Biomimicry and Biophilic Design – Stepping into Kindergarten

Below are the text and AI images used to design and explore modern-day Kindergartens. I thoroughly enjoyed challenging myself and learned so much! Children deserve the Best!

Thanks to Pernille and Phil, who helped with ideas and the development of this design concept.

This is a speculative design concept — an imaginative exploration of what a biomimicry- and biophilia-inspired kindergarten could look like, blending real design principles with AI-assisted visualisation.

This design concept imagines a real kindergarten built using genuine, currently available biomimicry technologies — from lotus-inspired self-cleaning render to mycelium-grown insulation and lighting — combined into one speculative vision of what’s possible today.

Highlights of this design concept:

• A wood-flake facade inspired by tree growth patterns
• Mycelium-grown light fixtures and insulation
• A “Fairy Tale Library Tower” for storytelling
• Solar trees that generate power while mimicking real trees
• Biomorphic, spiral-inspired interior spaces

Step into the Imaginarium Centre and be captivated by the Joy radiating from the children.

The Imaginarium Centre in Skanderborg, Denmark, is a dynamic, responsive learning environment designed to foster a connection between children and the natural world. Drawing inspiration from both biophilic design and biomimicry, the concept seamlessly integrates the building with its surroundings, embracing the rhythms of nature. 

The strategic placement of windows and skylights maximises natural light and provides dynamic views of the changing seasons. This approach enhances the visual experience and promotes a connection to the natural world’s cycles. Open spaces and direct connection to an outdoor play area create a flexible and adaptable environment that encourages exploration and discovery. The design seeks to maximise ecological well-being rather than simply minimising negative impacts on the environment.

The Imaginarium Centre is more than just a beautiful space; it is a carefully curated ecosystem that provides children with the physical, psychological, and emotional benefits they would find in the neighbouring urban parks, lakes, ponds, or forests.

The design encourages exploration and discovery, sparking every child’s imagination and wonder. 

Site Considerations

The site, a former football field, presents a unique opportunity. The flat terrain and limited existing vegetation provide a blank canvas for creating a learning space that increases biodiversity and maximises learning. The absence of established vegetation presents an opportunity to collaborate with local residents in tree-planting programs. These initiatives increase biodiversity and foster a sense of community. 

Flexibility, Curiosity & Creativity

The Imaginarium Centre’s interior design draws inspiration from nature’s modular and nested components, creating a flexible and adaptable learning environment.  The building’s ground floor features a central core supporting three distinct learning hubs, one for each age group. The central core is interconnected by an in-between area seamlessly transitioning to the outdoor play area, fostering a continuous flow between indoor and outdoor learning experiences.

Organic Shapes

The design embraces biomorphic principles, integrating curvilinear forms and natural elements to foster a stimulating and nurturing environment. The interplay of high ceilings in certain areas evokes a sense of awe and abstract thinking, and lower ceilings in others provide a grounded and focused learning environment, fostering a balanced and stimulating atmosphere.

Incorporating spirals reminiscent of natural forms in staircases and curvilinear elements encourages exploration, interaction, and a sense of flow, mirroring the natural world’s rhythms. While straight lines contribute to understanding order, the design maintains a delicate equilibrium between structured and open spaces. This balance allows focused learning in designated areas while fostering creativity and collaboration in more open zones.

The centre features a captivating two-story round ‘Fairy Tale Library Tower’ designed to foster a love of language and storytelling. This unique space is a hub for rich verbal interactions, storytelling sessions, and conversations, enriching vocabulary and communication skills. The tower’s design provides a quiet storytime retreat area, offering a haven for children seeking a break from the bustling activity of the centre. A dedicated lift ensures accessibility for all children.

Connecting to Local Culture

The Fairy Tale Library Tower, adorned with a dragon, pays homage to the local culture and celebrates the work of a renowned Danish children’s author. This connection to local heritage enriches the learning experience, exposing children to their community’s rich literary traditions.

Welcoming Area & Staff Room

The design has dedicated spaces that foster comfort, connection, and well-being for staff and families. In the welcoming area, there is a small space where parents/caregivers/grandparents can spend time with the child before the start of the day. This fosters a smooth transition into the learning environment. 

