University of Western Australia

What you'll study

The programme combines advanced technical coursework with applied professional development and a substantial capstone or industry project. Core themes include advanced engineering mathematics and modelling, systems thinking and integration, engineering design and project management, professional practice and ethics, and research methods for applied engineering problems.

Depending on your chosen specialisation you will select from elective subjects that typically cover:

• Civil and Structural Engineering: structural analysis and design, geotechnical engineering, water resources and hydraulics, transport engineering.
• Mechanical and Mechatronic Engineering: advanced dynamics, finite element methods, thermofluids, control systems, and materials and manufacturing processes.
• Electrical and Power Engineering: power systems and protection, electrical machines and drives, renewable energy systems, embedded systems and control.
• Chemical and Process Engineering: process modelling and simulation, reaction engineering, separation processes and process safety.
• Systems and Software Engineering: systems engineering, software engineering for embedded systems, data analytics and machine learning for engineers.

The degree culminates in an individual or team-based capstone project, often undertaken in collaboration with industry or research groups, where you apply theory to a real-world engineering challenge and demonstrate integrated technical and professional competencies.

Entry requirements

Applicants are normally expected to hold an accredited undergraduate engineering degree or a closely related degree with substantial engineering content. Candidates with a relevant non-engineering bachelor degree plus significant professional experience in an engineering role may be considered. The university assesses academic transcripts and may require a specified level of academic achievement from prior studies.

International applicants must meet the University's English language requirements; common evidence includes recognised English test scores or prior study in English. Additional requirements can include a statement of purpose, CV outlining relevant work experience, and referees. Some specialisations may have prerequisite subject requirements; where gaps exist, applicants may be required to complete bridging or remedial units.

Career prospects

Graduates move into a wide range of professional engineering roles across industry, government and consulting. Typical positions include design and project engineers, systems and control engineers, structural and civil engineers, process and plant engineers, power systems engineers, and engineering managers. The course also supports pathways to professional recognition and chartered status with Engineers Australia and provides preparation for roles that require integration of technical leadership, project delivery and stakeholder engagement.

Alumni find employment in sectors such as resources and mining, energy and renewables, water and infrastructure, transport, manufacturing and advanced technologies, as well as specialist engineering consultancies and research organisations.

Why study at University of Western Australia

UWA offers access to strong engineering teaching and research expertise, with links to industry partners across Western Australia’s major engineering sectors. The School provides modern laboratory facilities, project spaces and opportunities to work on industry-relevant projects and multidisciplinary teams. The programme is aligned with professional accreditation standards, supporting graduates pursuing chartered status and professional careers.

Studying at UWA also offers the benefit of a campus-based learning environment with opportunities for industry engagement in Perth and wider regional engineering networks, providing practical exposure alongside advanced technical training.