Bachelor Honours Degree Electrical & Electronic Engineering Full Time

Bachelor of Engineering (Electrical Engineering) (Honours)

at RMIT University · Melbourne, Victoria

CRICOS course code

110993E

CRICOS provider code

00122A

This course is registered on the Commonwealth Register of Institutions and Courses for Overseas Students. Verify it yourself at cricos.education.gov.au before paying any fee.

Duration

4 years

Tuition (whole course)

A$203,520 total

Per year

A$50,880/yr

Intake

Semester 1 (Feb/Mar), Semester 2 (Jul)

About this program

The Bachelor of Engineering (Electrical Engineering) (Honours) at RMIT University in Melbourne gives students a full understanding of electrical systems, circuits, power generation and distribution, electronics, and automation. Over four years, students learn through units of study covering electrical machines, control systems, microprocessors, signal processing, renewable energy, and telecommunications. RMIT structures the degree in semesters, with each subject or unit carrying a set number of credit points that count towards the total required for graduation.

This course includes significant hands-on learning. Students spend time in laboratories and complete practical projects that mirror local and global industry problems. The curriculum is developed in consultation with industry partners, integrating the latest in Australian electrical engineering practice. In the senior years, a research or design-based capstone project gives students the chance to investigate a real-world problem, often developed in partnership with employers or research centres.

Work-integrated learning is core to RMIT’s approach. Students typically complete an industry placement or professional internship with engineering firms, utilities, or major infrastructure projects in Melbourne or across Victoria. This experience helps build technical and professional skills relevant to the engineering sector and means graduates are ready to move into employment. The course is ideal for those interested in how electrical systems keep the modern world running, whether that's in power networks, transport, automation, or communications.

It suits students who enjoy mathematics, physics, and technology, and who want a career with tangible impact. Entry requires evidence of English proficiency (IELTS Academic 6.0–6.5 or equivalent), and international students should review the specific details on RMIT’s official website. Work rights of 48 hours per fortnight apply during study, and graduates may be eligible for post-study work options in Australia (Temporary Graduate visa, subclass 485).

Entry requirements

English: International applicants must evidence English proficiency. IELTS Academic 6.0–6.5 overall is the common undergraduate and coursework-postgraduate standard, rising to 7.0–7.5 for teaching, nursing, medicine, law and social work. TOEFL iBT, PTE Academic, Cambridge C1 Advanced and the university’s own English programmes are accepted as equivalents; the Department of Home Affairs sets a separate English threshold for the Student visa itself.

International students: Registered on CRICOS for international students. A Confirmation of Enrolment (CoE) for this course supports a Student visa (subclass 500) application; Overseas Student Health Cover is required for the full duration.

Career outcomes

Electrical Engineer for major utilities, energy, and manufacturing companies
Power Systems Engineer with electricity network operators
Control and Automation Engineer in advanced manufacturing or transport
Telecommunications Engineer for infrastructure and service providers
Project Engineer in construction, consulting, or renewable energy sectors
Technical roles with Australian government agencies or engineering consultancy firms

Frequently asked questions

How long is the Bachelor of Engineering (Electrical Engineering) (Honours) at RMIT University?

It typically takes 4 years, with intakes in Semester 1 (Feb/Mar), Semester 2 (Jul).

How much is the tuition?

Tuition is around A$203,520 total. Fees change yearly — confirm with an advisor.

What are the career outcomes?

Electrical Engineer for major utilities, energy, and manufacturing companiesPower Systems Engineer with electricity network operatorsControl and Automation Engineer in advanced manufacturing or transportTelecommunications Engineer for infrastructure and service providersProject E...

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