Date: 12 June 2026 Developing future leaders in quantum computing to support our nation’s growing capability and industry. ARC Chief Executive Officer Professor Ute Roessner and ARC Board Member Professor Margaret Harding joined guests for a guided tour of the Centre’s facilities. Photo: Supplied The ARC Training Centre for Future Leaders in Quantum Computing (FLiQC) has launched at the University of Sydney, taking a major step toward building a strong, future-ready quantum workforce in Australia. Researchers, students, industry partners and leaders came together for the launch, showing the strong collaboration driving the nation’s growing quantum capability. Professor Stephen Bartlett leads the Centre, supported by partners across universities, government and industry. Building a future‑ready quantum workforce Quantum computing is moving quickly from theory to real-world use. Experts stress that progress depends not just on new technology, but on a skilled and adaptable workforce that can turn ideas into practical results. To support this, the Australian Research Council will provide $5 million over 5 years to assist the Centre carry out advanced research, strengthen industry partnerships and train the next generation of quantum specialists. ARC Board Member Professor Margaret Harding, FLiQC Centre Director Professor Stephen Bartlett, ARC CEO Professor Ute Roessner and Australian Academy of Technological Sciences and Engineering President Dr Cathy Foley at the official launch of the ARC Training Centre for Future Leaders in Quantum Computing (FLiQC). Photo: Supplied. A full‑stack approach to quantum computing FLiQC covers everything from building physical qubit devices to designing system architectures and algorithms that solve real-world problems. This approach brings together physicists, engineers and industry partners to tackle the main technical challenges between today’s quantum systems and large-scale applications. By aligning work across these areas, the Centre aims to connect fundamental research with real-world impact. FLiQC focuses on 3 core areas: A quantum devices program that develops new qubit technologies, including trapped-ion systems, superconducting circuits and silicon-based spin qubits, with a focus on making them more stable, scalable and easier to control. Quantum architecture research that improves fault tolerance by developing new protocols and error-correction methods to support large-scale quantum computing. An algorithms program that develops practical tools for optimisation, simulation and machine learning, with applications in defence, logistics and scientific research. Attendees at the official launch of the ARC Training Centre for Future Leaders in Quantum Computing (FLiQC) at the University of Sydney. Photo: Supplied. The Centre also prepares graduates to work in both research and applied settings. It builds strong links with industry and government into its training and research so participants can move easily between academia and commercial roles. This approach recognises that innovation depends not only on infrastructure, but also on skills, capability and collaboration. Connecting research and tangible outcomes Quantum computing could transform industries such as healthcare, cybersecurity, energy and advanced manufacturing. To unlock these benefits, Australia needs both advanced technology and a workforce that can apply it to real-world problems. By focusing on both, FLiQC helps position Australia as a leader in global quantum development. The Centre supports national priorities for quantum technologies in Australia, building the skills and capability needed to grow a globally competitive industry. The Centre has already started building momentum, with students and researchers joining programs and working with industry partners. Through its integrated research, strong partnerships and focus on training, FLiQC will play an important role in shaping Australia’s quantum future and delivering economic benefits. Read more on the ARC Training Centre for Future Leaders in Quantum Computing (FLiQC).