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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.

11 - 20 of 97 results

Developing a roadmap to melanoma screening in regional Australia

Develop a roadmap for melanoma screening, upskill health workers, & improve early detection & treatment in rural communities.

Supervisor
Professor Monika Janda
Location
Princess Alexandra Hospital
Research areas
Health sciences
Developing a roadmap to melanoma screening in regional Australia

Developing efficient breeding strategies to improve yield and quality in passionfruit

Develop and use cutting-edge technology to accelerate an efficient method of breeding new varieties of passionfruit for continuous delivery of high-performing and profitable cultivars in Australia.

Supervisor
Dr Mobashwer Alam
Location
Nambour
Research areas
Agricultural, veterinary and food sciences
Developing efficient breeding strategies to improve yield and quality in passionfruit

Engineering Nanomembranes for Direct Air Capture of Carbon Dioxide

Advance the understanding of membrane technologies for direct air capture of carbon dioxide, establish the groundwork for fabricating efficient and scalable membranes.

Supervisor
Professor Xiwang Zhang
Location
St Lucia
Research areas
Engineering
Engineering Nanomembranes for Direct Air Capture of Carbon Dioxide

Evaluating clinical AI in real-time

Support the real-time evaluation of clinical AI systems so that they are fit for purpose for use in clinical practice.

Supervisor
Professor Ian Scott
Location
Herston
Research areas
Information and computing sciences
Evaluating clinical AI in real-time

Exploring the anti-methanogenic properties of Northern Australian feedbase plants for livestock

Identify anti-methanogenic compounds in Northern Australian forage plants, supporting low-emission livestock production through natural product discovery.

Supervisor
Dr Natasha Hungerford and Dr Sarah Meale
Location
HFSP campus at Coopers Plains
Research areas
Agricultural, veterinary and food sciences, Chemical sciences, Environmental sciences
Exploring the anti-methanogenic properties of Northern Australian feedbase plants for livestock

Expression of therapeutic peptides in plants

Make peptide-based drugs in plants. Plants offer the possibility of producing drugs in a sustainable, eco-friendly way, avoiding harsh chemicals used in traditional drug manufacture.

Supervisor
Professor David Craik and Dr Conan Wang
Location
St Lucia
Research areas
Biological sciences
Expression of therapeutic peptides in plants

Major hidden source of land-based nutrients affecting Australian estuaries

Investigate organic and particulate nutrients as a hidden driver of water quality decline, aiming to improve predictive models and inform catchment management.

Supervisor
Dr Leslie Huang
Location
St Lucia
Research areas
Chemical sciences, Environmental sciences
Major hidden source of land-based nutrients affecting Australian estuaries

Metaverse as a Business/Teaching Model

Examine human interactions in the interplay between Metaverse as both a business and an education model.

Supervisor
Associate Professor Remi Ayoko and Professor Ryan Ko
Location
St Lucia
Research areas
Commerce, management, tourism and services, Information and computing sciences
Metaverse as a Business/Teaching Model

Optimizing the rumen for lifetime benefits

Better understand rumen development in calves. The project will include both lab-scale and animal studies, developing expertise in molecular biology and imaging.

Supervisor
Dr Sarah Meale and Dr Ros Gilbert
Location
Gatton
Research areas
Agricultural, veterinary and food sciences, Environmental sciences
Optimizing the rumen for lifetime benefits

Understanding the mechanisms by which regulatory T cells control self-reactive B cells

Define how regulatory T cells control self-reactive B cells, revealing a new tolerance checkpoint and paving the way for targeted therapies for autoimmune diseases.

Supervisor
Dr Pablo Canete
Location
Dutton Park
Research areas
Biological sciences, Biomedical and clinical sciences
Understanding the mechanisms by which regulatory T cells control self-reactive B cells