Bachelor of Engineering (Electrical Engineering) (Honours)

RMIT University's Bachelor of Engineering (Electrical Engineering) (Honours) prepares students for a practical and theory-rich understanding of electrical engineering. Across four years of full-time study, you’ll move from core concepts in circuit design, electronics, and programming into advanced topics like power systems, telecommunications, automation, and renewable energy technologies. The degree aligns with Australian industry needs and pays strong attention to hands-on learning in specialised labs, as well as collaborative project work.

Structured over eight semesters, this honours-level degree uses a combination of units of study that total a specific number of credit points required for graduation. The final year integrates a capstone project, where students tackle a real-world engineering challenge—sometimes with direct input from local industry partners. In addition to this, there’s a focus on professional practice through work-integrated learning, often in the form of internships or placements in Melbourne-based businesses and engineering consultancies.

Throughout the course, you’ll pick up practical skills in analysing and designing electrical networks, using specialist software, and understanding regulatory and safety requirements in the Australian context. Attention is given to teamwork, project management, and communication—all critical for Australian workplaces. This degree suits students who enjoy mathematics and physics, have an interest in how large electrical systems work, and want a career where every day brings new technical challenges and collaboration.

International students can work up to 48 hours per fortnight during study and may be eligible for the post-study Temporary Graduate visa (subclass 485), allowing further experience in Australia's engineering sector. Entry requires proof of English proficiency as per university and government standards. For full details, check RMIT’s official information page and the CRICOS register.

Typical roles and industries

• Electrical engineer in construction, energy, or telecommunications firms
• Power systems analyst for electricity utilities
• Automation or control systems engineer in manufacturing and process industries
• Project or design engineer for consulting companies
• Technical officer in government infrastructure or defence projects
• Renewable energy systems designer or specialist
• Roles within Australia's growing energy and infrastructure sectors