Our research is reaching global sustainable development goals
QUT is committed to the integrated pursuit of planetary health, economic development and social justice. Our researchers are exploring real-world problems and opportunities related to the environmental, social, economic, cultural and legal dimensions of sustainability.
In collaboration with government, industry and communities, our research centres address all 17 of the United Nations Sustainable Development Goals. The Sustainable Development Goals (SDGs) provide a common platform where all can contribute to solving the world’s biggest sustainable development challenges.
QUT is progressing the SDGs through its research, teaching, operations, policies and partnerships. The university is strengthening the focus on sustainability in all undergraduate courses to give graduates a broad view of the sustainability agenda and how it relates to their specific field or industry.
The graphic below maps how QUT aligns with each SDG. Click on the arrow beneath each goal for more information.
Making real progress
Hazardous microplastics heaviest in Bulimba Creek in Brisbane
Bulimba Creek was found to have a high load of hazardous microplastics in an investigation of the composition of microplastic types in three Brisbane creeks by QUT researchers.
Dolphin-feeding tourism contributes to predicted dolphin decline
Feeding wild dolphins is among the causes of a predicted radical decline in a bottlenose dolphin population off Bunbury, Western Australia, a QUT-led international research team has found.
How to win shares & influence fast-food market: warm & fuzzy can't cut it
New research from QUT challenges a common assumption in social media marketing: for fast-food brands, social media posts that signal expertise and competence are shared more often than those focused on warmth and friendliness.
New maths model sheds light on multiple sclerosis relapse & recovery cycles
A new mathematical model that reproduces the relapsing-remitting pattern of multiple sclerosis (MS) offers scientists a tool to better understand how the disease progresses.
From Lab to Market: QUT’s Carbon-Based Solar Cells Powering a Cheaper, Greener Future
Professor Hongxia Wang has developed a patented carbon-based electrode that could make perovskite solar cells cheaper, more stable and commercially viable. Her research innovation replaces costly precious metals, improves lifespan, and has launched commercially.
For everyday purchases, celebrity credibility trumps brand credibility study finds
From Taylor Swift boosting NFL ratings to influencers selling out products with a single post, celebrities have become one of the most powerful forces in modern marketing.