Bachelor of Engineering (Honours) (Electrical and Aerospace)

4 Years On Campus Bachelors Program

Queensland University of Technology

Program Overview

The Bachelor of Engineering (Honours) in Electrical and Aerospace at QUT is a vibrant, four-year degree combining the wonder of flight with the power of electrical systems — perfect for curious, hands-on thinkers who want to build the next generation of aircraft, satellites or UAVs. You’ll learn to design, test and maintain electrical and avionics systems for everything from airplanes and helicopters to spacecraft and unmanned aerial vehicles, getting both deep technical know-how and real-world aerospace experience.

Curriculum Structure

First Year
You begin with a shared foundation in engineering, covering core engineering units and essential mathematics and statistics units like “Engineering Mathematics and Statistics.” These first-year classes give you a broad grounding in engineering principles — the perfect launchpad before you choose your aerospace path.

Years Two & Three
Once the foundation is laid, you dive into your Electrical and Aerospace major, taking bachelor-level units that explore electrical systems, avionics, aircraft/system design, control systems and flight-related electronics. Over these years, you’ll spend time in labs and workshops building, prototyping, and testing real circuits or avionics components — for example, designing electronics similar to those found in jets or UAVs. This is when theory turns into hands-on practice, and your understanding takes flight.

Final Year (Honours)
In your honours year, you shift into more advanced and specialised units in aerospace engineering, and engage deeply with research and projects: you’ll complete a “Research Methods” unit, followed by a substantial honours-level project. This project gives you a chance to conceive, design, and possibly prototype a system — perhaps working on avionics, UAV design, satellite electronics or flight control. It’s a culminating experience where you integrate everything you’ve learned and prepare for a professional engineering career.

Focus Areas
Electrical systems & avionics for aircraft, UAVs, spacecraft; control, navigation, and aerospace system design

Learning Outcomes
Design, analyse and implement complex electrical and avionics systems for aerospace applications — from small UAVs to satellites — with hands-on engineering, research, and problem-solving skills

Professional Alignment (Accreditation)
This honours degree is fully recognised by Engineers Australia, giving you a globally respected qualification and the credentials to practise as a professional engineer in Australia and many other countries.

Reputation (Employability Rankings)
The program is part of Queensland University of Technology (QUT), which consistently ranks among Australia’s top universities for engineering and technology. That reputation, combined with QUT’s strong industry links to leading aerospace firms, gives graduates an excellent head-start in launching a career in aviation, aerospace or related fields.

Experiential Learning (Research, Projects, Internships etc.)

If you join the Bachelor of Engineering (Honours) in Electrical & Aerospace at Queensland University of Technology (QUT), you’ll be working far beyond textbooks — building, testing and designing real aircraft systems, developing electronics for UAVs or satellites, and collaborating with actual aerospace companies. It’s a program that immerses you in real-world engineering and gives you tangible experience long before you graduate. As a result, you finish not just with theory, but with a portfolio of hands-on engineering work and industry-ready skills.

Here are the real experiential learning opportunities the program offers:

Design, prototype and test electronics in fully equipped labs — you’ll use oscilloscopes, soldering stations and other tools to build functional circuits (for example, a two-tone siren circuit) and see your designs come alive.
Hands-on aerospace system projects — you’ll design and maintain electronic systems for all sorts of aircraft and spacecraft, from airplanes and helicopters to satellites, UAVs and more.
Work on advanced UAV / rotorcraft / spacecraft innovations — recent student and research projects include fixed-wing UAV development, rotorcraft design, aerospace vision systems, and autopilot systems.
Field-relevant, industry-driven coursework — courses cover aerodynamics, aircraft control systems, avionics, navigation and communications, and satellite system design, giving you a deep grounding in what real aerospace work looks like.
Industry placements and work experience with leading aerospace companies — the program offers exclusive work placements and research collaborations with major players like Boeing, Airbus (and others including defence and space firms), so you gain real industry exposure and professional connections.
Option for a double degree or second major — this gives flexibility to combine aerospace engineering with another discipline, broadening your skill set and career options.

Progression & Future Opportunities

If you go for the Bachelor of Engineering (Honours) (Electrical and Aerospace) at Queensland University of Technology (QUT), you’re positioning yourself for a career with strong real-world relevance — many grads end up working in aerospace, avionics, defence, aviation, or high-tech engineering sectors. Typical roles include aircraft systems engineer, avionics engineer, UAV/satellite systems designer, or aerospace systems analyst. Some may also find themselves in roles within air-transport safety, defence projects or in high-tech R&D.

Here’s what this means for you:

QUT emphasises hands-on, real-world learning: you’ll get to design, prototype and test circuits, work on UAVs, satellites or aircraft avionics systems — not just theory.
Through the embedded Work Integrated Learning (WIL) component, you graduate with a portfolio of professional skills and practical project experience — that makes you more attractive to employers straight out of university.
The degree is accredited by Engineers Australia, so your qualification is recognised formally in Australia and internationally, giving your degree long-term professional credence.
QUT has strong industry and government partnerships (with organisations like global aerospace leaders and defence-related agencies) — meaning you get exposure to real projects and potential internship or employment pathways in cutting-edge aerospace or aviation firms.
Because of this demand and specialised training, graduates are well-placed to secure technical engineering or aerospace-engineering roles, or to transition into defence, aviation safety, R&D, or technology-startup environments building aircraft, satellites or UAVs.

Further Academic Progression:
If after finishing your BEng (Honours) you want to deepen your expertise, QUT offers attractive “vertical degree” tracks. For instance, you could fast-track to a master-level qualification — combining bachelor and postgraduate studies — which is a great path if you’re interested in advanced research in aerospace systems, avionics, satellite/space-system design, or emerging fields like UAV autonomy or aerospace sustainability. That advanced credential can open doors to senior-engineering roles, R&D leadership, or even PhD-level research down the line.

If you’re passionate about flight systems, electronics, satellites or space technology — this program gives you both the technical skills and the practical experience to hit the ground running.