Overview

Electrical and electronic systems form the backbone of modern technological infrastructure, driving power generation, sustainable energy systems, and telecommunications network development. Studying the Bachelor of Engineering (Hons) in Electric and Electrical Engineering at Curtin University provides students with an in-depth understanding of electrical power, circuit design, control systems, and renewable energy technologies. The curriculum combines fundamental mathematical and physical principles with practical engineering design projects, allowing students to create innovative solutions for complex technological challenges. Learning takes place in specialized electrical laboratories equipped with advanced testing instruments and design software, supported by academic staff actively engaged in industry-focused research. This program suits analytical problem solvers and tech-driven individuals eager to build power grids, renewable energy systems, and electronic devices. Graduates complete the degree fully prepared to enter the global engineering sector as skilled, professional engineers.

What You'll Learn

Electrical circuit theory, signal processing, and electromagnetic field fundamentals.

Power generation, high-voltage transmission, distribution networks, and smart grid integration.

Control systems engineering, industrial automation, and robotics applications.

Renewable energy technologies, energy storage systems, and power electronics design.

Embedded systems, microcontrollers, and digital system design principles.

Engineering project management, professional ethics, risk assessment, and sustainable practice.

Learning Outcomes

Upon completing this program, students develop a comprehensive understanding of electrical and electronic engineering principles across physical component, circuit, and large-scale power network levels. They acquire the critical capability to analyze complex technical problems, evaluate system performance, and design sustainable electrical solutions to address real-world industrial and energy needs. Hands-on laboratory experiments, system modeling, and collaborative design projects build strong practical skills in circuit building, software simulation, power system analysis, and technical report writing. Additionally, the broad engineering foundation enables graduates to specialize in key industry sectors such as renewable energy integration, power system engineering, industrial automation, or telecommunications infrastructure design.