Overview

Modern society relies entirely on complex electrical networks and electronic systems to power everything from global communication networks to renewable energy grids. Students enrolled in the BEng (Hons) Electrical and Electronic Engineering at The University of Western Australia explore the core principles and advanced applications of power systems, circuit design, and microelectronics. The curriculum combines rigorous mathematical and scientific theory with hands-on experimentation inside advanced laboratories and collaborative facilities like the EZONE hub. Learners interact directly with active researchers specializing in renewable energy integration, signal processing, and telecommunications. Integrated team projects and a professional practice placement bridge academic concepts with industrial application. This program suits analytical problem solvers who wish to design sustainable technologies and lead future electrical engineering innovations.

What You'll Learn

Circuit theory, linear systems, and electronic device fundamentals

Electromagnetic fields, wave propagation, and transmission lines

Digital logic design, computer systems, and microcontrollers

Electrical power systems, generation, transmission, and renewable integration

Control systems engineering, automation, and feedback loops

Signal processing, communication systems, and telecommunications protocols

Embedded systems development and hardware-software integration

Professional engineering practice, project management, and capstone design teamwork

Learning Outcomes

Graduates will possess an advanced understanding of electrical and electronic principles, enabling them to analyze, design, and optimize complex hardware systems and power networks. They will be capable of critically evaluating engineering challenges, applying mathematical modeling to circuit and system behavior, and developing sustainable solutions that meet industry standards. Through comprehensive laboratory work and collaborative capstone projects, students will build practical technical competence in prototyping, instrumentation, and troubleshooting. Furthermore, the robust foundation provided allows graduates to specialize in diverse technological sectors such as renewable energy, smart grids, or telecommunications, ensuring they are well-equipped to drive modern engineering advancements.