The Master of Engineering (Civil & Structural) is an advanced postgraduate qualification designed to deepen technical expertise in the analysis, design, and management of civil infrastructure and structural systems. Classified at Level 9 of the Australian Qualifications Framework (AQF), the degree typically spans two years full-time and combines rigorous coursework with substantial industry-facing project work. Students engage with a broad range of specialisations including structural analysis and design, geotechnical engineering, transport infrastructure, water resources, and construction management — all underpinned by advanced computational methods and modern engineering standards. The course is structured to meet Engineers Australia's Stage 1 professional engineering competencies and is typically fully accredited by Engineers Australia under the Washington Accord, giving graduates internationally recognised qualifications.

This degree is suited to graduates who hold a bachelor's degree in civil, structural, construction, or related engineering disciplines and who wish to advance their technical capabilities to a professional engineering level. It is equally valuable for practising engineers with industry experience who want to formalise and deepen their specialist knowledge. Graduates are prepared to work across a wide range of sectors including construction, infrastructure, transport, mining, government, water utilities, and engineering consultancies. Key employers include global firms such as Jacobs, Aurecon, GHD, Arup, WSP, and AECOM, as well as Tier 1 contractors like CPB Contractors and John Holland, state and federal government agencies, and local councils.

The curriculum typically covers four traditional sub-disciplines of civil engineering — geotechnical, structural, transport, and water engineering — while also integrating contemporary topics such as sustainable design, digital engineering (BIM), infrastructure asset management, and earthquake-resistant design. Students develop skills in advanced computer-aided analysis software, structural dynamics, reinforced concrete and steel design, and engineering project management. A defining feature of most programs is the requirement for practical experience, with many institutions mandating a minimum of 12 weeks of supervised industry placement or project work, ensuring graduates are career-ready upon completion.

Most Australian providers require applicants to hold a recognised bachelor's degree in engineering — typically a Bachelor of Engineering (Civil), Bachelor of Engineering (Structural), or a closely related discipline such as construction, environmental, mining, or systems engineering. Many programs specify a minimum academic performance, often a Weighted Average Mark (WAM) of at least 65% or a GPA of 2.0 out of 4.0. Applicants who fall below the minimum academic threshold may still be considered if they can demonstrate at least two to three years of relevant professional engineering industry experience. Some programs specifically require that prior undergraduate study includes foundational units in structural mechanics (also known as Theory of Structures or Solid Mechanics) and structural design (such as Design of Concrete or Steel Structures), as these form the essential knowledge base for postgraduate structural study. Applicants without a congruent engineering degree may be eligible for bridging programs such as a Graduate Diploma in Engineering (Civil: Structural) before progressing to the full master's qualification.

For international applicants, English language proficiency is a standard requirement. Most programs accept an IELTS Academic score of 6.5 overall (with no individual band below 6.0), though some providers accept a minimum IELTS of 6.0. Equivalent scores from TOEFL iBT, Pearson Test of English (PTE Academic), Cambridge Advanced English (CAE), or LanguageCert Academic are also commonly accepted. Applicants who have completed a recognised degree taught and assessed entirely in English may be exempt from a formal language test. Applicants with more extensive industry experience (typically 10 or more years) may be considered for entry even without a formal engineering qualification, at the discretion of admissions committees. A current CV is often required for applicants seeking experience-based entry pathways, and some selective programs may also consider an applicant's portfolio of professional engineering projects.