Bachelor of Technology (Aeronautical)

3 Years On Campus Bachelors Program

Edith Cowan University

Program Overview

The Bachelor of Technology (Aeronautical) at Edith Cowan University (ECU) is a hands-on, three-year degree designed for people who are passionate about aviation, aircraft and flying — whether you dream of working on jets, designing aircraft systems, or contributing to aviation technology. Over the course of the program you’ll build a strong foundation in science, maths and engineering, and learn the practical skills needed to understand aircraft systems, aerodynamics, propulsion and aircraft operation from a technologist’s point of view.

Curriculum Structure

Year 1
In your first year you’ll settle into the fundamentals of engineering and aviation. Units like Fundamentals of Flight, Engineering Drawing and Computer Aided Design, and Introductory Applied Mathematics give you a working knowledge of flight basics, aircraft design drawing, and the essential math skills you’ll need ahead. In the second semester, you’ll study Engineering Mechanics and Electrical Engineering Fundamentals alongside further mathematics — helping you start thinking like an engineer and understand the physical and electrical behaviour behind aircraft systems.

Year 2
Year two moves you deeper into aviation-specific and engineering applications. With courses such as Materials and Manufacturing 1, Mechanical Science, and Aviation Legislation and Regulatory Frameworks, you’ll explore how aircraft are built and regulated. Then with Aircraft Systems and Engineering Dynamics, you begin to learn how different systems work together in real aircraft, and how to analyse motion, forces and dynamics — giving you a much clearer picture of how aeronautical technology translates into real-world aircraft performance.

Year 3
In the third and final year you get to apply what you’ve learned in more complex, real-world contexts. Through units like Aircraft Propulsion, Advanced Aerodynamics, Mechanics of Solids, and a capstone Technology Project, you’ll directly engage with aircraft engines, aerodynamics at an advanced level, structural mechanics and design. Alongside Instrumentation and Measurement and Engineering Management, this final year helps you combine technical knowledge with project-management skills — preparing you to contribute meaningfully to aviation projects or industry settings.

Focus Areas
Aviation systems, aerodynamics, aircraft design & materials, propulsion, engineering mechanics, practical industry-oriented technology projects

Learning Outcomes
Graduates will be able to apply scientific and engineering knowledge to aeronautical technology problems, think critically and design aircraft-related systems, communicate clearly across technical and non-technical contexts, work effectively in teams, and manage aviation technology projects responsibly and professionally.

Professional Alignment (Accreditation)
This degree is an AQF Level 7 Bachelor qualification awarded by ECU — meaning it’s officially recognized and meets standards for aeronautical technology. For students choosing the right electives, there’s also a pathway into ECU’s Master of Engineering (Mechanical or Civil), giving a route toward becoming a fully qualified professional engineer.

Reputation (Employability & University Standing)
ECU enjoys strong recognition globally — the university ranks among the world’s top “young” universities under 50 years old. It also boasts 18 consecutive years of 5-star ratings for teaching quality in Australia’s Good Universities Guide. For students of aeronautical technology, this means you’ll learn in a highly regarded environment with good teaching standards and support — a solid stepping stone for a career in aviation technology or related fields.

Experiential Learning (Research, Projects, Internships etc.)

If you join the Bachelor of Technology (Aeronautical) at Edith Cowan University (ECU), you’re signing up for more than just lectures — you’ll gain genuine, hands-on skills that mirror what professionals in aviation and aerospace actually do. The course blends a solid grounding in mathematics, physics, aircraft systems, materials, aerodynamics and propulsion with real practical, project-based learning. What that means is: by the time you graduate, you’ll have already worked on real-world problems, collaborated on team projects, and built a toolkit of technical and transferable skills that make you ready to step into aviation industry roles.

Here are the actual experiential learning opportunities you’ll encounter in this program:

Use of ECU’s 3D-Printer Makerspace Laboratory, giving you experience with additive manufacturing and rapid prototyping — ideal for designing and testing aircraft parts.
Work in the Advanced Manufacturing Laboratory and Fabrication Makerspace Laboratory, where you’ll practice hands-on manufacturing technologies and processes relevant to aviation engineering.
Access to a Thermodynamics Laboratory, letting you explore and experiment with thermal, fluid and propulsion concepts — core to understanding how aircraft engines and systems work.
Opportunity to study with the Mixed Reality Laboratory, giving exposure to simulation or virtual-reality environments that can help visualise complex aerospace systems.
Structured coursework in units such as “Aircraft Systems”, “Aircraft Propulsion”, “Advanced Aerodynamics” and “Instrumentation & Measurement”, which combines theory with practical design and analysis work.
A mandatory industry-based professional practice / work experience requirement (minimum 8 weeks) — giving you a real taste of working in an aviation-related organisation before you graduate.
Final-year work through the “Technology Project” and “Technology Practicum” units — letting you lead or contribute to substantial aeronautical engineering projects, applying what you’ve learnt from design through to measurement, materials, structures and systems.
A pathway (with electives) to articulate into ECU’s Master of Engineering (Mechanical or Civil), offering a chance to deepen technical engineering skills and head toward professional engineer credentials if you choose.

Progression & Future Opportunities

That’s a great choice — I think the Bachelor of Technology (Aeronautical) at Edith Cowan University (ECU) could be a strong fit for you. Graduates come out with solid technical foundations in aviation and aeronautical science, ready to jump into roles in aerospace, aircraft maintenance, or aviation-related technical fields — for example as an Aeronautical Technologist, Mechanical/Aerospace Technologist, or other aviation systems/maintenance specialist roles.

Here’s what this means for you:

ECU is ranked among the top young universities globally and has 18 consecutive years of 5-star teaching-quality ratings — you’ll learn in an environment committed to quality teaching and strong student experience.
The course blends theory and hands-on practicals with units like aircraft systems, propulsion, aerodynamics, materials and manufacturing, engineering mechanics, CAD and maintenance — so you graduate with very usable, industry-oriented skills.
ECU requires you to complete at least 8 weeks of professional practice (internship/work experience) — that’s real-world exposure, which helps bridge education and employment.
Choosing the right electives, you’ll be eligible to articulate into ECU’s Master of Engineering (specialising in Mechanical or Civil Engineering), giving you a path to becoming a fully credentialled engineer.
Because aeronautical technology is relatively rare and specialised (this is the only course of its kind in Western Australia), having this qualification could help you stand out in aviation-related job markets or sectors dealing with aircraft systems, manufacturing or maintenance.

Further Academic Progression:
If you want to deepen your credentials beyond the Bachelor, after completing the Aeronautical degree you can enroll in ECU’s Master of Engineering (specialising in Mechanical or Civil Engineering). That pathway allows you to build on your aeronautical background, gain broader engineering credentials, and eventually qualify as a professional engineer — opening doors to advanced engineering, aerospace R&D, design, structural engineering, or even project management in aviation infrastructure or aircraft manufacturing.