The project involves developing an advanced genome profiling technology that has the potential to transform clinical diagnostics of cancer, rare disease, and more.

The Western Australian Department of Fire and Emergency Services will apply lessons from the California Fires that enhance bushfire resilience, preparedness, and response, minimising loss of life, damage and community impact in future extreme bushfire scenarios.

Scam calls and SMS messages remain a significant threat in Australia. According to the ACCC’s Scamwatch, Australians reported record losses of over $3.1 billion to scams in 2022.

The successful candidate will be embedded within an engineering team and paired with senior telco architects and software developers for continuous mentoring. They will participate in code reviews, design workshops, and system integration activities.

This research project will co-design a best-practice framework to meaningfully engage families, carers, and supporters in community mental health care at cohealth. By incorporating cultural responsiveness and psychological safety, the framework will enhance support systems, improve recovery outcomes, and align with national mental health reforms.

This project will analyse the effectiveness and impact of selected service streams within Mind Australia’s community mental health programs. Using both qualitative and quantitative data, the research will assess client outcomes, service engagement, and areas for improvement, directly influencing service design and delivery.

This project will evaluate the implementation and effectiveness of physical health promotion and support initiatives at Mind Australia, a leading community mental health service. By assessing current practices, such as the My Physical Health Checklist and My Better Life goal-setting tool, this research aims to enhance service delivery and improve health outcomes for clients.

This project offers an exciting opportunity to develop a next-generation wearable microneedle sensor for minimally invasive health monitoring. The intern will gain hands-on experience in biomedical sensor fabrication, electrochemical testing, and quality control, working alongside industry experts and international collaborators.

The primary purposes of this internship are for the student to develop experience researching a complex legal question that has a significant application across the Australian natural hazards and disaster management landscape and to provide the Queensland Fire Department (QFD) with a comprehensive answer to its research question.

Be part of an innovative medical research project trialing the efficacy of a medical device designed to extend the ex vivo viability of donated organs during transportation.

Join a cutting-edge aerospace R&D team working on guided supersonic rocket systems. Opportunities exist in aerodynamics, propulsion chemistry, and avionics, developing solutions for high-speed flight. This internship offers real-world applications in aerospace engineering, materials science, and precision navigation.

Join a cutting-edge aerospace R&D team working on guided supersonic rocket systems. Opportunities exist in aerodynamics, propulsion chemistry, and avionics, developing solutions for high-speed flight. This internship offers real-world applications in aerospace engineering, materials science, and precision navigation.

Join a cutting-edge aerospace R&D team working on guided supersonic rocket systems. Opportunities exist in aerodynamics, propulsion chemistry, and avionics, developing solutions for high-speed flight. This internship offers real-world applications in aerospace engineering, materials science, and precision navigation.

The research, enhancing the portability of a blood coagulation rheometer, will enable it to be used in more remote and challenging locations. This will potentially enable improved patient care for under-served patient groups and in remote regions.

Challenge and research the gap in understanding fire behaviour and forecasting fire danger for areas that contain updated vegetation grass layers for the NT.

All PhD and Masters by Research students are encouraged to submit an expression of interest to join the APR.Intern database. These submissions are viewed by industry partners with the intention of creating internship projects.