Master of Science (Applied Physics)

The Master of Science (Applied Physics) at RMIT University spans two years of full-time study in Melbourne. This degree is structured around coursework, research and hands-on training, with learning spread across multiple units of study that contribute to your credit points for graduation. You can expect to explore topics such as electromagnetism, quantum mechanics, materials science and photonics while developing skills in laboratory methods, data analysis and scientific communication.

Throughout the course, students are encouraged to apply their learning to practical problems. A key feature is the research component, where you conduct a supervised project on a real-world issue relevant to Australian industry or academic research. For those considering a career outside academia, work-integrated learning is also available, providing experience in local labs or technical consultancies—valuable for building industry connections in sectors like medical physics, defence, and advanced manufacturing.

Most students complete core units in the first year, before developing deeper expertise in specialist electives or undertaking a significant research project in their second year. Assessment includes a mix of exams, reports, presentations and the capstone project. The programme suits physics graduates and professionals seeking to update their knowledge, or those wanting to specialise for work in technical, research or applied science settings across Australia.

Entry requires a relevant bachelor degree. English requirements for coursework master’s include IELTS 6.0–6.5 or an accepted equivalent. International students can take advantage of Australia's 48 hour per fortnight work rights during study, and may be eligible to apply for the Temporary Graduate visa (subclass 485) after graduation. As always, check the official RMIT and government websites for up-to-date entry and visa details.

• Applied physicist in research labs
• Technical specialist in advanced manufacturing or engineering firms
• Data analyst for government or industry
• Medical physicist (with further requirements for clinical work)
• Research and development roles in defence, energy and materials sectors
• Science communicator or educator (with additional qualifications)

Graduates find opportunities in Australian research institutes, government agencies, technology and defence organisations, as well as manufacturing and engineering companies.