Friday, March 13, 2026
The new Gosford campus of the University of Newcastle has officially opened, introducing a significant development in Australian timber construction. The $58 million facility features what is widely considered the first fully curved mass timber façade built in the country. Located in Gosford on the Central Coast of New South Wales, the three-storey campus has quickly become a visual landmark in the region.
The building stands at 305 Mann Street and has already gained attention across the Central Coast. Images of the structure are widely shared online. The distinctive timber façade has become one of the most recognisable architectural features in the area. Students will begin attending classes at the campus during the first semester of 2026.
Curving timber across a large façade presents considerable engineering challenges. Timber naturally performs best when used in straight structural components. Creating curved elements at a building scale requires advanced design solutions and close collaboration between specialists.
The engineering solution was developed through a partnership between Austrian timber manufacturer Rubner Group and Australian structural engineering firm Northrop Consulting Engineers. Their combined expertise enabled the complex design to be translated into a workable structural system.
According to Paolo Aschieri, director of Theca Timber, the engineering collaboration was critical to the project’s success. The teams worked closely to convert the architectural concept into a structural reality while maintaining technical performance and safety requirements.
Construction of the project was delivered by Hansen Yuncken. Installation of the timber components was completed by Savcon. The structure incorporates substantial volumes of engineered timber throughout the building.
Approximately 550 cubic metres of cross-laminated timber were used for key structural elements. Around 480 cubic metres of glue-laminated timber form additional components of the superstructure. These materials allowed the complex façade design to be realised while maintaining structural stability.
The architectural concept was developed by Lyons Architecture in collaboration with EJE Architecture. Despite the technical complexity involved, the building was delivered according to schedule and within the allocated project budget.
Delivering the project within budget is particularly notable in the current construction climate. Material costs have increased across many sectors. Structural steel prices, in particular, have risen significantly in recent years.
Against this background, the Gosford campus demonstrates how mass timber construction can provide an effective alternative. The project shows that complex timber structures can be delivered efficiently while maintaining cost and schedule targets.
The successful delivery of the building in a regional market also highlights the growing maturity of engineered timber construction in Australia.
The curved timber façade represents a major step forward for architectural design in Australia. Structures of this type are rarely attempted at such scale within the country. The project therefore marks an important milestone for the timber construction sector.
Engineered timber systems are increasingly being adopted in educational infrastructure projects. Universities are exploring these materials to support sustainability goals and reduce carbon emissions associated with building construction.
The Gosford campus reflects this shift towards more environmentally responsible design approaches.
Environmental performance was a key consideration throughout the project. The building has been designed to achieve a six-star rating under the Green Star sustainability framework.
Much of the building’s environmental performance is attributed to the extensive use of engineered timber. Timber stores carbon throughout its lifecycle, making it an attractive option for low-carbon construction strategies.
This approach aligns with broader industry efforts to reduce the environmental impact of buildings and infrastructure.
The campus was developed through a partnership involving the Australian Government, the Government of New South Wales, and the University of Newcastle. The investment aims to strengthen access to higher education across the Central Coast region.
More than 900 students are expected to study at the facility within the next decade. Academic programmes offered at the campus include allied health, bioscience, law, business, and digital transformation.
The first cohort of students has already begun attending classes at the new facility this month.
The Gosford campus demonstrates how innovative timber engineering can expand architectural possibilities. Curved timber structures of this scale had rarely been realised in Australia before.
For the construction industry, the project serves as an example of how collaboration between international timber specialists and local engineering firms can produce technically ambitious buildings.
The facility now stands as a landmark project for sustainable construction and timber architecture in Australia.
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Tags: cross laminated timber building, glulam timber structure, mass timber construction Australia, mass timber façade, University of Newcastle, wood and panel, woodworking industry
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