The ARC Training Centre for Future Leaders in Quantum Computing PhD Scholarship (FLiQC) is a fully funded, industry-focused PhD scholarship program supported by the Australian Research Council (ARC). The program is delivered through a partnership of leading Australian universities, including the University of New South Wales (UNSW Sydney), the University of Sydney, the University of Technology Sydney, Macquarie University, and the University of Western Australia. It aims to develop the next generation of quantum computing researchers by combining world-class academic research with extensive industry experience. Moreover, the program equips doctoral candidates with the knowledge, practical skills, and professional networks needed to advance Australia’s rapidly growing quantum technology sector.

Background and Purpose

The FLiQC program prepares PhD researchers to solve major scientific and technological challenges across the quantum computing ecosystem. Students research quantum devices, quantum architectures, quantum algorithms, software, quantum information processing, control systems, and enabling technologies. The program pairs every PhD project with one or more industry partners. This approach ensures that each project addresses practical challenges and delivers real-world impact. Leading researchers supervise the scholars throughout their studies. Industry specialists and government collaborators also mentor them. Together, they help students build strong research and professional skills. As a result, the program strengthens Australia’s quantum computing capability and supports innovation across research, industry, and national technology priorities.

ARC Training Centre for Future Leaders in Quantum Computing Scholarship Benefits

The scholarship provides an annual living stipend of AUD 42,754 based on the 2026 indexed rate for up to four years. The program also offers an industry-ready skills curriculum, professional development workshops, networking events, and the Sydney Quantum Academy (SQA) PhD Experience Program. Scholars complete industry placements and collaborative research projects with organizations such as CSIRO, Diraq, Emergence Quantum, Infleqtion, and the Defence Science and Technology Group. These experiences help students develop advanced research expertise and valuable industry skills before graduation.

Eligibility Criteria

Applicants must secure, or apply for, admission to a full-time PhD at one of the participating universities. They must also obtain support from an approved supervisor and undertake research that aligns with an approved FLiQC research project. Both domestic and international applicants may apply. Candidates should demonstrate excellent academic achievement and strong research potential. They should also have a background in quantum computing, physics, engineering, computer science, mathematics, or a related discipline.

ARC Training Centre for Future Leaders in Quantum Computing Scholarship Application Process

Applicants should first identify a suitable FLiQC research project. They should then contact an approved supervisor at a participating university. Next, they must complete the PhD admission process at the relevant institution and submit all required scholarship documents. Applicants should clearly explain how their academic background and research interests align with the goals of the FLiQC program. Early communication with potential supervisors and careful preparation can strengthen an application.

Opportunities for Scholars

The program gives scholars an outstanding opportunity to conduct cutting-edge research. Students work closely with leading academics, industry partners, and government organizations throughout their PhD. They gain practical experience through industry placements, collaborative projects, and specialized professional development activities. Their research advances quantum computing and supports Australia’s leadership in emerging technologies. The program also helps students build strong technical, research, and professional skills. As a result, graduates are well prepared for careers in academia, quantum technology companies, government research organizations, advanced computing industries, and high-technology innovation.