Summary
Four PhD scholarships are available focusing on climate-driven biofilm destabilization and contaminant release in drinking water systems. This innovative program aims to develop predictive control measures to address emerging water quality challenges.
Designation
PhD Scholarships
| Details | Information |
|---|---|
| Research Area | Environmental Science, Engineering, Microbial Ecology |
| Location | Queensland University of Technology (QUT), Australia |
| Stipend | $37,010 per annum for a maximum of 3.5 years |
| Tuition Fee Offset | Coverage for the first four years of doctoral studies |
| Application Deadline | 26 June 2026 |
Eligibility/Qualification
- Honours (first class) or MSc in environmental microbiology, microbial ecology, environmental engineering, or related fields.
- Must meet QUT’s entry requirements, including English language proficiency.
- Full-time internal enrollment required (part-time/external study may be approved).
- Commencement of degree by September 2026 necessary.
Job Description
The scholarships focus on two main research areas:
- Microbial Mechanisms of Piped Water Biofilm Destabilization.
- Quantitative Risk Assessment of Biofilm-Derived Hazards.
Key responsibilities may include:
- Conducting wet-lab experiments involving microbial lab techniques (e.g., DNA/RNA extraction, qPCR).
- Engaging in quantitative/statistical data analysis related to water quality processes.
- Developing predictive models and risk assessments linked to biofilm dynamics and contaminant release.
How to Apply
- Email Professor Nicholas Ashbolt detailing your academic background, motivation for research, and interest in the scholarship, including your CV.
- If supported, submit an Expression of Interest (EOI) as outlined on the QUT website.
- In your EOI, nominate Professor Ashbolt as your proposed supervisor and include the scholarship website link in the financial details section.
Last Date for Apply
26 June 2026
This scholarship offers a unique opportunity to contribute to critical research addressing the impacts of climate change on water quality and safety.
