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About the course
This combined degree builds advanced mechatronics engineering capability alongside strong mathematical foundations. You’ll study the design and automation of electromechanical systems across electrical, computer and mechanical technologies, while developing skills in modelling, statistics and analytical methods. Complete both qualifications in five years to prepare for complex technical work in engineering and mathematically driven problem-solving at bachelor (honours) level. The programme combines engineering fundamentals, design projects, and industry-ready technical problem-solving skills.
Career outcome
Graduates can pursue flexible roles across industries where robotics, automation and advanced analysis are in demand. Typical paths include systems engineering, industrial automation, robotics design, smart infrastructure design and avionics-related roles, with opportunities in defence, advanced manufacturing, mining, transport, renewable energy and health technology. This combined bachelor (honours) qualification supports careers spanning mechatronics engineering practice and mathematically informed engineering development.
Career outcome
Upon graduating from this program, you may be employed in roles such as mechanical engineer, mining engineer, project manager, mechanical designer, industrial engineer, mechanical engineering supervisor, and etc. in companies including NASA, Siemens, Amcor, Airbus, BAE Systems, and etc.Living Costs in Newcastle**
Restaurant (Meal, Inexpensive Restaurant) A$ 22 - 29 |
Rent per Month (1 bedroom in City Centre) A$ 1,199 - 1,586 |
Rent per Month (1 bedroom Outside of Centre) A$ 1,079 - 1,427 |
Transportation (Daily) A$ 7 - 8 |
Utilities per Month (Electricity, Mobile & Internet) A$ 267 - 353 |
Average Salary**
