南澳大學

Position yourself at the forefront of technology, where mechanical and electrical engineering, and computer science combine.

In this degree you will explore the physics-based modeling and simulation of electromechanical systems, learn how to analyse, design and implement electromechanical systems using cutting-edge software platforms and collaborative digital environments. Graduate career-ready by completing the UniSA STEM Professional Practice Program and gain at least 450 hours of skills and competencies through a range of engagement activities such as placements, internships, guest lectures, industry panels, site visits, networking and events.

We’re one of Australia’s leading universities for Engineering research.1 Our leading researchers will be your teachers and everything you learn will be supported by the expertise and experience gained through our research excellence.

1 UniSA’s Engineering research rated well above world-class – 2018 Excellence in Research for Australia (ERA)

What you'll learn

In your first year you will develop a strong general foundation in engineering, including computer programming, applied mathematics and physics. As you advance in your studies you will learn about analog electronics, digital electronics, mechanics, electromechanical system design, computer programming, computer networking, embedded systems, signal processing, control, industrial actuation and automation, mobile robotics, machine learning and vision, project management and systems engineering. Our UniSA STEM Professional Practice Program allows you to apply the skills and knowledge you've acquired throughout your degree in real-world settings.

At least half of the honours year involves a major project. Armed with new knowledge and skills, using state-of-the-art design tools, and mentored by engineering academic staff, our honours students develop innovative products to advance technology.

Your career

To be a successful electrical and mechatronic engineer, you should be a good problem solver, show a passion for understanding science, mathematics and technologies and applying your knowledge to the betterment of the quality of lives. Careers to consider:

mechatronics engineer: selecting, commissioning, designing, maintaining electromechanical systems leveraging multidomain engineering expertise
computer/embedded system engineer: designing and implementing embedded systems performing sensing, communications, signal processing, control for various applications, ranging from consumer appliances to Industrial Internet of Things equipment; dealing with graphics processing units and field-programmable gate arrays for advanced applications
control system engineer: selecting, commissioning, designing, maintaining control systems for automated devices, systems (as small as electric toothbrushes or as big as rockets) or processes
robotics engineer: selecting, commissioning, designing, maintaining robotic systems for replacing or mimicking humans or animals in various processes or applications, for safety, efficiency or entertainment
power systems engineer: designing, building, maintaining, monitoring systems that deal with the generation, transmission, distribution and utilisation of electric power, and the electrical apparatus connected to such systems
systems engineer: applying a robust approach to the design and management of complex systems over their life cycle, including the integration of a large number of products from multiple vendors