Login
iscover
The Sir William Tyree Foundation has made a $1 million donation to support UNSW’s expanding nuclear engineering program and foster the skills in Australia for using future technology.
To continue reading the rest of this article, please log in.
Create free account to get unlimited news articles and more!
The nuclear engineering program prepares students for careers in high-tech industries including nuclear science, nuclear medicine, mining and resources, energy, manufacturing, aerospace, space exploration and defence.
The funding aims to support scholarships for approximately 20 domestic students to obtain a master’s degree in Nuclear Engineering from UNSW’s School of Mechanical and Manufacturing Engineering, along with top-up scholarships and research expenses for research students. Funding will also support work placements with industry partners and other professional development opportunities for the Tyree Scholars.
The Tyree Foundation has generously made the donation to UNSW to continue its support of the University’s nuclear engineering program which began in 2014.
This gift builds on the foundations laid down to develop a high-tech nuclear industry in Australia, which will be essential if we choose to adopt nuclear energy as one of the options available to our country as it deals with climate change according to Robyn Fennell, Sir William Tyree’s daughter and chair of the Tyree Foundation Board.
“My father believed strongly in the benefits of nuclear energy as a safe, clean power source for Australia and our gift continues to support that vision,” Fennell added.
"To make this a reality, nuclear engineering programs like UNSW’s are critical in ensuring Australia has the home-grown skills to support that choice.”
UNSW already has partnerships with industry and research organisations, both in Australia and internationally, to provide students with opportunities for industry placements, career development and research projects.
According to Dr Edward Obbard, head of the nuclear engineering program at UNSW, combining the university's core nuclear courses with others in UNSW Engineering, and leveraging existing close partnerships with universities and national laboratories in the US and UK, it will be well prepared for the challenge of educating a new generation of Australian nuclear engineers.
"UNSW’s nuclear engineering program is internationally recognised, having been one of only 20 universities globally invited to be a founding member of the NEA Global Forum on Nuclear Education, Science, Technology and Policy," Dr Obbard said.
Beyond nuclear energy, Australia has vibrant industries in nuclear medicine, nuclear science research and mining and resources, where nuclear skills are needed.
Nuclear expertise is also applicable in other high-tech sectors such as advanced manufacturing, aerospace and defence.
The need for nuclear technologists is growing globally as both nuclear generating countries and those that don’t have commercial nuclear power recognise the need for new generations of engineers with the expertise to apply nuclear science and technology to meet medical, industrial, energy and environmental challenges, according to William Magwood IV, director general of the OECD Nuclear Energy Agency.
“After visiting UNSW in 2019, I was impressed with the education programs provided by the School of Mechanical and Manufacturing Engineering,” Magwood added.
"The passion of UNSW students for engaging with cutting-edge energy technologies was very compelling.
"We need their energy and expertise to address the complex issues facing the global community.”
Recently, the University of Adelaide also pledged to maximise research and education opportunities linked to the new AUKUS alliance between Australia, the UK and the US, which will see nuclear-powered submarines built in South Australia as part of a knowledge sharing arrangement.
[Related: Australia must prosecute the benefits of AUKUS to the Indo-Pacific]
