Ontario has already cultivated an impressive university sector. Each of the province’s universities delivers, high quality teaching and learning. Our institutions have also adapted to accommodate a growing number of students from increasingly diverse backgrounds, contributing to Ontario’s world-leading postsecondary education attainment rates. In 2009, 28 per cent of Ontarians had a university credential, higher than both the Canadian and Organization for Economic Cooperation and Development (OECD) averages.
Growing enrollments, shrinking budgets and unprecedented diversity in student populations are just a few of the challenges community colleges around the country are facing today. And there are no signs that the situation will change anytime soon.
The American Association of Community Colleges estimates that U.S. enrollment in two-year colleges increased 17 percent from 2007 to 2009, from 6.8 million students to 8 million. Anecdotal evidence says this trend will continue.
During an economic downturn, community colleges feel an even greater strain with enrollment. People go back to school to learn new skills or get certificates or degrees that help their careers. Many must learn new jobs because their previous ones have gone away. While it’s good to have more students, the growth has been so rapid that it has put pressure on the institutions. How do they handle more students every semester? How do they grow despite less funding from federal, state and county governments?
“Because community colleges are growing so fast, and because they’re relatively new as institutions, they don’t have
the infrastructure that the big universities have. And yet they are being asked to do more,” said John Halpin, Vice President of SLED Strategy and Programs at the Center for Digital Education (CDE), a national research and advisory institute focused on IT
policy and best practices in education.
A New Course Community colleges now have a terrific opportunity to evolve thanks to technology, Halpin said. Numerous technologies — wireless, broadband, cloud computing and others — have greatly matured in recent years. They’ve been proven in the real world, and they’ve become more efficient and less expensive.
At community colleges, whether it’s for teaching and learning or for financial aid or other back-end systems, technology is making a huge impact on productivity. Students are learning in exciting new ways. E-mentoring, e-advising, online tutoring and even educational gaming are effectively engaging students and enhancing the educational experience. Professors are incorporating audio/video content to deliver learning in a manner that grabs the student’s interest. Schools are processing incoming students more efficiently and less expensively by putting administrative functions, such as application, orientation and registration, online.
Online learning, or e-learning, is booming. “Students value distance learning,” said Wilton Agatstein, Senior Fellow with the CDE. “It is very convenient for them, as they can learn from any place and at any time. Schools value distance learning because they can serve more students and a larger student demographic without having to build new classrooms and campuses. Distance learning serves everyone well, which is why its adoption is accelerating.”
Technology expectations are sky high. Students step onto campus expecting to incorporate their own communications tools — phones, music players, e-book readers, laptops/netbooks and other devices — into the learning experience. They want wireless access from any point on campus. And they want the ability to connect to school resources even when off campus.
Teachers and staff want the best technology too, because the right tools help everyone.
The Ontario Undergraduate Student Alliance is pleased to be presenting our first issue of “Habitats,” a series of case studies researched and written by Ontario university students. Municipal affairs are an important part of the student experience, affecting everything from how students live during their time at school, to how they get to class, to how they interact with their broader community environment. Such topics are always of great interest to students, and OUSA’s members have been eager to explore them in-depth. However, their very nature as local issues can make them difficult to examine in a broader context.
Education Secretary Betsy DeVos says her policy views are "very aligned" with President Trump's, including the belief that four-year colleges are not serving students well.
Education in general, but post-secondary education in particular, is supposed to provide individuals with the skills to participate as citizens in the civic and cultural life of the community. Additionally, education is supposed to equip individuals with a basic or in some cases, a specific armamentarium to provide for their economic well-being and that of the wider communit
Before they set foot on campus, most had already undergone a significant process of researching university choices, course options and the potential for employment after graduation.
They are already anticipating the benefits – skills gained, a good job and a rewarding career. They are on the right track. Evidence shows high employment and strong incomes for university graduates. The investment pays off. The myth of the underemployed graduate is just that – a myth. Jobs for the university- educated in any discipline are growing across
Canada. In Alberta, for instance, 56 percent of net new jobs since 2008 have been for university graduates. That’s almost double the result for college grads and triple the result for tradespeople.
