, this project by Małgorzata Mikita and Diana Ddd showcases how design thinking can shape not only buildings, but also the values and experiences of the next generation.