University of Technology Sydney

What you'll study

This coursework master's combines advanced technical units, engineering research and project-based learning. You study core topics that build advanced analytical and design capabilities, together with specialist electives aligned to a chosen stream.

• Core topics — engineering research methods, advanced engineering mathematics and modelling, systems engineering and engineering project management, professional practice and ethics.
• Specialisations — streams typically include Civil and Structural Engineering, Mechanical and Mechatronic Engineering, Electrical and Renewable Energy Engineering, Software and Systems Engineering, and Construction/Infrastructure. Students select specialist units such as structural design, geotechnical engineering, fluid dynamics, control systems, power systems and embedded systems depending on the stream.
• Project and capstone — a major team-based design project or industry project is a central component, emphasising real-world problem solving, multidisciplinary collaboration and client-focused deliverables.
• Research and electives — options to take research-led units or electives in areas such as sustainable engineering, smart infrastructure, digital engineering, additive manufacturing and data analytics for engineering.
• Flexible study paths — the degree is offered as full-time or part-time study, with a mix of coursework and project work. Advanced standing or credit can be granted for prior graduate-level study or recognised professional experience.

Entry requirements

Applicants are expected to hold a relevant undergraduate degree in engineering or a closely related discipline from a recognised institution. Candidates with substantial professional experience in engineering or technical fields may be considered, but may need to complete prerequisite units to meet academic requirements.

• Academic requirement — a tertiary qualification in engineering (or equivalent) is normally required. Applicants without an engineering bachelor may be assessed on a case‑by‑case basis and could be required to undertake bridging units.
• English language — international applicants must demonstrate proficiency in English through an accepted test or previous study in English, in line with the university's English language policy.
• Professional experience — some specialisations or project placements favour applicants with relevant work experience; relevant industry experience can strengthen an application and may be credited where appropriate.
• Documentation — a completed application should include academic transcripts, a CV, and where requested, a statement of purpose and referees. Specific documentation requirements are available from the university admissions pages.

Career prospects

Graduates build capabilities for technical leadership, design and systems roles across public and private sectors. The degree prepares you for roles that require advanced engineering judgement, multidisciplinary coordination and project delivery.

• Typical roles — design engineer, project engineer, systems engineer, consulting engineer, site or construction engineer, controls or automation engineer, electrical power engineer, structural engineer and R&D engineer.
• Sector opportunities — built environment and infrastructure, energy and renewables, transport and rail, manufacturing and advanced production, telecommunications and software-intensive systems, defence and government agencies.
• Professional recognition — many Master of Engineering streams support the academic requirements for professional recognition with Engineers Australia and provide a pathway towards chartered or registered engineer status when combined with accredited undergraduate study and relevant supervised practice.
• Career development — the program’s strong industry links and project focus help graduates move into senior technical specialist roles, project management, consultancy or research and development roles within industry and academia.

Why study at University of Technology Sydney

UTS is located in Sydney’s CBD and is known for its practice-focused education and strong industry engagement. The university emphasises project-based learning and partnerships with industry, giving students access to real-world engineering challenges and placement opportunities.

• Industry connections — collaborative projects, industry partners and guest practitioners enable applied learning and networking with employers across engineering sectors.
• Facilities and learning environment — students benefit from modern teaching spaces, laboratories and digital engineering facilities that support hands-on prototyping, simulation and testing.
• Interdisciplinary approach — UTS encourages multidisciplinary teamwork and offers elective units across technology, business and design that complement technical engineering skills.
• Graduate outcomes — the programme’s practical orientation and industry-linked projects help graduates demonstrate workplace-ready skills sought by employers locally and internationally.