Summary

If it’s a smart device – phone, watch or TV – electronics engineers have played a role in its design, development and testing. Electronic circuits, microprocessors and controllers underpin most of the technologies that drive contemporary global industries, from manufacturing and power generation to transport, health, telecommunications and resource management. And as the world becomes increasingly connected, demand for highly skilled, visionary electronics engineers will only continue to grow.

The Master of Engineering in Electronics Engineering will consolidate, build on, and enhance the theoretical and practical grounding you gained in your undergraduate studies, and prepare you for a career as an electronics engineer. It will refine your technical and practical skills, and give you in-depth knowledge in both analogue and digital electronics.

Key features

• Advance your knowledge of systems engineering

   

  Understand the process of designing a system, or components of a system, to meet desired needs within realistic constraints.

• Develop a broad understanding of maths, computing and electronics

   

  Develop comprehensive, theory-based knowledge, and learn how to apply that knowledge to contemporary R&D problems in electronics.

• Synthesise and apply established theories

   

  Apply theories to the design, analysis, operation and performance of electrical components, circuits and electronic systems.

• Design an electronic circuit or system

   

  Design, implement, test and consider the maintenance of an electronic circuit or system often found in industrial R&D settings.