Swinburne to be theme leader in $12.6m maritime project
Swinburne bioengineering expert Associate Professor Scott Wade will lead one of two themes within the new $12.6 million ARC Industrial Transformation Training Centre for Biofilm Research and Innovation
In summary
- The Industrial Transformation Training Centre for Biofilm Research and Innovation, to be based at Flinders University, has been funded by the Australian Research Council
- Swinburne University of Technology will lead a research theme within a new $12.6 million maritime initiative
- The centre aims to transform how shipping vessels tackle the issue of biofilms
Swinburne University of Technology will lead a research theme within a new $12.6 million maritime initiative.
The Industrial Transformation Training Centre for Biofilm Research and Innovation, to be based at Flinders University, has been funded by the Australian Research Council (ARC).
The centre aims to transform how shipping vessels and other marine infrastructure tackle the issue of biofilms. Beyond research, it will mentor and train the next generation in this important microbiological expertise.
The microorganisms costing us billions
Biofilms cost industry billions of dollars a year. These communities of microorganisms form of surfaces like the underside of ships and structures in the water. They cause damage to fisheries infrastructure and maritime platforms and compromise the stability of stability of oil and gas platforms, the efficiency of water treatment processes and the functioning of navigational buoys.
Swinburne takes the lead
Swinburne will lead one of two research themes within the centre, “Understanding fouling issues inside maritime platforms and manufactured water systems”, led by bioengineering expert Associate Professor Scott Wade.
Swinburne researchers will be involved in six of the 15 proposed research projects and will receive over $1 million in funding.
Associate Professor Scott Wade says, “This centre will establish a dynamic environment for industry partners, students and scientists to collaborate and develop biofilm management strategies.
-
Media Enquiries
Related articles
-
- University
Update on 131-133 Union Street, Windsor - December 2025
A December 2025 update from Swinburne University of Technology on the property at 131–133 Union Street, Windsor.
Monday 08 December 2025 -
- University
Swinburne launches Australian-first Undergraduate Certificate of Higher Education Studies
Swinburne has launched an Undergraduate Certificate of Higher Education, in an Australian-first that offers a new formal qualification to those who complete tertiary education but fall short of a degree.
Wednesday 10 December 2025 -
- Astronomy
- Technology
- Health
- Science
- University
- Sustainability
- Engineering
Swinburne highly cited researchers reach the top in 12 fields
Ten Swinburne academics have been named on the Highly Cited Researchers 2025 list, released by Clarivate
Tuesday 02 December 2025 -
- Science
- Engineering
Swinburne secures grant to advance next-generation metamaterials research
Swinburne physicist Dr Weibai Li has received a Discovery Early Career Researcher Award from the Australian Research Council
Tuesday 02 December 2025 -
- University
Over 550 students don caps and gowns to graduate from Children’s University Swinburne
Over 550 students from 34 schools have graduated from Children’s University Swinburne, celebrating over 45,000 hours of learning beyond the classroom this year.
Wednesday 03 December 2025