Meet FLEET Program

The Meet FLEET program will highlight opportunities for Australian companies to co-develop advanced technologies into deep-tech applications that create growth and value. Opportunities exist for joint R&D programs, new product development and co-creation of IP by leveraging FLEET research expertise with your own technology development capabilities. 

Download Meet FLEET Program Booklet
Program
1:45 PMRegistration
2:00 PMBudyeri kamaru!
MC Tich-Lam Nguyen, FLEET Chief Operations Officer
Welcome from UNSW Host Dane McCamey, Pro Vice-Chancellor Research, UNSW
2:05 PMPresentation: FLEET capabilities
Alex Hamilton, FLEET Deputy Director
2:20 PMPanel Discussion – Innovation agents
Hugh Durrant-Whyte, Office of the NSW Chief Scientist & Engineer
Fiona Broussard, Monash
Julie Wheway, AusIndustry, DISR
Laura Droessler-Dansie, UNSW Knowledge Exchange
3:00 PMPanel Discussion – Science-in-industry veterans
Kavan Modi, NSW Transport
Biliana Rajevic, Quantum Brilliance
Chris Vale, CSIRO Quantum
Andrew Dzurak, Diraq
Alan Kobussen, Rio Tinto Exploration
3:45 PMPoster session
Networking
5:00 PMEvent concludes
Panel Discussion – Innovation agents

This panel brings together key enablers of industry-academia collaborations, including university and government agency representatives. The discussion will cover a range of topics including business development support provided by universities and government agencies, the diverse collaboration mechanisms at play, various engagement models employed, the spectrum of funding opportunities and grant schemes accessible to foster these partnerships, and the potential government funding support that can catalyse innovative collaborations between the academic and industrial sectors.

Panel Discussion – Science-in-industry veterans

The panel features those who have navigated the complex landscape of academia-industry collaboration, providing valuable insights gained from their experiences. They will share lessons learned from academia-industry partnerships, the inherent opportunities, and the barriers that often accompany such engagements. Additionally, the panel will explore the growing need for a quantum-trained workforce, pinpointing opportunities for developing such talent and exploring what resources are available to ensure a continuous and thriving pipeline of collaborative initiatives.

Technologies to be presented
Research TeamTechnology
Julian Ceddia, Monash
Agustin Schiffrin, Monash
Scanbot: An STM automation bot
Gary Beane, Monash
Agustin Schiffrin, Monash
Terahertz frequency switching in graphene
Yoni Ashlea-Alava, UNSW
Alex Hamilton, UNSW
Ultra-low-noise transistors and quantum devices
David Cortie, ANSTO/UOW
Julia Karel, Monash
High-performing n-type thermoelectrics based on bulk porous topological insulators
Mitch Conway (Swinburne)
Jack Muir (CSIRO)
Abby Goff (JMSS)
Manufacturing advanced quantum materials: Monolayer semiconducting TMDCs
Julia Karel, Monash
David Cortie, ANSTO/UOW
Topological thermoelectric films with controlled porosity
Michael Barson, MonashHigh-bandwidth vector magnetometry for communication and navigation
Mark Edmonds, Monash
Michael Fuhrer, Monash
Towards high-temperature lossless electronics
Michael Fuhrer, Monash
Mark Edmonds, Monash
Next generation low-energy transistors
Priyank Kumar, UNSW
Dipan Kundu, UNSW
Safe, affordable and durable zinc-ion batteries
Maedehsadat Mousavi, UNSW
Supercapacitors - the future of energy storage
Cheng Tan, RMIT
Sumeet Walia, RMIT
Visible switching coatings for smart windows​
Torben Daeneke, RMIT
Patjaree Aukarasereenont, RMIT
Aluminium oxides-based LED encapsulant
Sudha Mokkapati, MonashAutomated sensors for stand-off detection of toxic gases
Sudha Mokkapati, MonashBiosensors for point of care testing
Zhi Li, UNSWHigh-temperature superconducting electronics
Junedh Mohammed, UTS
Francesca Iacopi, UTS
Wearable EEG sensor with epitaxial graphene
Anton Tadich, ANSTOThe Australian Synchrotron: A materials analysis toolkit
Reza Asgari, UNSWTwo-dimensional natural hyperbolic materials
Karen Livesey, U Newcastle Solving for the effective properties of electromagnetic composites
David Cortie, ANSTO/UOW
Kirrily Rule, ANSTO
Beyond imaging: neutron reflectometry of semiconductors and quantum materials