Our researchers
Connect with the best. Explore our researchers, their achievements and expertise.
Strengths and projects
Cutting-edge research driven from the heart of our research centres and groups.
Degrees and study
Ready to take the next step? Find out more about our research degrees.
Partnerships
Connect with our expertise, equipment and facilities, and see real evidence of collaborative partnerships.
Research for the real world starts here
Find out how our collaborative approach to research is helping the world to progress.
Transdisciplinary
We tackle some of the biggest questions facing the planet by combining different disciplines and capabilities. Our transdisciplinary research approach is delivering unique solutions.
Real world partnerships
We work closely with partners across all sectors who will apply our research outcomes to create solutions. We're engaging with government and industry, to translate our research to deliver real-world impacts.
Transformative
We are harnessing our technological strengths across different disciplines to transform research by identifying new opportunities and delivering solutions to real-world problems.
Bold ideas, real impact
Research by study area
Architecture and built environment
We bring together government, industry and community to create real-world solutions to built environmental problems.
Business and law
Our research brings together world-leading academics with industry leaders, and we help current and future leaders to navigate a fast-emerging new world.
Creative industries, education and social justice
We are a world leader in creativity, teaching, and justice research.
Engineering
We are ranked as the leading research institution in Australia for both robotics and biomedical technology.
Health
Our research improves patient treatment options and increases the world's knowledge of human health.
Science
Be part of scientific research that has real impact and discover the projects establishing our staff as international research leaders.
Making real progress
Smoke from controlled burn offs and surface dust are leading source of particle air pollution
Outdoor air pollutants monitored at five Queensland schools in a year-long QUT study found that most of the tiny particles (PM2.5) that lodge in the lungs came from the environment, such as smoke from controlled burns, rather than vehicles.
Global analysis of 30M hydrogen energy tweets shows increase from 2015 Paris Agreement
Australia’s hydrogen energy-related discussion on Twitter (now X), ranked seventh globally, according to an analysis of 30.7 million tweets conducted by QUT researchers.
Renowned QUT lecturers bring maths to life for next generation
Take the numbers and formulas of maths, add real-world stories, displays and applications – and you quickly see it in an engaging new light.
Why QUT
Our research is focused on progress, pushing the boundaries and developing new ideas through transdisciplinary thinking.
Our facilities
We're committed to providing high quality infrastructure, professional support and facilities for our researchers.
QUT public statement on research assessment
We are committed to supporting high quality and impactful research through responsible research assessment.
Download the QUT public statement on research assessment (PDF file, 86.1 KB)