Overview

Electrical power and renewable technologies are central to transforming energy networks and achieving global decarboxylation goals. Studying the BEng (Hons) Electrical and Renewable Energy Engineering at Murdoch University provides students with a thorough grounding in electrical systems, clean power generation, and smart grid infrastructure. The program combines technical coursework with hands-on laboratory work, enabling learners to analyze and design sustainable power solutions using advanced simulation tools. Students investigate key subjects including solar and wind generation systems, power electronics, energy storage technology, and grid integration techniques. This degree suits aspiring engineers eager to tackle pressing energy challenges and drive transition initiatives across modern industrial landscapes. Graduates gain the technical competency and engineering expertise required to lead sustainable energy projects worldwide.

What You'll Learn

Core principles of electrical circuits, signals, and electromagnetic systems

Renewable generation technologies including solar, wind, and bio energy networks

Power electronics, energy conversion systems, and battery storage solutions

Smart grid architecture, distribution networks, and power system protection

Control systems design, automation, and computer-based system modelling

Sustainable engineering practice, project management, and regulatory compliance

Learning Outcomes

Graduates demonstrate a sophisticated understanding of electrical engineering principles and renewable energy integration spanning device, system, and network scales. Students learn to critically evaluate technical energy challenges, assessing modern power systems against sustainability metrics, economic factors, and operational reliability standards. Through practical laboratory sessions and design projects, learners build strong capabilities in building electrical circuits, programming control hardware, and modeling dynamic power flows. Ultimately, students acquire the specialized knowledge needed to pursue distinct engineering paths, ranging from renewable infrastructure design and microgrid development to industrial automation and smart power management.