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Find a PhD or MPhil project with a scholarship

We offer a diverse range of postgraduate research projects that come with living stipend scholarships.

Scholarship-funded research projects

Explore our research projects with funded living stipend scholarships. You can filter by program type, research area and scholarship type, or use the keyword search field to find projects that suit your interests.

If you'd rather bring your own project, explore our scholarships (including top-up scholarships) and find a supervisor to support your project.

21 - 30 of 106 results

Biogeochemistry of hybrid nitrogen fertilisers in soil

Investigate hybrid N fertilisers, microbial necromass and soil C stabilisation using isotopes, metagenomics, and field experiments with UQ and DPI Queensland.

Supervisor
Associate Professor Paul Dennis and Dr Matthew Redding
Location
St Lucia, Toowoomba
Research areas
Agricultural, veterinary and food sciences, Environmental sciences
Biogeochemistry of hybrid nitrogen fertilisers in soil

Investigation of electrokinetic nanoparticle separation in elasto-inertial flows

ARC-funded PhD project developing microfluidic technologies for gentle and versatile processing of nanoparticles from body fluids and environmental extracts.

Supervisor
Dr Dan Yuan
Location
St Lucia
Research areas
Engineering
Investigation of electrokinetic nanoparticle separation in elasto-inertial flows

Simon Anders Axelsen PhD Scholarship at IMB: unlocking genetic insights into Alzheimer’s disease through AI-predicted hippocampal volume

Using AI, genomics and neuroscience to uncover the genetic basis of hippocampal degeneration in Alzheimer’s disease, revealing novel biological pathways and opportunities for therapeutic discovery.

Supervisor
Professor Allan McRae
Location
St Lucia
Research areas
Biological sciences, Biomedical and clinical sciences, Chemical sciences, Health sciences, Information and computing sciences
Simon Anders Axelsen PhD Scholarship at IMB: unlocking genetic insights into Alzheimer’s disease through AI-predicted hippocampal volume

Simon Anders Axelsen PhD scholarship at IMB: Amyloid Precursor Protein in the age of AlphaFold: the interactions of APP with Alzheimer’s risk factors SorLA and TREM2

AlphaFold3 predicts that SorLA and TREM2 bind APP directly, linking three early-onset Alzheimer's genes. We will validate these complexes by crystallography, cryoEM and mutagenesis at atomic resolution.

Supervisor
Dr Michael Healy
Location
St Lucia
Research areas
Biological sciences, Biomedical and clinical sciences, Chemical sciences, Health sciences, Information and computing sciences
Simon Anders Axelsen PhD scholarship at IMB: Amyloid Precursor Protein in the age of AlphaFold: the interactions of APP with Alzheimer’s risk factors SorLA and TREM2

Simon Anders Axelsen PhD scholarship at IMB: decoding pain: linking neural circuits to behaviour to transform treatment

Map how sensory nerves, the spinal cord, and brain respond to stimuli. AI-assisted analysis will link neural activity to pain behaviour and identify new targets for chemotherapy-induced neuropathy.

Supervisor
Dr Hana Starobova and Professor Paul Hodges
Location
St Lucia
Research areas
Biological sciences, Biomedical and clinical sciences, Chemical sciences, Health sciences, Information and computing sciences
Simon Anders Axelsen PhD scholarship at IMB: decoding pain: linking neural circuits to behaviour to transform treatment

Simon Anders Axelsen PhD scholarship at IMB: lipase–host lipid interactions in chronic Salmonella infection and gallbladder carcinogenesis

Explore how chronic Salmonella infections drive gallbladder carcinoma by disrupting host lipid biology. This project combines microbiology, infection biology and cancer research to uncover novel disease mechanisms and therapeutic targets.

Supervisor
Professor Ian Henderson
Location
St Lucia
Research areas
Biological sciences, Biomedical and clinical sciences, Chemical sciences, Health sciences, Information and computing sciences
Simon Anders Axelsen PhD scholarship at IMB: lipase–host lipid interactions in chronic Salmonella infection and gallbladder carcinogenesis

Simon Anders Axelsen PhD scholarship at IMB: targeting the oxytocin receptor for cancer diagnosis and treatment

Develop OTR-targeted imaging tracers to improve detection, treatment monitoring and surgical guidance in breast and prostate cancer, enabling earlier and more accurate intervention.

Supervisor
Associate Professor Markus Muttenthaler and Associate Professor Karine Mardon
Location
St Lucia
Research areas
Biological sciences, Biomedical and clinical sciences, Chemical sciences, Health sciences, Information and computing sciences
Simon Anders Axelsen PhD scholarship at IMB: targeting the oxytocin receptor for cancer diagnosis and treatment

Simon Anders Axelsen PhD scholarship at IMB: venom-derived peptides as next-generation therapeutics for pain

Develop venom-derived peptides that selectively target ion channels involved in pain signalling to create safer, more effective analgesics using advanced pharmacology, neuroscience and drug discovery approaches.

Supervisor
Professor Irina Vetter and Professor Mehdi Mobli
Location
St Lucia
Research areas
Biological sciences, Biomedical and clinical sciences, Chemical sciences, Health sciences, Information and computing sciences
Simon Anders Axelsen PhD scholarship at IMB: venom-derived peptides as next-generation therapeutics for pain

Simon Anders Axelsen PhD scholarship at IMB: venoms to drugs: peptide analgesics for the treatment of severe chronic pain

Develop next-generation non-opioid peptide analgesics from venom peptides that target pain-signalling sodium channels using dual-site mechanisms for safer, longer-lasting pain relief.

Supervisor
Associate Professor Markus Muttenthaler and Associate Professor Lachlan Rash
Location
St Lucia
Research areas
Biological sciences, Biomedical and clinical sciences, Chemical sciences, Health sciences, Information and computing sciences
Simon Anders Axelsen PhD scholarship at IMB: venoms to drugs: peptide analgesics for the treatment of severe chronic pain

Molecular phenomena of electrode–electrolyte interfaces for high-current-density green hydrogen electrocatalysis

Combine experimental investigation and molecular dynamics simulations to understand electrode surface and gas-bubble behaviour that limits hydrogen production at industrially relevant high current densities, guiding next-generation electrocatalyst design.

Supervisor
Dr Hong Peng and Dr Mu Xiao
Location
St Lucia
Research areas
Engineering, Mathematical sciences, Physical sciences
Molecular phenomena of electrode–electrolyte interfaces for high-current-density green hydrogen electrocatalysis