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Electrical and electronic engineering powers modern life, enabling advancements in energy, communications, transport, AI, automation, manufacturing, robotics, and computing. You'll acquire expertise in key areas like analogue/digital electronics, microprocessors, embedded systems, design principles, modeling, programming, communication networks, electrical machinery, and power grids. In today's electronics-dependent world, you'll hone both technical and hands-on abilities to become a highly valued engineer shaping contemporary society. Funding opportunities: numerous scholarships and financial awards may be available. Academic preparation: strengthen your mathematical foundation through our complimentary Mathematics for University online course. Work-integrated learning: our AdEDA program lets you transition to an apprenticeship track, pursuing your degree while securing employment.
Duration: 3 years (or 4 years with an industry placement)