Bachelor of Engineering (Hons) (Electrical and Aerospace), Queensland University of Technology

Brisbane, Queensland

48 Months

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About this course

This degree prepares you for a career in electrical and aerospace engineering by combining practical industry experience with advanced technical knowledge. You’ll learn to design, prototype, and test electrical systems for all types of aircraft, satellites, and unmanned aerial vehicles (UAVs). The curriculum emphasizes hands-on learning through advanced labs, field trips, work placements, and industry projects with leaders like Boeing and Airbus. The course covers aerodynamics, aircraft control systems, avionics navigation, communication, and aerospace system design. Graduates will have a highly specialised qualification recognized in Australia and internationally, equipping them with the skills necessary for developing innovative aerospace solutions and maintaining electrical systems across various platforms.

Why this course is highly recommended

QUT is a leader in avionics research and maintains strong industry and government partnerships, providing students with unique practical experiences. The course offers exclusive work placements and research projects that connect students directly with industry leaders like Boeing and Airbus. The focus on real-world skills, advanced labs, and industry collaborations prepares graduates for successful careers in aeronautics, space, and electronic systems. Additionally, the qualification is recognised both in Australia and overseas, and students can pursue specialisations aligned with the rapidly expanding space industry and autonomous aircraft technology.

Specialisation

The program focuses on electrical and aerospace engineering, with opportunities to combine it with a second major or a double degree to broaden employment prospects. Students will gain expertise in avionics, aircraft control, satellite systems, UAV technology, and aerodynamics, preparing them to work on innovative solutions in the aviation and space industries.

Course fees

Application fees

1st year tuition fees

24.91L

Living cost

Degree requirements

The program consists of 32 units (384 credit points), including core units, a major, complementary studies, and electives. The first-year curriculum covers fundamental engineering principles, with specialisation-specific units introduced later. A major in electrical and aerospace engineering includes eleven bachelor-level units, five advanced Honours-level units, and two discipline extension units. Students must also complete 60 days of approved work experience as part of their Industry Work Integrated Learning component. Graduates are eligible for Engineers Australia membership, recognized under the Washington Accord, which supports international practice.

English language test

DUOLINGO

TOEFL

IELTS

6.5

PTE

Career prospects

Graduates can work as aerospace avionics engineers, design engineers, electrical engineers, instrumentation engineers, or vision systems engineers. Employment opportunities exist in major aerospace and electrical companies, start-ups, and roles in air transport safety, management, regulation, and defence sectors. The skills gained open pathways into innovative areas like UAV development, aircraft control systems, and satellite technology. As professionals progress, they can move into senior engineering, management, or consultancy roles across various industries.

FAQs

What industry partners does the course have?

Students benefit from collaborations with industry leaders such as Boeing, Airbus, and the Department of Defence, offering research projects and exclusive work placements.

Is this degree recognized internationally?

Yes, the qualification is recognised in Australia and overseas, and graduates can attain professional accreditation from Engineers Australia.