Such is the multidisciplinary nature of mechatronics, the Master’s course caters to students who have successfully completed an undergraduate degree in a range of disciplines including mechanical engineering, electrical and electronic engineering, software and computer systems engineering.

The course provides a balance in knowledge and skills between the three key areas of mechanical, electrical, and computer engineering, with a strong focus on project-based and multidisciplinary learning. Project-based courses give students opportunities to bring their multidisciplinary knowledge together to learn and understand mechatronics as a discipline. You will also undertake an independent piece of research in the last year of your course.

Professional recognition

Designed to meet the requirements of provisional accreditation by Engineers Australia.

Career Outcomes

• Automation engineer
• Control systems engineer
• Robotics and process automation engineer
• Plant design and management engineer
• Data comms and networks engineer
• Sales engineer
• Self-diagnostic machinery design engineer
• Mechanical design engineer
• Process and packaging design engineer
• Scientific equipment designer
• Infrastructure engineer
• Automotive systems engineer
• Avionics testing engineer
• Mechatronic projects engineer