Curtin University

What you'll study

The MPhil is primarily a supervised research degree culminating in an original thesis. Candidates undertake an independent research project in a specialist area such as mineral processing, extractive metallurgy, pyrometallurgy, hydrometallurgy, comminution, geometallurgy, process modelling, optimisation and control, or environmental aspects of mining and metallurgy.

Your study will typically include:

• a detailed literature review that defines the research problem and context
• development of a research proposal and methodology under academic supervision
• experimental work, pilot‑scale testing or numerical/modelling studies as relevant to your topic
• data analysis, interpretation and validation of results
• preparation of a written thesis and participation in progress seminars or research workshops
• opportunities to publish in peer‑reviewed journals and present at conferences, where appropriate

Supervision and facilities

Supervision is provided by academics from Curtin's mining and metallurgy research groups, with access to laboratories, pilot plants, analytical facilities and industry partnerships. The research scope and methods will be agreed with your primary supervisor and supervisory team.

Entry requirements

Applicants are expected to have a relevant honours degree (first‑class or upper second with a substantial research component) or a master’s degree with a research thesis in mining engineering, metallurgical engineering, mineral processing, materials engineering, or a closely related discipline. Candidates without a research‑focused qualification but with significant industry experience and a strong academic record may be considered on a case‑by‑case basis.

All applicants must submit a research proposal outlining the intended research topic, methodology and potential supervisors should be identified where possible. Admission requires approval by the faculty research committee and allocation of supervisory staff.

International applicants must meet Curtin’s English language requirements; alternative evidence of proficiency and prior study in English may be accepted subject to university policy.

Career prospects

Graduates of the MPhil in Mining and Metallurgical Engineering pursue a range of careers in both industry and academia. Typical roles include:

• research scientist or R&D engineer in mining and metallurgical companies
• process engineer, plant optimisation specialist, or metallurgical operations manager
• consultant in mineral processing, extractive metallurgy or environmental management
• technical specialist in instrumentation, modelling, or pilot‑scale testing facilities
• academic researcher or continued study at doctoral level
• positions in government, regulatory bodies or industry associations related to resources and minerals policy

Why study at Curtin University

Curtin has a long‑standing reputation in resources and mining research, with close links to the minerals industry and government agencies. The university provides specialised teaching and research facilities, including laboratories and pilot plants suited to metallurgical and mineral processing work, along with access to field sites and industry data through established partnerships.

Students benefit from supervision by experienced academics and practitioners, an active graduate research community, and industry engagement that supports applied research and opportunities for collaborative projects. The university’s location and networks make it particularly well placed for research addressing real‑world challenges in mining and metallurgy.