Swinburne researchers succeed in latest ARC Discovery Projects
Swinburne University researchers have been awarded more than $6.1 million in funding, across 12 projects.
In summary
Swinburne University researchers have been awarded more than $6.1 million in funding by the 2024 ARC Discovery Projects scheme.
The 12 Swinburne-led Discovery projects span financial abuse, modular buildings, quantum time crystals and quantum polaritons, 3D printing concrete and 4D origami structures, micro-optics, cell attachment to artificial bones and cell signalling, AI tools for software development, and bubble clouds in waves.
The Discovery Projects scheme aims to expand Australia’s knowledge base and research capacity, and deliver economic, commercial, environmental, social and cultural benefits.
Swinburne University of Technology researchers have achieved tremendous success in the latest Australian Research Council (ARC) Discovery Projects scheme, receiving more than $6.1 million in combined funding for 12 Swinburne-led projects.
Commencing in 2024, the 12 projects span a wide range of research topics. They will deliver research excellence in areas including financial abuse, modular buildings, quantum time crystals and quantum polaritons, 3D printing concrete and 4D origami structures, micro-optics, cell attachment to artificial bones and cell signalling, AI tools for software development, and bubble clouds in waves.
Swinburne’s success rate in this year’s Discovery Projects scheme was 30 per cent, a significantly higher rate compared to the national success rate of 16 per cent.
Swinburne’s Professor Karen Hapgood, Deputy Vice-Chancellor Research, said the latest ARC funding success is a testament to the impactful work underway by our researchers.
“This is an outstanding result for our research community. These projects reflect the world-leading research being done across Swinburne to help drive change that will positively impact society,” Professor Hapgood said.
“I congratulate everyone involved and look forward to the successful outcomes from these 12 exciting projects.”
ARC Discovery Projects
The Swinburne researchers leading ARC Discovery Projects in 2024 are:
Professor Peter Kingshott and Professor Elena Ivanova ($565,000) for the project Nanoengineered hybrid coatings that control inflammation to artificial bone.
Professor James Ogloff, Dr Benjamin Spivak, Professor Marilyn McMahon and Professor Michael Daffern ($680,000) for the project Examining the impact of remand and the utility of bail risk assessments.
Professor Guoxing Lu and Dr Jianjun Zhang ($387,000) for the project 4D printed origami structures: Deformation mechanisms and mechanics.
Professor Saulius Juodkazis, Professor Jonathan Lawrence and Associate Professor Vijayakumar Anand ($528,000) for the project 3D integrated crystalline UV optical lens-fiber couplers for astronomy.
Professor Xiaodong Huang, Associate Professor Shiwei Zhou and Dr Sayanthan Ramakrishnan ($520,000) for the project Optimisation of buildable structures for 3D concrete printing.
Professor Yang Xiang, Associate Professor Sheng Wen and Dr Xiaogang Zhu ($497,000) for the project Attribution of machine-generated code for accountability.
Professor Sarah Russell, Dr Mirren Charnley, Professor Federico Frascoli, Professor Damien Hicks and Professor Patrick Humbert ($664,000) for the project Mapping the integration of T cell fate control across time and space.
Professor Peter Hannaford, Professor Krzysztof Sacha, Professor Andrei Sidorov and Associate Professor Hui Hu ($534,000) for the project Big time crystals: a new paradigm in condensed matter.
Professor Emad Gad, Associate Professor Javad Hashemi, Professor Olivia Mirza, Professor George Clifton and Professor James Lim ($366,000) for the project Robustness-orientated and serviceable design of innovative modular buildings.
Professor Kay Cook, Dr Rachael Burgin and Dr Georgina Dimopoulos ($380,000) for the project Developing systemic interventions for intimate partner financial abuse.
Professor Richard Manasseh and Professor Andrew Ooi ($541,000) for the project Bubble clouds in ocean waves.
Professor Xia-Ji Liu and Dr Han Pu ($457,000) for the project Making strong interacting photons.
The Discovery Projects scheme aims to expand Australia’s knowledge base and research capacity, and deliver economic, commercial, environmental, social and/or cultural benefits for Australia.
-
Media Enquiries
Related articles
-
- Technology
- Health
Epilepsy and high blood pressure in the sights of Swinburne’s $2.7 million in NHMRC funding
Swinburne has successfully secured $2.7 million in the latest round of National Health and Medical Research Council (NHMRC) Project Grants to address two major health concerns for millions of Australians: high blood pressure and epilepsy.
Wednesday 18 December 2024 -
- Astronomy
- Technology
- Science
Australia’s moon rover takes off with Swinburne University of Technology developing critical technology for success
Swinburne University of Technology has been selected as a research university that will deliver key technology for Australia’s first lunar rover.
Tuesday 17 December 2024 -
- Astronomy
- Education
- Science
- University
Swinburne’s Professor Matthew Bailes honoured with 2024 Prime Minister’s Prize for Science
Swinburne’s Professor Matthew Bailes has been awarded the 2024 Prime Minister’s Prize for Science for his pioneering work in astrophysics, particularly his discovery of fast radio bursts (FRBs).
Wednesday 09 October 2024 -
- Sustainability
International project makes hydrogen storage lighter for future transport
Swinburne has collaborated with the University of Stuttgart to create an innovative new hydrogen storage technology could lead to safer, lighter and faster zero emissions transport in the future.
Tuesday 15 October 2024 -
- Science
- Student News
Swinburne students demonstrate how science can solve social issues
Over 120 Swinburne University Bachelor of Science students created solutions for issues faced by City of Boroondara Council through a scientific lens, using their knowledge in biotech, chemistry, maths, data analysis, engineering and software engineering.
Thursday 26 September 2024