Higher education, like other sectors, now functions in a global environment of consumers, employees, competitors and partners. The fundamental missions of teaching, research and service remain unchanged, but the avenues for pursuing them have greatly expanded due to globalization.
As at June 2009, ten technical and further education (TAFE) institutes in Australia are able to offer degree qualifications. The presence of such ‘mixed sector’ institutions is relatively recent in Australia, the consequence being that we do not yet know a great deal about this type of higher education or about how it may be reshaping boundaries in the tertiary education sector. This project sought to capture different perspectives about the nature of this provision.
This report is the culmination of desktop research and interviews with staff from state offices of higher education, senior managers at dual-sector universities, TAFE institutes that offer higher education and some that do not, and teachers and students across six states. It also considers several implications arising from the Bradley Review of Australian Higher Education (2008).
It’s traditional graduation season, so it’s also the time for articles about the supposed gap between what colleges claim baccalaureate graduates know and can do and what the corporate, nonprofit and government sectors claim they need them to know and do. Higher education’s panicked response to those critiques has too often been to chase rabbits. Unfortunately, the rabbits are usually not innovative, creative curricular redesigns but rather a doubling down on increasingly less relevant and arbitrary collections of credits we call “degrees.”
HIGHER EDUCATION IS IN TRANSITION – one as significant as when Gutenberg’s printing press hastened the transition from a world based on oral communication to one based on the written word. Consider the following challenges higher education faces: ፖ Public funding for higher education provides less than half of what it did at its height in the 1980s1. ፖ College tuition and fees increased 600% since 1980, much faster than real household income, inflation, and healthcare costs2. ፖ 70% of people with high school degrees (or equivalent) seek post-secondary education opportunities, up from less than 40% just a generation ago. The total number of people seeking higher education soon will hit 20 million3. ፖ 85% of higher-education seekers are older than 24, attending part time, seeking a degree other than a baccalaureate, and not living in or around a residential university4. Yet we continue to wedge the majority of students, the so-called “nontraditionals,” into inflexible educational structures that were built for 18-22 year olds and that have changed very little in almost a millennium. ፖ Students and faculty have equal access to today’s “Google world” of ubiquitous information, shifting educational needs from information access to information evaluation, information application to solve complex problems, and creation of new knowledge. Some say that higher education is dead5, the next “bubble” about to burst. At the very least, it’s an enterprise ripe for disruption6.
The Higher Education Quality Council of Ontario (HEQCO)’s Third Annual Review and Research Plan provides a comprehensive evaluation of the postsecondary education (PSE) system in Ontario. In doing so, it contributes to a discussion on a new PSE strategy for the province following the completion of Reaching Higher: The McGuinty Government Plan for Postsecondary Education (Reaching Higher) initiated in 2005. This is a critical juncture in PSE; Reaching Higher ends this fiscal year, as do the current tuition framework and the Multi-Year Accountability Agreements (MYAAs) with postsecondary institutions. Successor strategies must address a new set of priorities and a new economic reality. Reaching Higher was generally well received by the PSE sector and by the public, and much progress has been made in realizing the stated objectives in the plan.
The Third Annual Review and Research Plan recommends that a new PSE strategy should build directly on Reaching Higher. To this end, it proposes a reformulation of PSE objectives to give emphasis to meeting human capital needs, improving accessibility
and educational quality, and stimulating research and innovation.
The Higher Education Report 2011-2013 is part of a suite of technical publications which report on the Australian higher education sector for the period 2011-2013. The Higher Education Report 2011-2013 provides:
• an overview of the higher education sector for the period 2011 to 2013;
• details of funding allocations under the Higher Education Support Act 2003 (HESA); and
• an overview of the outcomes of funding and other departmental programmes (including the
allocation of places).
Analysis of student, staff and financial data is published separately and available at:
http://education.gov.au/higher-education-statistics and https://education.gov.au/finance-
publication.
OUSA asked students about their experiences of living in the community where their university is located: from how far they felt their municipality sought to engage students, to their housing situation, and their use of public transit.
Overall, students responded positively regarding many aspects of their experiences. For example students were broadly positive about the range and quality of off-campus housing available, and many of the students who relied on public transit to commute to school felt it was meeting their needs.
