Why study quantum in Australia?

Why study quantum in Australia?

In the latest Times Higher Education World University Rankings by Subject 2026 (THE 2026), Sydney Quantum Academy’s partner universities once again demonstrated their collective strength across quantum disciplines.  

All four SQA partner universities were ranked in the top 10 percent of global institutions for disciplines that underpin quantum, including engineering, computer science and physical sciences. 

The prestigious THE subject rankings assess nearly 1,600 research-intensive universities in 109 countries across 11 subject areas. The rankings consider metrics including teaching, research environment, research quality, international outlook, and industry engagement, using performance indicators such as citations, industry income, and learning environment. 

Australia offers a rare, end‑to‑end environment for quantum education and research, combining world‑class fundamentals, engineering capability, computational expertise, and a connected ecosystem. For students exploring research and study pathways, this creates opportunities to engage with leading researchers, work across institutions, and build highly sought and globally recognised skills. 

Strength across the disciplines that underpin quantum 

Quantum science and technology sits at the intersection of physics, engineering, computer science, and mathematics, and Australian universities continue to demonstrate strength across all these fields. 

Engineering  

Engineering plays a central role in the development of quantum hardware, devices, and scalable systems. Australian universities performed strongly in engineering overall in the 2026 rankings, with SQA partner universities all amongst the top 175 globally.  

Computer Science  

Computer Science underpins quantum algorithms, software, control systems, and hybrid classical–quantum approaches.  The latest rankings place SQA partner universities amongst the world’s top institutions for computer science, with strong results amongst the top 175 university’s globally reflecting system-wide computational capability.  

Physical Sciences 

Physical sciences provide the theoretical backbone of quantum research, spanning physics, chemistry, mathematics, and related fields. SQA’s partner universities once again rank within the global top 175 in these fields. 

Australia’s strong performance in all of these areas gives access to advanced laboratories, fabrication facilities, and system-level research environments, allowing students to engage directly with the practical challenges of developing quantum technologies – all essential components of preparing for the quantum roles of the future.

As the field evolves, an interdisciplinary approach that brings together engineering practice and fundamental science is emerging. Students studying in these areas develop skills relevant to next-generation microelectronics, microwave systems, and telecommunications, while gaining exposure to how quantum mechanics can be harnessed to address contemporary challenges and shape future technologies.

Visit THE for the complete 2026 subject rankings. 

A connected quantum ecosystem 

Australia’s advantage in quantum extends beyond universities. Students benefit from a connected national ecosystem that links universities, research centres, government initiatives, and industry partners. 

SQA PhD scholars often work with multiple supervisors, access coursework across partner universities, and engage with industry aligned research challenges. Through a strong program of seminars, workshops, and events, scholars explore different research approaches, build professional networks early, and develop a clearer understanding of where their interests and strengths fit within the broader quantum landscape.  

The ecosystem is supported by strong academic leadership, national policy, and government investment, and spans the full quantum value chain. It includes a growing commercial sector, dedicated research organisations, academic groups, and specialised facilities, all providing students with opportunities to engage in cutting-edge research and gain practical experience. 

A launch point for global quantum careers 

Australian‑trained quantum researchers are highly regarded globally, and many transition into leading roles within Australia’s rapidly expanding quantum sector. 

For students seeking more than a degree – and looking instead for a credible, connected, and globally recognised environment in which to build a quantum career – Australia offers a compelling place to start.