In 2014, the Government of Ontario signaled its intent to review the formula by which Ontario’s universities are funded. In Premier Kathleen Wynne’s Mandate letter to Reza Moridi, Minister of Training, Colleges, and Universities (MTCU), she asked him to:
“[Work] with postsecondary institutions and the Higher Education Quality Council of Ontario to improve the consistency and availability of institution-level and system-level outcome measures. These measures will help inform the allocation of graduate spaces, updated program approval processes and the implementation of a reformed funding model for universities.”
University graduates are more likely to be working at a job related to their studies than college. University graduates' earnings are significantly higher than for any other education group, and these earning premiums start early in graduates' careers.
Future economic growth and social progress in knowledge societies rely increasingly on innovation. Innovators and entrepreneurs require skill sets for innovation such as technical skills, thinking and creativity skills, as well as social and behavioural skills. Higher education plays an important role in providing people with skills for innovation, but a number of important questions remain as to what kind of higher education teaching can be conducive to the strengthening of skills for innovation.
Digital resources are changing the ways students engage in learning and provide increased opportunities for student success. New technologies also provide improved assessment tools for measuring learning outcomes and student engagement. These benefits come without an additional cost burden to students.
The Ministry of Training, Colleges, and University’s (MTCU) recently released Tuition Fee Framework and Ancillary Fee Guidelines for Publicly-Assisted Universities (December, 2013) indicates support for the use of digital learning materials, including materials used in assessment. The new framework reflects a change in the Ministry policy concerning ancillary fees and enables the use of digital learning resources. This position paper explains Ontario universities’ support of MTCU’s new guidelines.
Digital Talent: Road to 2020 and Beyond is Canada’s first national digital talent strategy. It highlights the opportunities and challenges facing Canada’s digital economy and underscores the importance of digital talent as one of the most critical advantages for Canada in a global economy. The strategy is aimed at ensuring that Canadians are well prepared to succeed as skilled workers and entrepreneurs in this fast pace econo y, as well paving the way for greater participation as consumers and citizens in an increasingly digital world.
In conjunction with the HEQCO research project “Opportunities for Non-Traditional Pathways to Postsecondary Education in Ontario,” we conducted a series of focus groups to gather qualitative data about non-traditional students entering York through one of the four alternative pathways identified in this study.
There is increasing interest, if not demand, from universities and students for faculty to teach using online technologies. However, many faculty members are reluctant to teach online. In this paper, we examine data collected from a broad range of faculty (part-time, tenure track, new and more experienced, in education,business, and liberal arts) to explore the relationship between faculty attitudes, experiences, self-perceived preparedness, and concerns about teaching online courses. In particular, we examine whether faculty who have taught online courses, feel more prepared and more motivated to teach online and have more positive attitudes about online teaching than those who have not taught online. Our findings indicate that while there are a number of concerns about teaching online among the faculty we surveyed, concerns about students are among the most important. We end with some policy and procedural implications for why faculty may or may not usenew technologies to teach.
There are about 420 registered private career colleges (PCCs) in Ontario – the number is in constant flux. 60% of schools are ten years of age or younger. They serve 53,000 full time equivalent (FTE) students, or about 1 in 15 Ontario postsecondary students. Their overall vocational revenues are in the order of $360M annually. They are mostly small; 70% have total revenues under $1M and average enrolment is under 200.
The Strategic Mandate Agreement (SMA) exercise was intended to address at least three desired
outcomes:
1. To promote the government’s stated goal1 of increasing the differentiation of the Ontario postsecondary system by asking each Ontario postsecondary institution to articulate an institutional mandate statement identifying its distinctive strengths or aspirations and to identify key objectives aligned with that aspiration.
2. To advance and inform the discussion about how the Ontario system could increase its productivity to deliver a quality education to more students within the financial constraints expected in the public sector.
3. To elicit the best thinking from institutions about innovations and reforms that would support higher quality learning and, in its most ambitious form, transform Ontario’s public postsecondary system.
To assist with the evaluation of the SMAs, the Ministry of Training, Colleges and Universities (MTCU) “…instructed the Higher Education Quality Council of Ontario (HEQCO) to establish a peer review panel to evaluate…mandate submissions … for their ability to achieve significant improvements in productivity, quality and affordability through both innovation and differentiation.” The members of the Expert Panel are listed in Appendix 1.
Postsecondary education has reached a critical impasse. Structurally speaking, the Canadian system does not look much different than it did 50 years ago. But the system’s dynamics have changed considerably: reduced government funding and the tough economic climate make efficient financial models a necessity for healthy institutions; student debt loads are increasing; underemployment is a reality for many undergraduate degree-holders; and the student body is increasingly diverse, with
growing numbers of international students, students from historically underrepresented groups, mature students returning to PSE to improve career prospects, and students having to work at least part-time to manage the cost of education. To ensure that our system is accountable, accessible and of the highest quality, we need to define and assess educational outcomes at both the institutional and student levels.
Abstract
We exploit the Youth in Transition Survey, Cohort A, to investigate access and barriers to postsecondary education (PSE). We first look at how access to PSE by age 21 is related to family characteristics, including family income and parental education. We find that the effects of the latter significantly dominate those of the former. Among the 25% of all youths who do not access PSE, 23% of this group state that they had no PSE aspirations and 43% report no barriers. Only 22% of the 25% who do not access PSE (or 5.5% of all youths in our sample) claim that “finances” constitute a barrier. Further analysis suggests that
affordability per se is an issue in only a minority of those cases where finances are cited, suggesting that the real problem for the majority of those reporting financial barriers may be that they do not perceive PSE to be of sufficient value to
be worth pursuing: “it costs too much” may mean “it is not worth it” rather than “I cannot afford to go.” Our general conclusion is that cultural factors are the principal determinants of PSE participation. Policy implications are discussed.
