University of Adelaide

What you'll study

The programme combines core systems engineering concepts with project management, modelling and data-driven decision making. Typical study areas include systems thinking and lifecycle management, systems architecture and design, systems modelling and simulation, reliability and risk management, optimisation and operations research, human factors and socio-technical systems, and engineering project management.

Delivery generally mixes specialist coursework, case studies and practical work. You will undertake advanced technical subjects and a substantial capstone component that can take the form of an industry project, design project or applied research project. Electives allow you to tailor the degree toward sectors such as defence and aerospace, energy and resources, transport and logistics, health systems or manufacturing and supply chains.

Entry requirements

Applicants are normally expected to hold a relevant undergraduate degree in engineering, technology or a closely related discipline. Applicants with a different background but demonstrable relevant professional experience may also be considered. Admission typically requires evidence of satisfactory academic performance at bachelor level and, for international applicants, proof of English language proficiency to the level required by the University.

Other supporting material may be requested, such as a CV outlining technical and professional experience, academic transcripts and a statement of purpose describing reasons for study and intended career direction. Meeting minimum entry criteria does not guarantee admission; selection may take into account the match between prior experience and the programme learning outcomes.

Career prospects

Graduates move into roles that bridge technical, managerial and systems responsibilities. Typical job titles include systems engineer, systems integrator, project manager, operations manager, systems architect, reliability engineer, logistics and supply-chain analyst, and technical consultant. Employers are found across sectors that manage complex assets and programmes such as defence and aerospace, energy and utilities, transport and infrastructure, health and biomedical systems, and consulting firms.

The degree also prepares graduates for leadership positions where interdisciplinary coordination, risk-based decision making and lifecycle thinking are essential. For those wishing to continue in research, the programme provides a pathway into doctoral study in systems engineering, engineering management or related fields.

Why study at University of Adelaide

The University of Adelaide offers engineering education with strong links to industry and research groups focused on systems and infrastructure challenges. Studying here gives access to multidisciplinary teaching staff, applied research centres and opportunities for industry-based capstone projects that connect theory to real-world problems.

Located in South Australia, the University benefits from close engagement with major local and national sectors, including defence, renewable energy and transport. The programme emphasises practical skills, professional communication and multidisciplinary collaboration, equipping graduates to take on complex engineering roles in both national and international contexts.