Wildlife Rehabilitation Architecture in Australia: A Regenerative Sanctuary for Koalas by Philip Skein and Keegan Mayber

As environmental destruction continues to threaten biodiversity across Australia, architecture is increasingly being called upon to serve purposes beyond human occupation. #LET’S MAKE A HABITAT by Philip Skein and Keegan Maybery responds to this urgent ecological reality through a visionary wildlife rehabilitation architecture project that combines conservation, healing, education, and regenerative design.

Editor's Choice entry of Haven 2020

Located in Mount Tamborine, Queensland, the proposal addresses the devastating effects of bushfires, deforestation, and habitat fragmentation on koala populations and native ecosystems. Rather than creating a conventional animal care facility, the project proposes an immersive environmental sanctuary that actively repairs ecological damage while educating visitors about the fragile relationship between humans and wildlife.

The architecture is conceived not as an isolated object placed within nature, but as a living environmental framework that participates in the restoration of the surrounding landscape.

Regenerative Architecture Rooted in Ecological Responsibility

The project begins with a critical observation: human intervention has become one of the primary causes of habitat destruction and wildlife displacement. In response, the design adopts a bio-centric architectural approach that prioritizes ecological healing over visual monumentality.

The proposal promotes a shift in how rehabilitation facilities are traditionally designed. Instead of simply treating injured animals, the architecture seeks to create systems of environmental awareness, prevention, and regeneration that operate across multiple scales.

This philosophy is embedded throughout the project, influencing material choices, circulation systems, spatial organization, and the relationship between the building and the surrounding terrain.

By positioning architecture as an active participant within the ecosystem, the project establishes a framework for regenerative architecture that gives back to the environment rather than extracting from it.

Reconnecting Fragmented Wildlife Habitats

The selected site in Queensland is understood as a fractured ecological condition where natural wildlife corridors have been interrupted by human development.

Rather than resisting the existing landscape, the architecture adapts itself to the site’s natural systems. A valley running through the terrain becomes the conceptual and spatial anchor of the proposal. Instead of obstructing this environmental pathway, the building bridges over it, allowing water movement and wildlife circulation to continue naturally beneath the structure.

This gesture transforms the architecture into an ecological connector.

Elevated timber stilts reduce the building’s physical footprint while minimizing disruption to the forest floor. The elevated condition also creates shaded zones underneath the structure where vegetation and wildlife can continue to thrive.

The site planning strategy carefully integrates the sanctuary into the surrounding eucalyptus landscape, allowing the architecture to visually dissolve into the environment while maintaining critical rehabilitation and educational functions.

A Layered Environmental Design Strategy

One of the defining characteristics of the project is its layered architectural system inspired by endemic forest environments.

The proposal studies the spatial and environmental qualities of Queensland’s native ecosystems and translates them into built form through multiple interconnected layers.

The building’s arrangement loosely mimics the irregular crown shyness phenomenon observed within tree canopies, where branches naturally avoid touching one another. This creates constantly shifting light conditions, fragmented shadows, and organic circulation pathways across the site.

An organically woven timber trellis wraps around portions of the architecture, functioning as:

• A passive environmental shading system
• A substrate for vegetation growth
• A wildlife habitat layer
• A porous climatic membrane
• A visual filter between architecture and forest

Over time, this bio-skin becomes inhabited by plants and naturally assimilates into the surrounding landscape.

The project intentionally embraces weathering, aging, and material transformation. Repurposed metals are designed to oxidize over time, while salvaged charred eucalyptus timber references the devastating impact of Australian bushfires.

Rather than resisting decay, the architecture accepts the passage of time as part of its environmental identity.

Healing Through Biophilic Architecture

The sanctuary is organized around spaces dedicated to rehabilitation, medical care, research, public education, and ecological awareness.

Medical clinics, rehabilitation zones, sanctuary spaces, and recovery facilities are carefully integrated into the natural terrain while maintaining strong visual and sensory relationships with the surrounding environment.

The design is heavily influenced by biophilic architecture principles. Interior spaces open toward courtyards, planted terraces, and forest views, ensuring that both humans and animals remain constantly connected to nature.

Natural ventilation, filtered daylight, vegetation, and open circulation systems contribute to calming and restorative environments for injured wildlife.

The project recognizes that healing is not solely a medical process but also an environmental and emotional experience.

Visitors move through carefully orchestrated pathways that expose them to the realities of habitat destruction while simultaneously revealing the possibility of regeneration and coexistence.

The Sensory Forest: Architecture as Environmental Awareness

One of the project’s most emotionally powerful spaces is the “Sensory Forest,” an immersive memorial environment constructed from reclaimed burnt timber.

Designed to evoke the trauma experienced during forest fires, the darkened installation immerses visitors within a disorienting atmosphere of charcoal, smoke, falling water, and fragmented lighting.

The experience intentionally creates discomfort and vulnerability, encouraging visitors to emotionally engage with the devastating consequences of environmental destruction.

Rather than communicating through statistics alone, the architecture uses atmosphere and sensory immersion to create empathy.

This spatial sequence transforms the sanctuary into both a healing center and an educational experience, reinforcing the project’s broader mission of environmental consciousness.

Sustainable Construction and Material Systems

Sustainability is integrated into every aspect of the proposal through passive environmental strategies, regenerative construction systems, and low-impact material selection.

The building utilizes a prefabricated component-based structural methodology that minimizes on-site construction time and reduces disruption to wildlife habitats.

A standardized timber structural frame reduces material waste while improving construction efficiency.

Additional sustainable systems include:

• Passive ventilation through louvered openings
• Ventilated façade systems
• Green roof systems for insulation
• Solar water heating
• Small-scale wind energy systems
• Eco sewage treatment systems
• Reclaimed and recycled building materials

The architecture demonstrates how wildlife rehabilitation facilities can operate as environmentally responsive systems rather than resource-intensive institutions.

A New Direction for Wildlife Conservation Architecture

#LET’S MAKE A HABITAT proposes a future where architecture actively participates in ecological restoration.

By combining wildlife rehabilitation, environmental education, regenerative material systems, and immersive spatial experiences, the project expands the role of architecture beyond shelter and infrastructure.

Philip Skein and Keegan Maybery present an architectural vision that is deeply rooted in empathy, environmental stewardship, and coexistence. The proposal challenges conventional notions of permanence and dominance, instead embracing adaptation, decay, regeneration, and ecological integration.

Through its regenerative architecture approach, the project offers a compelling model for future wildlife conservation facilities in Australia and beyond.

Rather than standing apart from nature, the architecture becomes part of it.