Aerospace engineering degrees in Australia provide students with a thorough understanding of key principles such as aerodynamics, aircraft and spacecraft design, propulsion systems, avionics, and aerospace materials. Courses integrate practical elements, including lab work and hands-on projects, enabling students to apply theoretical knowledge to real-world aerospace challenges.
The popularity of studying aerospace engineering in Australia is driven by the country’s established aerospace sector, vibrant research landscape, and globally recognised universities. Graduates are well-prepared for a dynamic and evolving job market that values technical expertise in the design, development, and maintenance of aircraft and space systems.
Upon graduation, students are highly sought after by employers across a range of sectors. These include aerospace manufacturers, defence contractors, government aviation agencies, and research organisations. Australia’s strategic position within the Asia-Pacific region also presents exciting opportunities in one of the world’s fastest-growing aerospace markets.
Types of Aerospace Engineering Degrees in Australia
Many Australian universities offer aerospace engineering programmes at both undergraduate and postgraduate levels. Below is an overview of the main qualifications available.
Bachelor of Aerospace Engineering
The Bachelor of Aerospace Engineering is a popular undergraduate degree among international students in Australia. This programme equips students with the technical knowledge and practical skills to design aircraft and spacecraft, explore new aerospace materials, develop propulsion technologies, and plan system maintenance.
Modules typically include aerodynamics, aerospace systems, engineering design, dynamics and control, and thermodynamics. Graduates are prepared to enter a range of industries, including aircraft and component design, manufacturing, defence, aviation safety, and airline operations.
Career opportunities include roles such as aeronautical engineer, compliance officer, flight engineer, and materials engineer, with employment prospects in organisations such as the Australian Defence Force, international airlines, and airworthiness authorities like the Civil Aviation Safety Authority (CASA).
Master of Aerospace Engineering
A Master of Aerospace Engineering is a postgraduate degree that develops a deeper understanding of complex engineering challenges in the aerospace and aviation sectors. Students learn to analyse and solve technical issues using advanced scientific, mathematical, and technological methods.
The curriculum typically covers aerodynamics, propulsion systems, aerospace materials, flight mechanics, design, and systems engineering. Many programmes offer research-focused components, allowing students to undertake independent projects aligned with their areas of interest. Opportunities for industry engagement through internships or collaborative projects are also common.
Graduates will leave with high-level expertise in aerospace or mechanical engineering, as well as practical experience relevant to industry needs. Popular career paths include operations manager, military aerospace engineer, flight systems analyst, and spacecraft designer.
Scholarships
Australian universities offer scholarships and financial aid to support students in their studies and living conditions.
| Scholarship name | Offered by | Award value |
| Sydney Indigenous International Exchange Scholarship | University of Sydney | $5,000 |
| Australia Awards Scholarships | University of Sydney | – |
| Monash International Tuition Scholarship | Monash University | 100% off tuition fee waiver |
Jobs and Careers
The aerospace industry is one of Australia’s most significant exporters of high-value-added manufactured goods. Choosing aerospace engineering as your specialisation offers you a range of career possibilities. Graduates from aerospace engineering universities in Australia can pursue careers in the space industry, aviation, national security, maritime construction, and airlines. Some popular in-demand jobs include aerospace engineers, aircraft designers, and mechanical engineers.
Salary
Aerospace engineering is a complex technical discipline encompassing many specialities, including aircraft engineering, avionics, propulsion, and materials science. In addition, you can expect a handsome salary after graduation. The average salary for an entry-level aerospace engineer is around $84,000. On the other hand, a mid-level and senior-level aerospace engineer earns around $96,000 – $130,000, respectively.
Top companies where you can apply after aerospace engineering are Tesla, KPMG, NASA, Ford, Dyson, and the Environment Protection Authority.
Top Universities for Aerospace Engineering in Australia
Learn more about Australian universities that offer aerospace engineering courses below:
- Australian National University
- Edith Cowan University
- Monash University
- Queensland University of Technology
- RMIT Technology
- University of Adelaide
- University of New South Wales
- University of Southern Queensland
- University of Sydney
- University of Wollongong
Study Aerospace Engineering in Australia
If you want to study an aerospace engineering degree in Australia, arrange a free consultation today. Our expert team can assist with course selection, scholarship availability and how to apply. You’re in good hands.
FAQs
What makes Australia a preferred destination for aerospace engineering?
Australia is preferred for aerospace engineering due to its cutting-edge research facilities and world-class universities. In addition, the country has a stable political environment, advanced infrastructure, and a highly skilled workforce, making it an ideal hub for aerospace companies to expand their reach.
Are there specific universities in Australia renowned for aerospace engineering?
The Australian National University, with an acceptance rate of 35%, is one of the renowned universities for aerospace engineering.
What career opportunities are available in Australia for aerospace engineering graduates?
Graduates can get job opportunities in aircraft manufacturing industries, research laboratories, and airports as mechanical engineers, design engineers, and aerospace engineers.