AUStronauts

With Australia’s space industry growing rapidly, hands‑on experience in real space projects provides a strong advantage for graduates seeking highly competitive roles. Spacecraft engineering is inherently complex and multidisciplinary, requiring expertise in areas such as systems engineering, mission design, electronics, software, and environmental testing under stringent constraints.

Through engaging with these challenges, students develop critical problem‑solving skills, resilience, and the ability to work within tightly coupled systems. This training prepares them to operate effectively in high‑stakes, real‑world environments, and we have already seen our interns progress into senior space industry positions around the globe.

VIP ChallENG research goals

• Design and build a satellite/satellites with an ultimate aim of launch.
• Develop projects to win international space competitions. Each year, new competitions will be evaluated, and teams developed for the best opportunities. 

Research, design & technical issues

Research areas:

Small spacecraft, Space system engineering. 

Research, design & technical issues:

This involves a broad range of engineering challenges, including systems engineering considerations. The specific topics may vary depending on the competition. For example, the annual Mission Idea Contest requires teams to address the particular requirements outlined in the problem description year by year.