Résumé
Nous avons scruté les données de l’Enquête auprès de jeunes en transition (cohorte A) afin de comprendre les facteurs qui mènent aux études postsecondaires et ceux qui y font obstacle. Pour ce faire, nous avons d’abord
analysécomment l’accès aux études à l’âge de 21 ans était lié aux caractéristiquesfamiliales, comme le revenu familial et le niveau de scolarité des parents. Nous avons alors constaté que les effets de cette dernière caractéristique l’emportaient sur le revenu familial. En outre, parmi le quart de tous les jeunes qui n’ont pas eu accès à des études postsecondaires, 23 % ont indiqué
Research shared at the recent NAICU meeting shows a “listening gap” between what the public wants from higher
ed — and what higher ed thinks is important. This shouldn’t be big news to any of us. But while private college presidents rightly worry about families’ ability to pay for education, they should also be inspired to focus on the overall reputation of their institution — and of higher education as a whole.
ENVER -- The public -- and heck, many people in higher education -- widely assume prestigious colleges and universities provide the best quality education. That's why employers often want to hire their graduates and why many parents want their children to attend them.
And the assumption partially explains the fascination from the media and others in recent years with massive open online courses from Harvard and Stanford and other elite universities: the courses were believed, rightly or wrongly, to be of higher quality than all other online courses precisely because they came from name-brand institutions
The world has more graduates than ever before. In an era of mass expansion, the proportion of the population with
degrees is at a historical high across many nations, both developed and developing. The world also has more
newspaper and magazine articles, thinktank reports and academic papers than ever before questioning the value of
that expansion.
In recent years, policymakers have been driven by a human capital theory approach to higher education expansion:
their belief has been that as graduate numbers are grown, individual graduates with higher skill levels will boost
national productivity and be rewarded with an “earnings premium”. And universities have been happy to expand to
meet the demand for places on the basis that governments foot the bill, either through grants or student loans.
An annual report is an opportunity to reflect on what was accomplished in the past year and witness the transformation
taking place. The Canada Foundation for Innovation has the privilege of a front-row seat on the ever-advancing research
landscape in Canada. Each year, our funded institutions open new world-class research facilities, hundreds of talented researchers receive new infrastructure support and Canadian research labs continue to produce significant
breakthroughs and tangible outcomes that benefit Canadians.
And 2013-14 was no exception. Our celebrated moments include the June 2013 ribbon cutting for Dalhousie
University’s Ocean Sciences Building, a 7,000-squaremetre complex that brings several of the institution’s worldleading
ocean experts together in a collaborative space.
Excellent postsecondary education is critical to success in the 21st century—for both individuals and societies. In addition to delivering clear economic returns, higher learning is linked to improved outcomes in areas ranging from health to civic engagement.
Enrolment in Ontario universities has grown by 59% over the past decade. This surging demand tells us that students understand and want to access the benefits of higher education.
Increased university enrolment, carrying the promise of a more adaptive and prosperous society, is great news for Ontario. It also presents a challenge: universities are called to serve thousands more students while maintaining high levels of quality and accessibility, all in a context of constrained resources.
This report is a companion to a study that found that high school grade point average was a stronger predictor of performance in college-level English and math than were standardized exam scores among first-time students at the University of Alaska who enrolled directly in college-level courses. This report examines how well high school grade point average and standardized exam scores predict college grades by the urbanicity of students’ hometown and timing of college entry. Among recent high school graduates from both urban and rural areas of Alaska, high school grade point average was a better predictor of college course grades than were SAT, ACT, or ACCUPLACER scores. It was a more powerful predictor of college performance among students who entered college within a year of high school graduation than among students who delayed college entry. For students who delayed college entry, high school grade point average was a better predictor than were standardized exam scores in English, but that was not always the case in math.
This pilot study examines alternative entrance pathways into York University undergraduate degree programs for students who apply from outside the formal education system. These alternative pathways are designed to facilitate university access for students from under-represented populations (for example, lowincome, first-generation, Aboriginal, racialized minorities, differently abled, newcomers to Canada, solesupport caregivers, students with incomplete high school education, or some combination of the preceding).
In this follow-up study, college students who transferred to one Ontario university in 2008–2009 were compared to non-transfer students using several different measures of academic success at university. When compared to non- transfer students, college transfer students earned fewer credits each year, had lower GPAs, and were less able to earn credits from course attempts. The differences were small for students’ first and second years but larger in years three and four. Despite the lower GPA, college transfer students were not more likely than non-transfer students to be eligible for academic suspension. College transfer students also attempted fewer courses and were much less likely to persist to Year 4. By spring 2012 (after four years of university), the college transfer students were more likely than non-transfer students to have graduated, but their degree
of choice was a 15-credit three-year degree (as opposed to a 20-credit four-year honours or non-honours degree). Policy
implications are discussed.
Canada’s natural resource sector employs 1.8 million people and generates billions of dollars of tax revenues and royalties annually. Hundreds of resource projects are underway and many more are planned for the near future which, according to the federal government, could represent a total investment of $650 billion. Responsible resource management has significant implications for all Canadians, with revenues from projects supporting local and regional infrastructure development and social programs.