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About the course
This two-year postgraduate program develops advanced understanding of nuclear science and its applications across research, medicine, industry, mining, security, defence and policy. You study core nuclear physics topics alongside practical training and projects, using specialist facilities such as the Australian Heavy Ion Accelerator Facility. The degree blends coursework with individual and group research-focused work and supports informed engagement with nuclear issues.
What you might learn
You will build foundations in nuclear science and radiation, reactor science, accelerators, measurement and the nuclear fuel cycle, then apply these in project-based study. The program develops practical laboratory and analytical skills, scientific communication and an evidence-based approach to evaluating nuclear technologies and their societal impacts. Electives allow you to add policy, regulation, law or broader science-and-society perspectives.
Career outcome
Graduates commonly work in nuclear-related research (university or applied medical/industrial settings), technical and analytical roles using nuclear methods (materials analysis, dating, radiation measurement), and in regulatory or compliance positions in mining, industry or government. The degree also supports careers in radiation protection, customs/security and defence-related analysis, as well as policy and advisory roles in government departments and agencies.
Entry requirements
Applicants need a recognised Bachelor degree (or equivalent) with a minimum GPA of 5.0/7.0, including at least 6 courses in a cognate discipline also at GPA 5.0/7.0. Alternatively, completion of a Graduate Certificate in a nuclear-related discipline with GPA 5.0/7.0 plus at least 2 cognate courses at GPA 5.0/7.0. High-school level mathematics background is recommended.
Average Salary***