What is on the five-year horizon for higher education institutions? Which trends and technologies will drive educational change? What are the challenges that we consider as solvable or difficult to overcome, and how can we strategize effective solutions? These questions and similar inquiries regarding technology adoption and educational change steered the collaborative research and discussions of a body of 56 experts to produce the NMC Horizon Report: 2015 Higher Education Edition, in partnership with the EDUCAUSE Learning Initiative (ELI). The NMC Horizon Report series charts the five-year horizon for the impact of emerging technologies in learning communities across the globe. With more than 13 years of research and publications, it can be regarded as the world’s longest-running exploration of emerging technology trends and uptake in education.
What is on the five-year horizon for higher eudacation instiregarding technology adoption? Which trends technology developments ill drive educational change? What are the challenges that we consider as solvable or difficult to overcome, and educational change steered the collaborative research and discussions of a body of 58 experts to produce the NMC Horizon Report: 2016 Higher Education Edition, in partnership with the EDUCAUSE Learning Initiative (ELI). This NMC Horizon Report series charts the five-year horizon for the impact of emerging technologies in colleges and universities across the globe. With more than 14 years of research and publications, it can be regarded as the world’s longest-running exploration of emerging technology trends and uptake in education.
When there are debates about the world's top performing education systems, the names that usually get mentioned are the Asian powerhouses such as Singapore and South Korea or the Nordic know-alls, such as Finland or Norway.
But with much less recognition, Canada has climbed into the top tier of international rankings.
In the most recent round of international Pisa tests, Canada was one of a handful of countries to appear in the top 10 for maths, science and reading.
The “talent economy,” consisting of highly skilled personnel from the science, technology, engineering and mathematics (STEM) fields, is the linchpin of a productive society and economy. Maintaining knowledge-sharing in these fields relies on training, retaining and attracting global talent. It also requires encouraging international and inter-sectorial experiences (i.e., within academia, governments, industry and NGOs) for domestic and foreign researchers –otherwise known as “brain circulation” [PDF]. Indeed, international and intersectorial mobility should be a part of career development for scientists to become leaders in
increasingly multi- and interdisciplinary professional environments.
How College Shapes Lives: Understanding the Issues explains some of the ways the payoff of postsecondary education can be measured and provides insights into why there is confusion about that payoff, despite strong evidence. Focusing on the variation in outcomes across individuals helps to clarify that the existence of the high average payoff, and the reality of significant benefits for most students, is not inconsistent with disappointing outcomes for some. We hope to put the disturbing stories of this relatively small segment of students into context and to direct attention to improving opportunities for all
students.
Abstract
Most empirical analyses of the diversity of higher education systems use categorical variables, which shape the extent of diversity found. This study examines continuous variables of institutions’ enrolment size and proportions of postgraduate, fulltime and international students to find the extent of variation amongst doctoral granting and all higher education institutions in the UK, US and Australia. The study finds that there is less variety amongst all higher education institutions in the UK than in Australia, which in turn has much less variety than the US. This suggests that the extent of government involvement in higher education isn’t so important for institutional variety as the form which it takes. More tentatively, the paper suggests that the more limited the range of institutions for which government funding is available the stronger government involvement is needed to have variety among the limited range of institutions for which government financial support is available.
Abstract Although the literature on institutional diversity suggests that quality assurance practices could affect institutional diversity, there has been little empirical research on this relationship. This article seeks to shed some light on the possible connection between quality assurance practices and institutional diversity by examining the arrangements for
quality assurance in higher education systems that include two distinct sectors, one of which having a more academic orientation and the other a more applied orientation. The article explores the ways in which quality assurance structures and standards in selected jurisdictions provide for recognition of the differences in orientation and mission between academic and applied sectors of higher education systems. The research identified some features of quality assurance systems that recognize the characteristics of applied higher education, such as having different statements of expected learning outcomes for applied
and academic programs or requiring different qualifications for faculty who teach in applied programs. It is hoped that the results might be of interest to policy makers and quality assurance practitioners who are concerned about the possible impact of quality
assurance on institutional diversity.