PhD Research Opportunity: Lung Fibrosis Uncovered: From Cells to Treatments
University of Technology Sydney – Faculty of Science
Sydney, Australia
This funded PhD project based at the University of Technology Sydney offers an exciting opportunity to contribute to cutting-edge research on idiopathic pulmonary fibrosis (IPF), a serious and progressive lung disease marked by excessive scarring, stiffened tissue and respiratory decline. Current therapies slow disease progression at best, leaving a critical gap in our understanding and treatment of IPF. The successful candidate will work within a collaborative research team investigating the cellular and molecular mechanisms that drive fibrosis, bridging foundational biology and translational outcomes. The research aims to determine how interactions between structural lung cells and immune cells regulate the onset and progression of fibrosis and to identify key molecular pathways that could inform future therapeutic strategies. You will gain experience with advanced cell and molecular biology techniques, 3D lung tissue models and in vivo fibrosis models. Comprehensive training in experimental design and high-dimensional data analysis will be provided as part of this dynamic research environment.
Eligibility Criteria
Applicants can be international or domestic students, including Australian permanent residents and New Zealand citizens. To be eligible, you must have completed a recognised degree such as a Master of Science (by research or coursework with a research thesis of at least six months) or a Bachelor Honours degree at First Class or Second Class Division 1 level (or equivalent) that qualifies you for graduate research studies.
Required Expertise and Skills
Candidates should demonstrate robust laboratory research experience, particularly in cell and molecular biology, supported by research outputs such as publications or thesis work. Essential skills include strong written and verbal communication, the ability to work independently and collaboratively, and a commitment to full-time PhD study. Experience with advanced techniques (e.g., immunostaining, flow cytometry, RNA sequencing, imaging or animal models) and an understanding of respiratory biology, tissue repair or fibrosis are highly desirable, along with competent data analysis and statistical skills.
Salary Details
The studentship offers competitive funding of approximately AUD 39,000 per year for 3.5 years.
Application Deadline
Applications are accepted on an ongoing basis until positions are filled — early applications are encouraged.

