Resources

AVA Challenge

Workforce Development for STEM Careers

The Australian Virtual Astronaut Challenge is designed to showcase real-world opportunities in the workforce, highlighting STEM skills needed and the career pathways available.

This is done by immersing students in the engineering design process to use the same tools the space industry uses to solve known problems.

Organisations – want to support the AVA Challenge?

Contact us to discuss sponsorship
& joint delivery opportunities!

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FAQ’s

Current Projects & Challenges

AVA Challenge

AVA Challenge | Home on the Moon

Meeting the NASA Shortfalls

Long-term human habitation.
To establish a permanent lunar base, we need to solve multi-disciplinary challenges. We explore team dynamics, the engineering design process and the overall AVA Challenge framework.

View the introduction >>>

AVA Challenge

Challenge 1 | What we eat

NASA Shortfall: 1525 – Food and nutrition for Mars and Sustained Lunar

Energy, nutrition, sustainability.
How can we sustain life off-world? In this mission, you will explore the complex challenges in nutrition that face astronauts for long-term habitation in space.

View Mission 1 challenge >>>

AVA Challenge

Challenge 2 | Where we live

NASA Shortfall: 1601 – Enable Observation of Whole Top-to-Bottom Dynamic Ecosystems

Human habitation off-world.
The ability to make tools and instruments and apply observational data can help us build and understand our human-made lunar ecosystem.

View Mission 2 challenge >>>

AVA Challenge

Challenge 3 | Going Outside

NASA Shortfall: 1304 – Robust, High-Progress-Rate, and Long-Distance Autonomous Surface Mobility

Explore and discover.
How might rover and vehicle design be improved? Apply engineering skills to revolutionise mobility across lunar regolith

View Mission 3 challenge >>>

SOLIDWORKS® School Sponsorship

Use the free SOLIDWORKS® Software on your browser to create your designs.

Learn more >>>

SOLIDWORKS

Grow for Launch

Preparing for a lunar growth mission!

The challenge:

  • Complete a scientific investigation of plants grown without soil and in different nutrient concentrations.
  • Re-think the design of the growth chamber and nutrient and light conditions for optimal growth.
  • Complete a food sensory test to help think about what makes food enjoyable.
  • Create a delicious plant-based recipe based on your produce.
  • Extended Challenge: Design your own solution using the iSTEM framework!

Learn more >>>

Grow for Launch logo showing a strawberry plant gerowing out of a beaker