University of Adelaide

What you'll study

The Flexible Entry structure gives you a common first-year curriculum covering fundamental engineering maths, physics and core engineering principles, followed by progressive specialisation in later years. The programme leads to an honours-level qualification and integrates theoretical study with practical laboratory work, design studios and a final-year capstone project.

Structure

• Common first-year: calculus and differential equations, physics for engineers, introduction to programming, engineering design and communication, materials and statics.
• Intermediate years: core engineering science and system modules plus discipline-specific subjects as you select a specialisation.
• Final year (Honours): advanced technical electives, professional practice, and a substantial individual or team capstone research/design project.

Typical subjects and modules

• Engineering Mathematics and Numerical Methods
• Mechanics, Dynamics and Materials Science
• Thermodynamics and Fluid Mechanics (where applicable)
• Electrical Circuits, Electronics and Control Systems (for electrical/electronic streams)
• Programming, Data Structures and Software Engineering (for software and embedded systems pathways)
• Civil Engineering topics such as structural analysis, geotechnics and hydraulics
• Chemical engineering fundamentals including process principles and unit operations
• Professional practice, engineering ethics and project management

Available specialisations typically include Civil, Mechanical & Mechatronic, Electrical & Electronic, Chemical, Software and Mining engineering among others; choice of streams and elective options allow you to tailor the degree to your interests and career goals.

Entry requirements

Admission is competitive and based on satisfactory completion of senior secondary qualifications or acceptable alternative pathways. Typical entry requirements include:

• Successful completion of recognised Year 12 or equivalent with a competitive rank/score (such as an ATAR or international equivalent)
• Prerequisite subjects usually include substantial mathematics (eg mathematical methods/advanced maths) and most programs recommend physics
• Meeting the University of Adelaide's English language requirements via recognised tests or equivalent qualification
• Alternative entry routes: applicants with TAFE diplomas, bridging/foundation programs, or relevant work experience may be considered; mature-age applicants are also eligible to apply

Selection may also take into account personal statements, prior tertiary study and other supporting documentation where relevant. Always check the University of Adelaide admissions pages for the specific documentation required for your situation.

Career prospects

Graduates leave prepared for roles across industry, government and research. The honours degree is recognised for entry to professional engineering practice and provides a pathway to registration with professional bodies.

• Graduate engineer positions in design, operations and maintenance across sectors such as construction, manufacturing, energy, mining, defence and transport
• Roles in systems and software development, embedded systems, automation and robotics for graduates from software and mechatronics streams
• Consultancy and technical advisory roles in structural, geotechnical, environmental and chemical engineering
• Opportunities in research and development or progression to postgraduate study (masters by coursework/research or PhD)
• Management, project engineering and specialist technical career pathways following industry graduate programs

Why study at University of Adelaide

Accredited professional qualification: The Bachelor of Engineering (Honours) is structured to meet the academic requirements for professional engineering recognition, giving a clear pathway to chartered or registered status.

Research-informed teaching and industry connections: The University of Adelaide has strong ties with industry across South Australia and nationally, including partnerships in defence, mining, energy and advanced manufacturing that support work-integrated learning and project collaborations.

Practical facilities and capstone experience: Students benefit from dedicated engineering laboratories, fabrication workshops and multidisciplinary design studios, culminating in a capstone engineering project that demonstrates professional competence and team-based problem solving.

Support and pathways: The university offers academic support, mentoring and recognised pathways from diplomas and foundation programs into the degree, helping a wide range of students begin an engineering career.