Bachelor of Engineering (Electrical) (Honours)

This programme offers a comprehensive foundation in electrical and electronic engineering, combining theoretical understanding with professional practice to prepare graduates for employment in a rapidly evolving engineering landscape. Students develop essential technical knowledge alongside transferable skills that support effective problem-solving, communication, and professional responsibility.

The curriculum includes a range of courses designed to build advanced practical capability and a strong awareness of safety in engineering practice. Key areas of study include electrical circuits, digital and control systems, electrical machines, and power systems. In the final year, students complete a substantial honours-level research project, undertaken in collaboration with industry partners or academic researchers who act as project clients.

A strong emphasis is placed on experiential and hands-on learning throughout the degree. Students strengthen their creativity and engineering expertise through design-based projects, laboratory sessions, and practical workshops. In addition, up to 12 weeks of supervised professional industry placement provides valuable exposure to real-world engineering environments.

Graduates of the programme are prepared for a wide range of specialised engineering roles focused on the design, operation, and maintenance of electrically powered systems. Career pathways may include work on micro-scale electronic components, consumer products, as well as large-scale infrastructure, industrial equipment, and machinery.

The programme begins with a common first year that establishes a broad foundation in core engineering principles. From the second year onward, students progress into electrical and electronic engineering–focused subjects, with opportunities to tailor their studies through elective courses aligned with individual interests and career goals.

Elective options may include areas such as machine learning and vision systems, microcontroller interfacing and embedded applications, radio frequency engineering, renewable and distributed power generation, robotics and automation, and telecommunication system security.

Throughout the degree, learning is supported by diverse assessment methods, including technical reports, case studies, presentations, examinations, laboratory-based team projects, industry-focused research tasks, e-portfolios, and reflective practice activities.

Students may complete the majority of first-year and second-year courses at either the Adelaide City Campus or Mawson Lakes Campus, with some cross-campus study potentially required. Access to modern facilities across both campuses enhances practical learning and supports a high-quality academic experience.​