Master's Degree Materials Engineering Full Time

Master of Materials Engineering

at Adelaide University · Adelaide, South Australia

CRICOS course code

099708A

CRICOS provider code

00123M

This course is registered on the Commonwealth Register of Institutions and Courses for Overseas Students. Verify it yourself at cricos.education.gov.au before paying any fee.

Duration

2 years

Tuition (whole course)

A$104,600 total

Per year

A$52,300/yr

Intake

Semester 1 (Feb/Mar), Semester 2 (Jul)

About this program

The Master of Materials Engineering at Adelaide University focuses on the structure, properties, design, and applications of engineering materials. Students study metals, polymers, ceramics, and composites, gaining practical skills in processing and characterisation techniques widely used in Australian manufacturing, mining, and advanced technology sectors. The curriculum integrates advanced theoretical content with problem-based projects, with a strong focus on real-world applications and solving industry challenges relevant to Australia’s research and industrial needs.

The course is typically structured over two years of full-time study, divided into semesters. Students complete a sequence of core and elective units of study, each carrying a number of credit points towards graduation. The structure includes opportunities for hands-on laboratory work, research projects, and may include a capstone project where students apply their knowledge to a complex materials engineering problem, often in consultation with local industry partners. Some students can also participate in work-integrated learning placements, bringing them into contact with companies in Adelaide’s dynamic industrial scene or with research centres on campus.

Throughout their studies, learners build practical and analytical skills in materials selection, process optimisation, and materials testing. They also develop expertise in working with advanced analytical instruments, project management, and technical communication—skills highly valued across Australian engineering and manufacturing fields. This course suits science and engineering graduates who want to specialise further, as well as working professionals aiming to advance their expertise or transition into the materials engineering sector.

Graduates of the Master of Materials Engineering may be eligible to apply for the post-study work stream of the Temporary Graduate visa (subclass 485), and international students may work up to 48 hours per fortnight during their studies. As admission requirements and course details can vary, students should confirm all information on Adelaide University’s official website.

Entry requirements

English: International applicants must evidence English proficiency. IELTS Academic 6.0–6.5 overall is the common undergraduate and coursework-postgraduate standard, rising to 7.0–7.5 for teaching, nursing, medicine, law and social work. TOEFL iBT, PTE Academic, Cambridge C1 Advanced and the university’s own English programmes are accepted as equivalents; the Department of Home Affairs sets a separate English threshold for the Student visa itself.
International students: Registered on CRICOS for international students. A Confirmation of Enrolment (CoE) for this course supports a Student visa (subclass 500) application; Overseas Student Health Cover is required for the full duration.

Career outcomes

  • Materials engineer in advanced manufacturing, mining, energy, or defence industries
  • Product development engineer in automotive, aerospace, or biomedical sectors
  • Research and development officer in research organisations or universities
  • Process engineer in metallurgical or polymer processing plants
  • Technical consultant for industry associations or government agencies

Frequently asked questions

How long is the Master of Materials Engineering at Adelaide University?

It typically takes 2 years, with intakes in Semester 1 (Feb/Mar), Semester 2 (Jul).

How much is the tuition?

Tuition is around A$104,600 total. Fees change yearly — confirm with an advisor.

What are the career outcomes?

Materials engineer in advanced manufacturing, mining, energy, or defence industriesProduct development engineer in automotive, aerospace, or biomedical sectorsResearch and development officer in research organisations or universitiesProcess engineer in metallurgical or polymer pr...

Guides for this subject and the application

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