The washroom caters to diverse needs, promoting independence and safety for users of all ages and abilities. A designated changing area adjacent to the washroom provides a convenient and private space for clothing changes. Washbasins are installed at various heights, enabling children of different sizes to wash their hands without additional aids like stools. This fosters independence and reduces the risk of falls.

Modular Hub Design

Each hub comprises two stacked, almost circular levels reminiscent of bracket fungi, creating a unique and engaging spatial experience. A series of steps connect these platforms, encouraging exploration and movement. A dedicated lift within each hub ensures accessibility for all children, including those with mobility challenges.

Adaptable Spaces

The design emphasises flexibility through sliding doors on the ground floor. This allows educators to adjust the space’s feel and size to accommodate various learning styles and group sizes. This approach creates a dynamic environment catering to smaller, focused learning sessions and larger, collaborative activities.

Catering to Diverse Needs

The Imaginarium Centre recognises the importance of creating spaces that cater to a diverse range of needs. The design incorporates dedicated areas for calm reflection, providing a sanctuary for highly sensitive children and busier areas for interaction and play, catering to children with high activity levels. 

Greenery as a Design Element

The strategic placement of non-toxic, non-flowering plants throughout the indoor spaces serves aesthetic and functional purposes. Greenery has been shown to reduce anxiety, enhance attention, and create a more calming and stimulating environment.

Learning is Everywhere                                                                                                                           

Dedicated teaching areas are clutter-free, fostering a focused, organised learning atmosphere. Materials and books are neatly stored in boxes along the walls, ensuring easy access while maintaining a sense of order and focus. There is also a separate storage room.

Learning spaces featuring large tables allow educators to create engaging prompts that spark further exploration and collaborative learning. Resources such as light and sand tables and regularly changing displays ensure a stimulating and fresh learning experience.

Personalised Space to Showcase Creations

Each child has a designated, personalised space – their own ‘otter’s nest’ – to showcase their creations. This dedicated area fosters a sense of ownership and pride, allowing children to complete their thoughts and constructions without interruption. The flexibility of carrying over activities into subsequent days encourages extended exploration and deeper engagement.

Creating a Stimulating Learning Environment

The dedicated teaching areas aim to calm and focus children. The spaces feel warm and inviting, utilising soft and natural materials. Large oval and organic-shaped green rugs cover portions of the floor, offering comfortable and flexible seating. 

Underfloor heating ensures a warm and inviting floor surface, complementing the space’s overall comfort and energy efficiency. The energy-positive kindergarten features an HVAC system that provides optimal temperature control, humidity management, and improved indoor air quality.

Small wooden chairs and tables, crafted from natural pale wood, provide functional and aesthetically pleasing furniture for learning activities.

Lightning

Low-hanging lamps and colours inspired by nature (earth, sky, water, foliage) create a tranquil atmosphere. Green and blue hues, known for their calming and restorative qualities, further enhance the sense of serenity and connection to the environment.

Mycelium light fixtures, grown from mushrooms, provide a unique and sustainable lighting solution. They offer opportunities for exploration into bio-design and circular economy concepts. These biodegradable lamps produce a soft, diffused light, further contributing to the calming ambience.

Embracing Sustainability and Biomimicry 

This learning centre embraces sustainability and local materials as core design principles. The wooden facade showcases a compelling example of biomimicry, employing wood-flake construction technology inspired by the efficient and sustainable growth patterns observed in trees.

This innovative approach allows for using smaller branches and diverse wood types, promoting sustainable forestry practices and reducing transportation costs and carbon footprint. The material’s flexibility creates dynamic and diverse learning spaces with varying wood colours and textures. This versatility extends beyond the interior, as the same material is used for the large, curved outdoor table, seamlessly integrating the indoor and outdoor learning environments into a cohesive whole.

Noise Reduction

Noise reduction is a key consideration in creating a conducive learning environment. Mushroom bricks and specialised sound-absorbing paint are strategically employed in areas like the staff room to minimise noise levels. Sound-absorbing elements like rugs, pillows, and curtains are incorporated throughout the interior spaces to create quieter and more focused learning atmospheres.

Solar Tree and Solar Spheres

The learning centre is carbon-negative, actively contributing to carbon sequestration. Solar trees in the garden, solar panels on the roof, and a south-facing façade maximise solar energy harvesting, reducing reliance on fossil fuels and minimising the carbon footprint. Part of the roof is curved, so solar spheres are installed. These utilise a curved design to maximise light capture from various angles. 

