Master of Science (Advanced) in Materials Science

The Master of Science (Advanced) in Materials Science at the Australian National University offers a comprehensive exploration into the properties, design, and application of materials central to modern technology and industry. The programme equips students with an advanced understanding of materials science, spanning physical chemistry, nanotechnology, polymers, biomaterials, and electronic materials. Through a balance of theory and hands-on laboratory work, students develop the expertise necessary to innovate and solve complex challenges in both research and industry settings.

Structured over two years of full-time study, this master's programme consists of advanced coursework units and a substantial research component. Students complete a range of units of study, each contributing credit points towards the degree. The curriculum includes a research thesis or capstone project, enabling students to pursue in-depth investigation under academic supervision, commonly linking with industry partners or government laboratories in Canberra. Some students may also undertake work-integrated learning experiences, further bridging academic knowledge with real-world application.

This programme is ideal for graduates in chemistry or related fields who aspire to specialise further in materials science, particularly those interested in innovation across sectors like energy, health, and environmental technologies. By studying at ANU, students benefit from the institution’s strong research connections, access to state-of-the-art facilities, and ties to Australia’s scientific and industrial community. International students should ensure they meet the English proficiency requirements outlined by the university, with options for several recognised test results.

Graduates gain advanced research, technical, and problem-solving skills highly valued by Australian employers. The course structure aligns with national standards for postgraduate science qualifications, providing a respected academic pathway that supports eligibility for the Temporary Graduate visa (subclass 485) and the Australian Government’s permitted work rights during study. Students should always confirm course details and requirements on the official page.

• Materials scientist in research organisations and government laboratories
• R&D specialist in the manufacturing, mining, or energy industries
• Quality assurance or testing officer within chemical, electronic, and biomedical companies
• Project manager or technical advisor in advanced materials and nanotechnology fields
• PhD candidate in Australian or international research institutions