Master of Materials Technology

The Master of Materials Technology at the University of New South Wales is a comprehensive coursework programme designed to equip students with advanced knowledge and practical skills in materials engineering. Spanning 2.5 years of full-time study, this master's degree covers critical topics including the development, characterisation, and application of new materials across industries such as aerospace, energy, electronics, construction, and biomedical engineering. Students delve into the properties and processing techniques of metals, ceramics, polymers, composites, and emerging nanomaterials, gaining an in-depth understanding of how materials enable technological advancement.

This Australian qualification is structured around a series of units of study, with each unit carrying a designated number of credit points that contribute to the completion of the degree. The curriculum may include core and elective units, enabling students to tailor their learning towards areas such as sustainable materials, advanced manufacturing, or functional materials, subject to current university offerings. A significant capstone project or research thesis is often featured in the latter stage, fostering independent research, analytical, and problem-solving skills as students tackle real-world engineering challenges.

Throughout the programme, there is a strong emphasis on practical experience and industry engagement. With the University of New South Wales’ established links to Australian and global materials industries, students may have opportunities for work-integrated learning or professional placements, further enhancing their employability and networking within the sector. The course is ideal for engineering graduates or professionals seeking to upskill or specialise in materials science and technology for a diverse range of high-demand sectors.

Graduates emerge with a robust foundation in materials engineering, advanced research and design expertise, and the practical know-how to address contemporary challenges facing Australia’s innovation-driven industries. Prospective applicants are encouraged to review the latest requirements and course structure details on the official CRICOS website and the university’s homepage.

Career outcomes

• Materials Engineer – manufacturing, mining, aerospace, or automotive sectors
• Research Scientist – government or private research organisations
• Product Development Engineer – consumer products, biomedical devices, or electronics
• Quality Assurance Engineer – materials processing and testing facilities
• Technical Consultant – renewable energy and environmental sustainability projects
• Academic or Laboratory Manager – universities and research institutes

Australian industries such as mining, advanced manufacturing, construction, defence, energy, and healthcare actively seek materials technology graduates. Completion of an eligible Australian master's degree may provide access to the Temporary Graduate visa (subclass 485) post-study work stream, and students typically have work rights of up to 48 hours per fortnight during teaching periods.