Koala Habitat in Mount Tamborine Reimagines Sustainable Wildlife Architecture in Australia

As climate change intensifies bushfires across Australia, architecture is increasingly being called upon to respond not only to human needs but also to the survival of vulnerable wildlife. The project Koala Habitat in Mount Tamborine - Australia, designed by Elżbieta Jaworska, presents a compelling vision for sustainable wildlife architecture through a dedicated koala habitat in Mount Tamborine, Queensland, Australia. Developed as a shortlisted entry for the Haven 2020 competition, the proposal combines ecological sensitivity, fire resilience, and adaptive spatial design to create a sanctuary capable of protecting one of Australia’s most iconic species.

The project addresses an urgent environmental reality. Koalas have become increasingly threatened by habitat destruction, extreme heat, and devastating wildfires that continue to impact large areas of Australia’s natural landscape. Rather than approaching architecture as an isolated object, NOAH’S ARC 2.0 positions the building as an integrated environmental system where nature, safety, medical care, and public awareness coexist within a carefully controlled framework.

At the core of the proposal is the idea of architecture as refuge. The facility is designed to function as a secure emergency environment for koalas during wildfire events while also supporting long-term rehabilitation and public education. The design merges hospital functions, administration spaces, technical infrastructure, and museum areas into a unified ecological campus surrounded by greenery and open circulation paths.

The architecture itself reflects a highly rational and modular composition. Large rectilinear volumes are positioned within a controlled perimeter, creating a protective envelope around inner landscapes populated with vegetation and shaded pathways. The lightweight steel structural system supports transparent roof elements and movable enclosure panels, allowing the building to adapt according to environmental conditions. During normal operation, the habitat remains open and breathable, encouraging natural airflow and visual continuity between architecture and landscape. In emergency conditions, however, the structure can become fully enclosed, protecting both animals and staff from smoke and fire exposure.

One of the project’s most significant architectural strategies is its integration of fire-resistant infrastructure. The building incorporates a dedicated water retention system capable of spraying the structure with water as fires approach nearby areas. This transforms the building envelope into an active defensive mechanism rather than a passive shell. In regions increasingly affected by climate disasters, such resilient architectural systems are becoming critical components of sustainable design.

The spatial organization of NOAH’S ARC 2.0 also reveals a strong emphasis on coexistence between humans and wildlife. Visitors are guided through interactive museum spaces and observation zones that raise awareness about koala conservation while maintaining careful separation from rehabilitation and medical facilities. Elevated walkways, transparent roofs, and internal gardens create an immersive experience where architecture frames the natural environment rather than overpowering it.

Within the complex, the koala hospital contains consultation rooms, laboratories, operation theaters, intensive care units, and recovery areas designed specifically for wildlife treatment. These spaces are complemented by staff support facilities including kitchens, dining areas, and administrative offices. The inclusion of a technical building with morgue and supply functions ensures that the project operates as a fully autonomous rescue and rehabilitation center.

Visually, the project adopts a restrained industrial aesthetic balanced by abundant greenery and natural light. The exposed steel framework conveys structural clarity while the warm-toned enclosure panels create contrast against the surrounding Australian landscape. Transparent roofing systems allow sunlight to penetrate deep into the building, supporting vegetation growth within internal courtyards and circulation areas. This integration of architecture and landscape reinforces the project’s ecological ambitions and creates a calming environment for both animals and visitors.

The site planning further strengthens the project’s environmental responsiveness. Located within the forested terrain of Mount Tamborine, the proposal carefully preserves surrounding vegetation while organizing circulation routes around existing natural systems. The architecture does not attempt to dominate the site. Instead, it acts as a protective layer embedded within the landscape, emphasizing restoration and ecological continuity.

NOAH’S ARC 2.0 ultimately demonstrates how sustainable wildlife architecture can move beyond symbolic environmental gestures and become a practical tool for ecological resilience. The project responds directly to the growing challenges facing Australia’s wildlife while proposing a future where architecture actively participates in conservation efforts.

As environmental crises continue to reshape the relationship between cities, landscapes, and ecosystems, projects like NOAH’S ARC 2.0 reveal the expanding role of architecture in protecting biodiversity. Through adaptive systems, resilient infrastructure, and a deep integration with nature, Elżbieta Jaworska’s proposal transforms architectural design into a mechanism of care, survival, and coexistence.

Project by Elżbieta Jaworska

Shortlisted entry of Haven 2020