Help research succeed
Your donations are supporting experts in the field to achieve unprecedented results that can impact you, your loved ones and the wider community.
See how supporting research can help shape a better world.
Save Australian wildlife in bushfire affected areas
Inform effective conservation decisions and recovery efforts through improved monitoring to detect koalas and other wildlife that have survived the devastating bushfires.
Save the Great Barrier Reef
Your support will help secure the future of one of the world’s most incredible natural treasures by eradicating destructive reef pests and growing healthy, new coral.
Solve the energy problem
Invest in QUT’s renewable hydrogen energy research to help create a healthier planet for future generations to come
Stop child abuse
Every child has the right to a safe, secure, and loving childhood. With your support, we can help develop policy and practice to prevent and reduce child maltreatment in Australia.
Towards a waste-free world
Your support of the Centre for a Waste-Free World will help to generate knowledge, processes and technologies to make our world more sustainable, secure and resilient.
Stop disease wiping out one of the world’s staple foods
Help develop bananas that are resistant to disease and secure a reliable food source and farm income for some of the world’s most vulnerable people.
Lead healthcare with 3D printing
With your support, we aim to lead the way in biofabrication with precision manufacturing to provide personalised and customised solutions for surgery, implants, prosthetics, bionics, clinician training and patient education.
Latest giving news
QUT researchers have published an improved and innovative method for estimating the number of koalas in an area detected by using drones and an artificial intelligent (AI) algorithm as they continue the quest of identifying surviving koala populations in bushfire areas.
The world-first 3D printed chest reconstruction implant that has changed the life of a young medical student is the outcome of years of research by QUT Distinguished Professor Dietmar W. Hutmacher, an internationally recognised scientist who pioneered the use of patient-specific 3D printed scaffolds to repair bone and other tissue, and his team.