Complete your research degree alongside our world-class experts

PhD and research candidates play an important role in the research efforts of the Institute for Integrated and Intelligent Systems. Our programs are informed by world-class research and supported by the experience of our experts in these fields. This means that as a Griffith graduate, you’ll be ideally positioned to take advantage of new and exciting opportunities.

Research study

Find all you need to know about research study at Griffith, from degrees to scholarships and how to apply. Our Griffith Graduate Research School also offers a range of opportunities to enhance your graduate experience.

Research projects

Top-up scholarships- precision medicine data platform project funded by Advance Queensland & Datarwe

Safe reinforcement learning for medical applications

Artificial Intelligence facilitates ICU Resource Management against Infectious Diseases

Using machine learning techniques to help improve intensive care outcomes in traumatic brain injuries

Knowledge Empowered Decision Making in Medical Data Processing

Augmented stream learning of medical time series data for continuous outcome prognosis

AI analysis of Antibiotic Prescribing

Can pathological indicators determine severity of bacteremia and/or predict antimicrobial resistant clones?

Our researchers

Discover more about our individual staff and members’ expertise and find a supervisor to suit your research interests.

Available Projects

Interoperable Blockchain Systems for Smart Applications

Making machine learning more reliable and trustworthy

Streaming Data Privacy Protection, Secure Analysis and Mining

Reinforcement learning for environments with teams and incomplete information

Explainable AI and Its Applications in Cross-media Analysis

Minimising Human Efforts to Fight Fake News and Restore the Public Trust

Anomaly Detection Based on Medical Time-Series data

Data-driven blood stream infection prevention.

Expanding research on Blockchain (DLT) for patient privacy.

Spatio-temporal attribute data links to digitalisation of medical data.

Data Analytics for Optimising Pathological Services.

Predicting Hospital Readmission based on Deep Learning Techniques.

Interpretable learning in biomedical image analysis.

More information

To find out more about studying with us, get in touch