Thank you, Madam Chair. I appreciate the invitation to be in front of you today.
My name is Steven Murphy, and I'm the president and vice-chancellor of Ontario Tech University in the great city of Oshawa, Ontario. There are a few points I'd like to make in front of the committee today.
I first want to acknowledge the government for the focus on priorities, more money for research, including basic research, and a focus on STEM to match the moment the nation faces. That's an important acknowledgement.
It's also important to acknowledge that while we have academic freedom, many of our universities are nimble, and we react to government, business and national priorities. I think we all know that we're in a time of historical significance for Canada. We need the academic community to be stepping up with those priorities. I'll be returning to that.
That said, we may historically have been looking at the wrong end of the commercialization continuum. As a university president, I'm probably asked daily, “Why aren't you doing more to get things out of your lab and into your organizations?” I could tell you that we're working really hard on that, and that we know we're not doing enough, but it's becoming a smaller subset of Canadian companies that are doing R and D in Canada. I know you've heard this from many witnesses.
It's really important to acknowledge that given the changes we see in our economy, with efforts in energy, building defence, manufacturing and retooling, and in steel and aluminum, to name a few, this could be an appropriate time to reboot, given the relational challenges with our neighbour to the south. Let's also not forget SMEs in this conversation.
Second, while we often focus exclusively on faculty and top talent—and that's critically important—what we don't hear a lot of is investment in commercialization officers. These officers have been the most successful at my university. These are individuals—professionals—who have spent some time in university life, but also some time in the private sector. They're a bit of a unicorn to try to find, but if you can find the right people, they are able to translate research into the commercialization opportunities that industry speaks, so that we're not speaking different languages. Let's let our researchers be researchers. They weren't trained in commercialization. Let's employ commercialization officers smartly and put money aside for that purpose.
Third, we've heard a lot about R and D tax incentives. Again, I think the budget was a good step here. I think we have to be thinking about the entire ecosystem. With less R and D happening in Canada, we have to try to make it viable. We know, for instance, that SMEs, when they're asked why they aren't using government programs, including what might be a more expansive R and D tax incentive, focus on the bureaucracy and the excessive time it takes to fill out government forms.
We really need to get a hold of how we can do things quicker and more nimbly if we indeed are going to create this new economy. It will lead to better talent retention, both in industry and in the academy. Everybody wants to be working on something meaningful, and I think you'll find that the universities are really meaningful partners.
I want to conclude by talking about the important partnerships—and I think we have some great ones at Ontario Tech—that really show how commercialization can be done. We are a NATO DIANA designated facility for our ACE wind tunnel. We do an awful lot of work with the Department of Defence, but also with the burgeoning defence sector that we have to continue to build in our nation. That means we have folks coming into our wind tunnel and using our professors and our facilities to advance technological innovation, both in government and in the private sector.
We're also a designated International Atomic Energy Agency collaboration centre in nuclear energy. Darlington, of course, is in our backyard, but we work closely with OPG, Bruce Power and AtkinsRéalis, and with the entire Canadian ecosystem, to ask how we can help to get the person power and the technology to improve nuclear, whether it's at the SMR stage or the full-scale grid stage. Our partnerships across the energy sector are also a real highlight in hydrogen fuel cell battery grid and modernization.
Finally, I would be remiss if I didn't touch on AI and the focus on ethics by design that we have at Ontario Tech. This is really pulling in many organizations that think an ethics-by-design approach is not just the right way forward, in comparing what's happening in Europe to what's happening south of the border, but it's also good business. Our clients want to know their data is protected and they want to know that privacy concerns are taken care of, and we're helping to commercialize that as we're developing AI.
In short, to wrap up, Madam Chair, I would say that where I see the connectivity is we need to be more closely aligned around the types of people we need in our universities who bridge this gap to our industry. We also really need to have our eyes wide open to this moment so we seize it in terms of the supply chains that are being built and both the SMEs and the large-scale companies that haven't traditionally been able to scale their commercialization efforts in Canada to the degree we'd like to see. There's a huge opportunity before us.
Thank you for this opportunity.
