This research will deep-dive into why and how Integrated Management Systems are used in practice and why engagement can vary across different teams in organisations. Candidates will work with a mature organisation to develop practical ways to improve IMS adoption, consistency, and realising both short-term and long-term operational value.

This research deep dives to explore practical ways to manage ageing and critical infrastructure by devising data-driven risk-based asset management strategies. Candidates will work with asset portfolios to develop practical strategies that minimise risk and lifecycle cost, and improve the reliability and performance of assets.

This project offers a unique opportunity to work with the NSW PRMs Program to transform real-world health data into meaningful insights that support service improvement and model of care design across the NSW health system.

This internship will develop a preliminary predictive model to simulate insulation system performance under a standardised fire curve. The project will provide an early-stage decision-support tool to guide design refinement prior to costly overseas furnace testing and identify key performance sensitivities.

This research project will apply artificial intelligence to enhance maritime training and simulation technologies used for vessel navigation into ports and harbours. The internship will focus specifically on leveraging the advanced simulation environments provided by PivotMaritime to develop an AI-enabled performance analysis and feedback or ‘scorecard’ system.

Deteqt’s ground‑breaking quantum magnetometer is poised to transform magnetic fields into a powerful new lens for visualizing the world around us. In this project, you will play a key role in advancing this cutting‑edge technology by enhancing the sensitivity of the next generation of prototype devices.

This project advances a next-generation rebreather system the core of closed-loop life support—by developing and integrating a design with a helmet to deliver safe, efficient oxygen supply and CO₂ removal. Your work will directly mature critical life support technologies and help validate systems destined for future space use.

Applied research to prototype an on-device “operator readiness” monitoring system using Samsung wearables to detect fatigue and cognitive overload for astronauts and space supply-chain workers, delivering offline haptic alerts in comms-limited environments and generating privacy-preserving safety insights to support mission planning & shift design.

The opportunity to assess the suitability of advanced materials for hypersonic flight, with particular reference to withstanding high temperatures, vibration and g-forces.

This research task involves exploring the trade-off among the quantity, orbital planes and Field of View (FoV) of Low Earth Orbiting Satellites that are required to maximize the ability to detect and track long range missiles.

Tackle the ‘averaging’ problem of modern AI by building and fine-tuning an LLM designed to prioritise creative diversity over probability. Your research will directly enhance LLM’s capability to deliver unique, non-homogeneous ideas, defining the next generation of creative tools for advertising and design.

The delivered web-based product will contribute directly to local, state and federal government civil defence and emergency management preparedness capability and capacity. The system this software product will support will improve the community’s ability to respond to and recover from disaster, saving lives and property.

APR.Intern invite Masters by Research and PhD students to submit an expression of interest to join the APR.Intern database.