Thank you for the opportunity to address this important topic. My remarks are going to take us in a slightly different direction, but they are consistent with those of the two previous witnesses and others.
I am John Hepburn. I'm the CEO of Mitacs. We're a large, national not-for-profit, supported by the federal government, all 10 provinces and industry.
Our mission is to strengthen innovation in Canada, both social and industrial. We do this through talent.
In the past, I was a university professor of chemistry and physics at both the University of Waterloo and the University of British Columbia for more than three decades. I was a dean of science and a vice-president at UBC, so I'm very aware of the pressures on graduate students and research in Canada.
In my current role, we work with universities and colleges across Canada and internationally—we have international programs—as everything we do revolves around students and post-docs. Briefly put, we foster and support partnerships between post-secondary institutions and industry, social enterprises, municipalities and hospitals.
Partnerships are generally applied research projects, where the research is carried out by students and post-doctoral fellows who divide their time between the university and the non-academic partner. The research project is part of the student's academic research work—a thesis, in the case of most of the graduate students—but it's defined by the non-academic partner's needs, as they pay half the cost. That's the industry support we get. Students and post-docs are paid, of course. Our rate of pay is typically much higher than a typical tri-council scholarship, but below the industrial rate.
We report our activities in terms of four-month units of work, which we call internships or stages, and a student can do several of these in a row—obviously, for a Ph.D. student, that's necessary. It depends on the project. Last year, we funded 21,500 of these internships, benefiting about 7,000 students, so we're large.
We have very close relationships with our non-academic, typically industrial clients, and we hear constantly that appropriately trained talent is in short supply, especially in emerging fields such as quantum technology. This arises from a few challenges. In highly sought-after fields, such as computer science or many engineering fields, the incentive to do graduate work is limited. Why work for less than minimum wage for five years to get a Ph.D. when you can earn a great salary right after your undergraduate degree?
If you do the hard work of getting a master's or doctoral degree, demand for Ph.D.s in Canada is low because of our, frankly, woeful industrial innovation. We have one of the worst records in the OECD.
Of course, innovative American firms recognize the value of Canadian talent, and are very willing to pay much higher salaries than Canadian firms. The end result is that while Canada has a very high participation rate in post-secondary education and a pretty good participation rate in universities, our production of doctoral degrees is well below that of other rich countries, especially in high-demand fields.
While some of these issues are not being investigated in this meeting, it is worth noting that if Canada cannot improve innovation, be it industrial or in health care, our future prosperity is in peril. As I understand it, you are investigating the impact of inadequate funding of graduate students and post-doctoral fellows. This is a critical issue, but it is only part of a larger problem in Canada, as I have already mentioned.
In most fields, graduate students and post-docs are the driving force of the research enterprise. When I was an academic scientist, I supervised many students and post-docs, and the bulk of my research output—virtually all of it—was due to their hard work. It is hard work. It's more than full time. If the best students can do their work at an American university—we've already heard this—and get a stipend that is much higher than what they will get in Canada, why would they stay in Canada? Once they go south of the border, they may not come back.
In most engineering fields, especially electrical and computer engineering, often the majority of Ph.D. students are international students. Sometimes they are the vast majority. That is not a bad thing, but it reflects on the attractiveness of graduate work for Canadian students and permanent residents who have other choices. If this supply of foreign graduate students were to dry up, we'd be in even worse shape than we are in now.
Of course, the very best foreign students, such as Indian Institutes of Technology graduates, never come to Canada. That's largely because of our low stipends.
Finally, I must address the quality of graduate education. While universities in Canada provide excellent research training for graduate students and post-docs, there is a need to do a better job of incorporating non-academic training into their studies, given that the majority of graduates at the Ph.D. level will find jobs outside of academia. It is not the job of universities to provide this professional training, as they do not have the expertise to provide it. Stronger participation with non-academic partners is needed, as they can help provide students with a decent wage while they study.
The students from such a training partnership will gain the excellent research training that universities provide, and provide right now, plus the professional training best provided outside the universities.
This is absolutely not to imply that better government support of graduate students is not necessary, but the support can be provided through many channels: improved scholarships, increased research funding—which is critical for most students—and better support for partnership training.
Thank you.