ChallENG Projects

Improve lives by 3D printing futuristic medical devices.

Immersive technologies are the latest platforms for real-time surgical assistance, driving the next generation of medical intervention of the future. Using AR and VR

Convert local agricultural waste into sustainable energy and green materials.

Investigate the capabilities of social robots and discover the many ways they can improve people's lives.

Learn how to design, build and fly a complex RC aircraft!

Design and develop components of a high-powered rocket

Embark upon on an unique opportunity, to make a difference in the daily lives of wheelchair users.

Development of bioreactors for sustainable treatment of polluted water resources.

Source hydrogen from food waste and you’ll pave the way for a big impact energy revolution.

Explore the promise of cellular agriculture with lab-grown meat, milk, eggs and fish.

Explore the possibilities of composite manufacturing for hydrogen transportation and reduce Australia’s carbon emissions and build a new hydrogen economy.

Devise smart systems to help treat and care for chronically ill patients in the comfort of their own homes.

Investigate the potential of geostorage as we aim for a zero-carbon future!

Integrate materials chemistry and 3D printing to construct a degradable battery!

Join an enthusiastic team developing sustainable options for encouraging drought-resistant agriculture. 

Explore low-resource biomedical design and engineering on an international platform!

Join our team in creating the next-generation of technologies to safeguard our communities from the disastrous impacts of fires!

Get involved in an international competition to design the next artificial heart!

Explore how off-world robotics, wearable technology and visualisation can bring the mining industry into the future!

Push the boundaries of solar energy to power small devices.

Be part of the future energy solution!

Get exploring with the Off-World Robotics Mars rover team!

Design. Build. RACE. a full-sized racing car!

Students get the chance to work on an impactful, hands-on assistive technology projects.

Develop solutions for a circular economy by building automated robots to tackle the world's growing e-waste crisis.

Create innovative power systems for space missions and IoT applications.

Guzzle sunshine with this exciting project that transforms solar power into drinking water.

Design and build a solar-powered car with a team which has a rich history and proven track record!

Help make cities sustainable hubs of vibrant activity.