The state of Victoria is claiming to be a world leader when it comes to best practice for modular construction.
The use of more efficient off-site manufacturing techniques in construction has the potential to improve economic and social outcomes through more efficient use of our limited resources and the ability to deliver more affordable, well-designed and durable construction. Well regulated modular construction will be a key contributor to the realisation of this potential.
Monash University, the Victorian Government, Engineers Australia and industry have combined to deliver what they say is the world’s first Modular Code of Construction Handbook.
Victorian Treasurer Tim Pallas, said the project represented the ability of the industry to collaborate and innovate to deliver world class outcomes.
"Victoria's building and construction industry is a significant driver of our economic growth and also one of our state's largest employers", he said.
"We recognise that the construction industry is rapidly changing and that prefab construction can play an important role in delivering affordable housing, and that new technologies - if used correctly - can transform the industry, and further boost the Victorian economy”.
Monash University Director of Industry Engagement in the Faculty of Engineering Madeleine McManus said the success of the code’s development was in the collaborative work driven by the University.
A Modular Construction Codes Board (MCCB) was established by Professor James Murray-Parkes working with Dr Yu Bai from Monash University. With the support of the university, a steering committee was also established with the Structural Engineering Lead from Laing O’Rourke’s Engineering Excellence Group Angus McFarlane as Chairman.
“This collaboration brought together stakeholders across government, industry and academia with a common focus of raising the bar for the Modular Construction Industry and delivering an international outcome for significant impact,” McManus said.
[Pre-fabricated walling system being lifted by crane. Photo: Forterra]