Research commitments
UC's research is guided by three research commitments that reflect our identity, our responsibilities, and the impact we seek to deliver for New Zealand and the world.
Together our research commitments focus our work on some of the major challenges facing people, communities and planet. They guide our work to strengthen resilience, support sustainable futures and develop technology for real-world benefit.
Showcases
Discover how we bring our research commitments to life across disciplines.
Improving support for autistic children
UC researchers are developing digital supports that improve wellbeing for autistic children and whānau.
Protecting our high-country springs
UC research is revealing how aquatic plants are transforming high-country springs and informing their management for multiple values.
Science for sustainable space development
UC researchers are helping understand potential environmental impacts of a growing space industry with increasing global rocket launches.
Enabling drug development from space
UC researchers are using microgravity to grow higher-quality protein crystals and support drug discovery.
Cass: research and restoration
The Cass Field Station combines research, restoration and teaching to support New Zealand's high-country ecosystems.
Detecting change from long-term monitoring
UC researchers have used long-term ecological data to document major declines in native alpine moths over the past 60 years.
Unlocking a record of past climate change
UC researchers are investigating glacial history to better understand how climate has changed over thousands of years.
Giving rivers room to move
UC researchers are highlighting new approaches to river management to recognise rivers as dynamic and biologically diverse ecosystems.
Building strong foundations in literacy
UC researchers are showing how structured early literacy teaching can set children on a path to reading and writing success.
More about research at UC
Contact UC Research
Our team is here to answer any questions you have.