Insulation using Mycelium, Environmental Concrete and  Collection of Rainwater

Triple-glazed windows minimise heat loss and gain, creating a comfortable and energy-efficient interior. The building utilises innovative insulation materials like mycelium and ORB (organic refuse bio-compound). The insulation material’s design mimics natural processes like nutrient cycling or ecological recycling. Passive design techniques, such as natural daylighting and ventilation, minimise energy consumption by leveraging sunlight for warmth and natural breezes for cooling.

Low-embodied energy materials, including environmental concrete, remove more carbon from the atmosphere than they emit and are prioritised throughout construction. Guttering strategically placed along the roof edges captures rainwater into a water butt. The collected rainwater could later be used for toilet flushing, reducing reliance on municipal water supplies. 

Outdoor Courageous Active Play

Reclaimed bricks, a nod to Skanderborg’s history, form walls around the play area. These walls feature a lotus-inspired render, symbolising purity and beauty. They also offer self-cleaning and weather-resistant properties, crucial for the area’s increasing rainfall due to climate change.

The Imaginarium Centre embraces courageous play, recognising children’s innate desire to challenge themselves and push their boundaries. The design, rooted in limitless possibilities, encourages exploration and self-discovery, fostering independence and a love of nature.

The outdoor space serves as a playground for physical development, offering opportunities to run, climb, and play ball. The play area and equipment, designed with a forward-thinking approach to cater to children’s evolving needs, incorporate sustainable materials and various textures, elevations, and spatial configurations. This intentional design fosters exploration and understanding of the world.

Mud kitchens, sandpits, and open-ended water features provide endless creative and sensory exploration opportunities. Low-placed swings, including tyre swings and cocoons, enhance children’s autonomy and encourage independent play.

Educational Play and Sensory Experiences

Play materials, carefully chosen for fun and learning, emphasise responsibility and respect for breakable items. Ceramic teapots and mugs replace plastic, while metal and wooden items provide valuable educational experiences. 

A trickling water wall creates a soothing soundscape, enhancing the connection to nature. A living moss wall offers a unique biophilic design element, enhancing the sensory experience through its tactile texture and vibrant green hues. This vertical garden provides materials for creative art projects and inspiration for imaginative play.  

A large central table serves as a gathering space for children and educators.

Solar panel trees mimic the function of real trees. They provide energy for the learning centre and act as sunshades. Their rotating panels capture maximum sunlight, while their stems and twigs generate electricity through movement.

Creative Exploration and Sustainability

A dedicated creative space featuring recycled materials encourages hands-on experimentation and inquiry-based learning. Children can create artwork and explore potential solutions to problems.

The building, roof, and garden planted with native plants attract birds, mammals, and pollinators, creating a haven for wildlife and wildflowers. The selected plants increase carbon storage and help the centre prepare to cope with predicted increases in rainfall. A green roof garden enhances the building’s green credentials by providing habitat for local flora and fauna and absorbing atmospheric carbon dioxide.

Financial and Ecological Footprint

This learning centre prioritises environmental sustainability through a comprehensive approach to minimising its ecological footprint. Danish wood for the facade and outdoor table reduces transportation distances and associated emissions. Locally manufactured solar spheres promote a circular economy and support regional industry. Thus, the cost to the environment is low.

Although the overall building cost might be higher, savings are made by using solar energy and maximising light intake during the darker seasons, reducing energy consumption. A mixture of more costly investments, such as mushroom lightening, with using second-hand learning equipment, such as proper ceramic mugs and metal cooking sets for the mud kitchen, helps to keep the overall monetary cost down. 

Community Engagement 

The learning centre’s open weekend policy encourages community interaction and fosters a sense of shared space. The outdoor play area and fairy towers offer flexible spaces suitable for theatre and music performances, promoting creativity and cultural expression and building a strong community.

This design concept imagines a real kindergarten built using genuine, currently available biomimicry technologies — from lotus-inspired self-cleaning render to mycelium-grown insulation and lighting — combined into one speculative vision of what’s possible today.

Sources

• AskNature, Paint Inspired by Lotus Leaves Creates Self-Cleaning and Antifouling Surfaces
• Dezeen, Mycelium is “part of the solution” to carbon-negative buildings
• Parametric Architecture, From Fungi to Foundations: Mycelium in Construction

AI was used as a Thinking Partner.