Research grant awarded to manufacture multi-storey houses
The Australian Government has given The University of Sydney and Lendlease a $3 million grant to undertake a collaborative research project to develop multi-storey housing solutions.
The five year industry-led project received the funding to develop and build prototype housing solutions that use high-tech, renewable materials and advanced manufacturing process.
Lendlease Property CEO Kylie Rampa said the demand for affordable and diverse housing is calling for new housing solutions from industry.
“We aim to bring to market an innovative housing system that is design-led, which will help address affordability issues, while developing advanced manufacturing technologies and techniques for future housing construction."
“The products and industry processes stemming from the project aim to create new jobs, skills, technologies and potentially export opportunities for prefabricated housing to meet the sophisticated needs of homebuyers and builders,” said Kylie Rampa.
University of Sydney associate professor Mathew Aitchison said that the project presents an enormous opportunity to bring innovation to the residential construction market, which has remained largely unchanged in the last 100 years.
“Despite major advances in other manufacturing sectors, innovation in residential construction is lagging.
"This project seeks to drive efficiency and safety benefits and boost Australia’s competitiveness internationally, where we have seen a notable increase in advanced manufacturing in building over the past decade," he said.
“We will focus on developing multi-storey prototype houses that can be adapted for manufacture and customised project to project.
"At the same time, we are looking at ways to reduce risk and waste, while increasing the efficiency, safety, quality, sustainability and diversity of market-ready housing."
The project will develop a range of solutions for the multi-storey housing market that address increasing urban density and residential market demands.