University of Adelaide

What you'll study

This programme combines advanced coursework in structural engineering with a substantial project or capstone that demonstrates professional competence. Typical subjects cover advanced structural analysis and design, finite element methods, structural dynamics and earthquake engineering, steel and reinforced concrete design, timber and composite structures, and soil–structure interaction. You will also study engineering computational methods, structural health monitoring, and topics in professional practice such as project and contract management, risk and asset management, and engineering ethics.

Study is delivered through lectures, tutorials, laboratory work and design projects. A final research or industry-based project (capstone) consolidates technical learning and professional skills by applying them to a real engineering problem, often in collaboration with industry partners.

Entry requirements

Applicants are normally expected to hold an accredited undergraduate degree in engineering or a closely related discipline. Candidates with relevant professional experience or a degree in a related science or technology field may be considered but could be required to complete bridging subjects to meet undergraduate-level engineering foundations.

Applicants must demonstrate English language proficiency in line with the university's requirements. Admission decisions take into account academic transcripts, curriculum vitae and, where relevant, professional registration or references. Graduates seeking chartered or professional accreditation should ensure their prior qualifications align with Engineers Australia or relevant professional body requirements.

Career prospects

Graduates enter roles as structural engineers in consulting firms, design offices and construction companies, working on buildings, bridges, industrial structures and infrastructure projects. Typical career pathways include structural designer, project engineer, principal or lead engineer, design manager, and specialist consultant in areas such as seismic assessment, retrofit and structural health monitoring.

The degree is also a pathway to research or further study (for example doctoral programmes) and to professional registration as a Chartered or Professional Engineer through national engineering bodies.

Why study at University of Adelaide

The University of Adelaide's engineering programmes are delivered by experienced academic staff who are actively engaged with industry and research in civil and structural engineering. Students benefit from access to modern structural and materials testing facilities, computational resources and industry-linked projects that reflect local and national infrastructure priorities.

Studying in Adelaide offers proximity to major engineering consultancies, government infrastructure agencies and construction projects in South Australia, providing opportunities for industry collaboration, internships and employment. The programme's professional orientation supports the development of both the technical and professional skills required for a successful engineering career.