Master of Professional Engineering (Structural)

The Master of Professional Engineering (Structural) is a two-year postgraduate degree for people who want to work as structural engineers in Australia. It's built for students who already hold an undergraduate engineering qualification — often in civil, mechanical or a related area — and who now want to specialise in the analysis and design of structures. If your first degree was in engineering but not structural, or if you studied overseas and want an Australian qualification that employers and assessors recognise, this is the kind of programme that fills that gap.

What you study

You'll work through core structural engineering subjects: structural analysis and mechanics, steel and concrete design, structural dynamics, foundation engineering, and the behaviour of materials under load. Around those sit advanced topics such as earthquake engineering, bridge design, and structural reliability. Because it's a professional engineering master's, you'll also cover project management, engineering economics, and the legal and ethical responsibilities that come with signing off on a structure. Assessment is a mix of exams, design projects, reports and presentations — the same mix you'll meet in practice.

Australian master's degrees are usually one to two years full-time and are made up of units of study, each worth a set number of credit points. You need to accumulate the required credit points to graduate. This one runs for two years, so expect a full load across four semesters or trimesters, depending on how the university structures its academic year. Most programmes of this type finish with a capstone design project or a research thesis in your final year, where you take a real structural problem from concept through to detailed design. Many also include a professional placement or industry-based project, because engineering in Australia leans heavily on work-integrated learning — you learn the software, the standards and the site culture by doing the work, not just reading about it.

Skills you gain

By the end you should be able to model and analyse structural systems, design members and connections in steel and concrete, assess loads and load combinations to Australian Standards, and use industry software confidently. You'll also build the softer side: writing clear technical reports, working in design teams, and managing a project from brief to delivery. Those are the things employers actually test in interviews.

Who it suits

This degree suits three groups. First, engineering graduates who want to move into structural work and need a recognised Australian qualification. Second, overseas-trained engineers who want to practice here and need their skills assessed for migration or registration purposes. Third, people already working in civil or construction roles who want to deepen their technical base and take on more responsibility. If you're an international student, note that you can work up to 48 hours per fortnight while your course is in session, and after graduating you may be eligible for the Temporary Graduate visa (subclass 485) post-study work stream, which lets you stay and work in Australia for a period. English requirements for this course are set by the university — IELTS Academic 6.0–6.5 overall is the common coursework-postgraduate standard, though some faculties ask for more. TOEFL iBT, PTE Academic, Cambridge C1 Advanced and the university's own English programmes are accepted as equivalents, and the Department of Home Affairs sets a separate English threshold for the Student visa itself. Tuition is published on the CRICOS register under course code 115950J. Check the official page for the current unit list, intake dates and exact entry requirements before you apply.

• Structural engineer — designing buildings, bridges, towers and industrial structures for engineering consultancies.
• Civil/structural design engineer — working on infrastructure projects for state road, rail and water authorities.
• Site engineer — supervising construction and resolving structural issues on site for builders and contractors.
• Project engineer — managing the technical side of construction projects in the commercial and residential sectors.
• Bridge engineer — assessing, designing and maintaining bridges for government agencies and specialist firms.
• Forensic/asset engineer — investigating structural failures or managing the condition of existing structures.
• Facade engineer — designing and testing building envelopes, a growing niche in Australian cities.

Australian industries that hire structural engineers include engineering consultancies, construction and infrastructure contractors, government transport and public works departments, mining and resources companies, and property developers. Many graduates go on to seek assessment through Engineers Australia for migration or professional recognition.