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| Emma Davidson at EO26 |
4:45PM Lightning Talks
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| Emma Davidson at EO26 |
Professor Andrew Norton has criticized the level of funding, as it assumes a 25% attrition rate per year. He points out this is higher than is typical. This may reflect the demand for skills in industry. Universities may have difficulty keeping students in the program, when they could be earning in industry after only completing part of the program, especially those in the AUKUS courses who will be required to meet security vetting requirements. One approach would be to have nested work integrated programs, where students study while working on AUKUS, with their work being submitted for assessment. Students could complete the first part of the program, and be awarded a qualification to get them an entry level job. They would be then study while working for a promotion.
On 4 Mar 2023 the Australian government announced a plan to acquire three US Virginia class nuclear-powered submarines from 2030, with modified UK Astute "AUKUS" class submarines built in Australia from 2040. Commentary on the announcement has pointed out that nuclear physics graduates will be needed to build, maintain, and operate the submarines. However, there will be many more specialists in engineering and computing needed. A submarine is essentially a metal tube full of computers. The weapons launched are similarly increasingly computer controlled.
Defence personnel operating, and operating from, the submarines, will also need high level skills in computing, and communications. There is a role for Australian higher education in training these personnel, and helping the Australian Defence Force in making best use of the submarines. As an example, in 2020 I coached a team in the Navy Warfare Innovation Workshop. Mixed teams of navy, public service and defence industry personnel worked on new ways to counter threats, many of which used drones.