Space Technology
Get ready for a career in Australia's dynamic space science industry with a foundational understanding of global and domestic space ecosystems.
Swinburne's Space Technology co-major is open to all undergraduate students and spans space science, microgravity science, space environment, data and visualisations, space entrepreneurship, space policy, space law and space technologies.
You’ll get to collaborate on real-world projects with local and international industry partners while liaising with global leaders in space science and technology. This creates incredible networking and graduate employment opportunities.
Forecast to grow to over USD $1.1 trillion by 2040, the space science industry offers excellent career path opportunities. Right now, businesses are receiving unprecedented assistance from the Australian Government, which aims to triple our space industry within the next decade, adding an extra $10 to $12 billion per year to our economy.
Discover now and innovate for the future. When you graduate with our Space Technology co-major, you’ll have the confidence and skills to apply your knowledge to a range of roles within the exciting and rapidly-growing Australian Space Science Industry.
Browse our courses to find detailed course information, application dates, entry requirements, fees, subjects, ATAR calculator and more.
Browse our Space Technology courses
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Space for all
Study Space Science and Technology - make it your co-major!
What could be more exciting than the final frontier? Design experiments for the International Space Station and network with industry professionals globally. Work in the newly created Australian Space Agency or form your own Space X. Everyone’s welcome, but if you’re studying a Bachelor of Science, Bachelor of Computer Science or Bachelor of Engineering (Honours), you might be especially interested!
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- Astronomy
Explore the cosmos: Swinburne partners with NCM to launch space exhibition, Artificial Sky
Wednesday 18 September 2024 -
- Astronomy
New JWST low-mass galaxy observations could help settle scientific debate about early universe origins
International researchers have made a major astronomical breakthrough, revealing that small galaxies are very likely at the origin of reionization.
Thursday 29 February 2024