Bachelor of Engineering Technology (Advanced Manufacturing)

The Bachelor of Engineering Technology (Advanced Manufacturing) is a three-year Australian bachelor degree for people who want to work on the factory floor and in the engineering office, not just one or the other. You study how products move from design into production: manufacturing processes, materials and their behaviour, industrial automation and control, production planning, quality systems, and the economics of running a plant. Advanced manufacturing in Australia spans food processing, medical devices, defence suppliers, mining equipment, building products and transport, so the coursework stays close to what those employers actually run.

How the degree is structured

Australian bachelor degrees are made up of units of study, each worth a set number of credit points. You normally enrol in four units a semester, with two semesters a year and a mid-year break. Over three years that adds up to 24 units, or 144 credit points at most institutions. Some universities run trimesters instead, which can shorten the calendar but not the total credit. Expect a mix of lectures, tutorials, workshops and laboratory sessions, with subjects like engineering mathematics, statics and materials, thermodynamics, CAD and manufacturing drawing, CNC and machining, robotics and PLCs, metrology and quality, lean production, and engineering management.

Capstone and work-integrated learning

Most Australian engineering technology degrees finish with a capstone project in the final year, where you take a real manufacturing problem and work through design, costing, tooling and commissioning. Many also include a work placement or industry-based project unit, because manufacturing employers hire on demonstrated shop-floor and project experience. If your course offers placement, it is usually arranged through the university's industry office and can run for several weeks to a full semester. Confirm the exact structure, unit list and any placement requirement on the official page, since offerings vary by campus and intake.

Who it suits

This degree suits school leavers with maths and physics, tradespeople moving from the tools into engineering roles, and production supervisors who want formal qualifications. You graduate able to read a drawing, program a machine, set up a quality system and argue a business case for new equipment. English requirements for international applicants are IELTS Academic 6.0–6.5 overall for this level, with TOEFL iBT, PTE Academic and Cambridge C1 Advanced accepted as equivalents. The Department of Home Affairs sets a separate English threshold for the Student visa. Tuition is published on the CRICOS register under course code 115315C. International students on a Student visa can work up to 48 hours per fortnight while studying, and graduates may be eligible for the Temporary Graduate visa (subclass 485) post-study work stream.

• Manufacturing engineer, food and beverage plants, medical device makers, defence suppliers, building products manufacturers.
• Production or process engineer, mining equipment, automotive components, packaging and plastics.
• Quality engineer or quality officer, regulated manufacturing, including ISO 9001 and AS/NZS environments.
• Automation and controls technician or engineer, PLC, robotics and SCADA integrators.
• Maintenance and reliability engineer, heavy industry, utilities, transport and logistics.
• Production planner or manufacturing supervisor, moving into operations management.
• Technical sales or applications engineer, machine tools, industrial equipment and consumables.
• Further study, honours year, graduate certificate or master's in engineering, project management or business.