Build a probability model to give a confidence interval of predicted retail trade based on location (GPS coordinates). The purpose is to create a tool that will be able to inform decision making such as identify underperforming businesses based on predicted potential turnover and identify the viability of new sites.

The research has the potential to make a significant impact in the field of course assignment and scheduling and to improve the way that organisations and educational institutions approach this important challenge. The student will have the opportunity to make a real-world impact and to gain valuable hands-on experience in the field.

This project will review groundwater clean-up endpoints historically achieved in Victoria through environmental audits. It will inform guidance outlining the minimum groundwater remediation expected to be achieved to minimise risks of harm so far as reasonably practicable.

You will develop custom software for simulating the effects of power system faults for an arbitrary electrical power network consisting of transformers, transmission lines and cable models.

There are a wide range of internships available within the Defence sector, and students skilled in Science, Technology, Engineering and Maths (STEM) are encouraged to join our Defence database to be kept across new opportunities. The Defence sector is at the forefront of innovation and these internships are an opportunity for students to experience world-class research and development. By submitting a general application, eligible students will be contacted for suitable upcoming projects.

Conduct technical research into Antenna designs involving simulation, experiments and problem solving with the aim of solving real world challenges. Help GME develop its Australian design and manufacturing capabilities by proving or disproving its design and verification procedures.

Industry demand for PhD students remains strong and PhD students are encouraged to join the APR.Intern database. By submitting a general application, eligible students will be contacted for suitable projects with industry partners who are searching for candidates. Students will also have the opportunity to submit a profile for the APR.Intern website available to Industry partners, with the view of creating internship projects.

Industry demand for PhD students remains strong and PhD students are encouraged to join the APR.Intern database. By submitting a general application, eligible students will be contacted for suitable projects with industry partners who are searching for candidates. Students will also have the opportunity to submit a profile for the APR.Intern website available to Industry partners, with the view of creating internship projects.

Industry demand for PhD students remains strong and PhD students are encouraged to join the APR.Intern database. By submitting a general application, eligible students will be contacted for suitable projects with industry partners who are searching for candidates. Students will also have the opportunity to submit a profile for the APR.Intern website available to Industry partners, with the view of creating internship projects.

Industry demand for PhD students remains strong and PhD students are encouraged to join the APR.Intern database. By submitting a general application, eligible students will be contacted for suitable projects with industry partners who are searching for candidates. Students will also have the opportunity to submit a profile for the APR.Intern website available to Industry partners, with the view of creating internship projects.

Industry demand for PhD students remains strong and PhD students are encouraged to join the APR.Intern database. By submitting a general application, eligible students will be contacted for suitable projects with industry partners who are searching for candidates. Students will also have the opportunity to submit a profile for the APR.Intern website available to Industry partners, with the view of creating internship projects.