PsiQuantum is partnering with five universities in Queensland – including the University of Southern Queensland (UniSQ) – to support the growing demand for skills in the quantum computing economy and explore research projects.
The collaboration aims to provide a robust framework for academic institutions in Australia, fostering opportunities for academic, postgraduate, and undergraduate placements that will attract and retain top talent from Australia and around the globe.
The memorandum of understanding includes UniSQ, The University of Queensland, Griffith University, Queensland University of Technology, and the University of the Sunshine Coast.
UniSQ Dean (Research Infrastructure) Professor Brad Carter said it was an exciting partnership.
“The University of Southern Queensland looks forward to working with its partners in quantum computing to advance education and training opportunities for Queenslanders, including those in regional areas,” Professor Carter said.
“We are excited to pursue research and development in quantum and advanced technology that builds on our research flagship strengths in agriculture and environment, space and defence, health, and regional development.”
PsiQuantum will work closely with the five universities to create targeted educational programs to meet the skills requirements for the rapidly growing quantum computing sector and other advanced technology industries.
These skill sets cover a wide variety of roles, including quantum applications engineers, mechanical, optical, and electrical engineers, software developers, and technical lab staff.
The educational programs will incorporate input from PsiQuantum and focus on developing study modules, courses, degrees, lectures, and industry training.
PsiQuantum CEO and co-founder Professor Jeremy O’Brien said the collaboration would ensure Australia develops the necessary skills and drives research to continue leading the field.
“Australia and Queensland have been world leaders in the field of quantum computing for decades, and this partnership builds upon that foundation,” Professor O’Brien said.
Quantum computers hold the promise of transforming critical industries, from modelling molecular structures at the subatomic level to accelerating drug development and designing new catalysts to address climate change and decarbonisation.
