Information
Overview
- Study electric and electronic engineering and have an impact on powering and connecting the modern world. Your high-demand skills as a graduate could help design or maintain systems that power homes cities and industries or contribute to sustainable and intelligent infrastructure, smart devices and autonomous vehicles.
- You’ll learn to apply engineering principles to the design, manufacture, installation, commissioning, operation and maintenance of electrical and/or electronic plants and equipment.
- Shape your career direction by choosing courses in electromagnetic modelling, industrial communication protocols, power systems analytics or exploring electro-magnetic fields and waves.
Career outcomes
As a graduate, you could work as a:
- electrical design engineer
- electronics hardware engineer
- control systems engineer
- embedded systems developer
- power systems analyst
- telecommunications engineer.
Emerging and cross-disciplinary roles may include:
- biomedical electronics engineer
- sustainability and energy efficiency consultant
- ai hardware engineer
- consumer electronics designer or embedded systems engineer
- energy storage engineer or smart grid analyst.
What you'll study
Explore the courses you'll study as part of this specialisation.
Refer to the UniSQ Handbook for detailed recommended enrolment patterns and course availability.
Relevant degrees for this specialisation
Graduate Diploma of Professional Engineering
This degree is ideal for engineering professionals seeking career advancement or engineering focus without committing to a full master’s degree. It enhances technical, analytical, and project management skills and you can design your own career path by selecting an engineering specialisation and elective courses to suit your goals and interests.
Find out more
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