Graph Analytics-Based Root Cause Analysis for Network Outages
Location:
Remote
Develop and validate a graph analytics framework that accurately identifies the root cause of network outages and calculates the impact radius by integrating outage data into the network topology.
Australia’s manufacturing industry requires quality compliance that many small manufacturers lack. Open Welding helps close this gap with its unique acoustic quality control technology that we are developing in this research project.
The proposed research seeks to explore the potential of newly emerging large language models to develop AI-powered tools and solutions. These tools aim to help Telstra enhance customer engagement, streamline internal processes, and drive business growth through intelligent services.
Shallow Gas & Post-Abandonment Offshore Well Leakage
Location:
Perth, WA or Remote
Deliver an independent critical evaluation of post-abandonment well leakage and barrier-failure statistics for offshore oil and gas wells, incorporating an assessment of the main causative mechanisms and the role of shallow gas.
Developing a Culturally Responsive and Psychologically Safe Framework for Engaging Families, Carers, and Supporters in Mental Health Care
Location:
Melbourne, VIC
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.
Development of 2D and 3D Microneedle Proof-of-Concept Biosensor Platforms for Glucose Sensing
Location:
Perth, WA
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.
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.
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.