Rising the ranks of scientific research
QUT has been named one of the fastest rising universities in the world, and top in Australia, for scientific research in this year’s Nature Index of high-quality research outputs.Read about the achievement here
Transforming waste into products
Our researches are looking at how to transform and manage waste. This includes embedding a molecular code into plastic products to better identify illegal plastic waste dumping and transforming textile waste into a material for use in batteries.Creatively dealing with waste
Breakthrough for cleaning oil spills
Our researchers invented a new, non-toxic, low-cost and safe compounds that can quickly absorb oil and scrape the product away for safe disposal.About this research
New Academy of Science Fellow
Our congratulations to Professor Christopher Barner-Kowollik who has joined the ranks of the nation’s top scientists as a newly elected Fellow of the Australian Academy of Science.Read our news article here
We specialise in research covering diverse topics, including:
- studies of particles, fields and radiation and their interaction with matter
- the design, synthesis, characterisation and study of the properties of molecules and materials
- the implementation of these molecules and materials in various applications.
Our outcomes have included finding cheaper and efficient materials for storing renewable energy, and determining the elasticity of crystals down to the atomic level.
Our academics actively research in the Molecular Recognition and Sensors research group where we design, manufacture and discover new application for nanosensors. Outcomes from this research include electrochemical sensors that quickly identify illicit drugs and a novel method for detecting rhuEPO doping in athletes.
While past societies depended on stone or bronze or iron, it's materials such as silicon and polymers that are supporting and transforming the world today. Our Materials Science and Engineering research group investigates existing materials and designs and optimises new materials that are efficient and sustainable.
"QUT not only gave me scientific training and skills, but also the ability to diversify into broad science opportunities. A career highlight has been working in India for PepsiCo as a water quality specialist for a water re-use initiative."
"QUT's physics degree allowed me to learn about different areas such as astro, quantum, mechanics, thermodynamics and radiation. My classes were very hands on and I got to practise on equipment such as electron microscopes to study nano-sized structures and particles."
- Bachelor of Communication (Professional Communication)/Bachelor of Science
- Bachelor of Design (Landscape Architecture)/Bachelor of Science
- Bachelor of Engineering (Honours)/Bachelor of Science
- Bachelor of Science/Bachelor of Business
- Bachelor of Science/Bachelor of Games and Interactive Environments
- Bachelor of Science/Bachelor of Information Technology
- Bachelor of Science/Bachelor of Laws (Honours)
- Bachelor of Science/Bachelor of Mathematics
The core of our industry engagement is through our research and research training activities and our undergraduate and postgraduate teaching programs.
We partner with businesses and organisations from start-ups to multi-nationals and our scope of application is inclusive.
- Australian National University
- Australian Synchrotron
- Deakin University
- Fraunhofer Institute, Germany
- Karlsruhe Institute of Technology, Germany
- Monash University
- University of New South Wales
- The University of Queensland
- The University of Sydney
- The University of Western Australia
- University of Wollongong
- Australian Nuclear Science and Technology Organisation
- Department of Education and Training