During the past twenty years, the educational attainment level of Ontario’s population has increased dramatically. The number of individuals residing in Ontario with post-secondary education (PSE) has more than doubled since 1990. With such rapid expansion, there is always the concern that there are now too many PSE graduates in Ontario, leading to higher unemployment rates and/or underemployment rates. On the other hand, it has been argued that Ontario is still lacking PSE graduates with the right skill set to match labour market needs (Miner, 2010). Moreover, it is forecast that 70 per cent of new jobs created in Ontario will require PSE. In order to meet this expected need, the Ontario government seeks to increase the percentage of citizens with PSE attainment from 62 per cent to 70 per cent (Throne speech, 2010).
Is the Ontario labour market able to absorb these PSE graduates? This paper will address this concern through an examination of the early labour market outcomes of graduates in the period between 1982 and 2005. The primary dataset used in this study is from Statistics Canada’s National Graduates Survey (NGS) and Follow-up of Graduates Survey (FOG), which surveyed PSE graduates two and five years after graduation, respectively. There are a total of six cohorts available, including those who graduated in 1982, 1986, 1990, 1995, 2000, and 2005. The class of 2005 does not have a FOG because this survey was terminated after the 2007 NGS. Using all six available cohorts of NGS/FOG data, the following research questions are examined:
1. What is the trend of Ontario PSE graduates’ labour market outcomes between the cohorts of 1982 and 2005?
2. How do the labour market outcomes of Ontario PSE graduates compare to the rest of Canada?
3. Do Ontario PSE graduates’ labour market outcomes improve between two and five years after graduation?
4. How do labour market outcomes differ among graduates with different levels of credentials?
Among the cohorts examined, the unemployment rate of Ontario PSE graduates ranged between 4 per cent and 9 per cent two years after graduation and between 2 per cent and 7 per cent five years after graduation. PSE graduates’ unemployment rate two years after graduation mirrored the overall unemployment rate trend in Ontario and the rest of Canada over the examined period.2 However, Ontario PSE graduates’ unemployment rate five years after graduation was generally lower than the rest of Canada except graduates with advanced degrees from cohorts 1990, 1995 and 2000.
Over the cohorts examined, neither bachelor’s degree holders nor college graduates saw consistent growth in their real earnings, while the earnings of graduates with advanced degrees increased steadily. Between two and five years after graduation, PSE graduates’ earnings increased by between 15 per cent and 35 per cent, depending on credential level and cohort. Graduates with higher credentials were rewarded with higher earnings, and the earnings gap among credentials increased between two and five years after graduation. Compared with their counterparts in the rest of Canada, Ontario PSE graduates earned more, and the earnings gap was greater five years after graduation than it was two years after graduation.
Business, political, and educational leaders are increasingly asking schools to integrate development of skills such as problem solving, critical thinking, and collaboration into the teaching and learning of academic subjects. These skills are often referred to as “21st century skills” or “deeper learning.”
At the request of several foundations, the National Research Council appointed a committee of experts in education, psychology, and economics to more clearly define “deeper learning” and “21st century skills,” consider these skills’ importance for positive outcomes in education, work, and other areas of life, address how to teach them, and examine related
issues.
This research report represents the first phase of a multi-year collaborative research initiative of the Association of Colleges of Applied Arts and Technology of Ontario.1 The initiative is designed to develop a cohesive picture of the pathways from secondary school to college. The major purpose of this phase of the research was to identify secondary school students’ perceptions of Ontario colleges and of college as a possible post-secondary educational destination for them, and to determine the factors that have shaped these perceptions. A second purpose was to identify secondary school student achievement patterns, graduation rates and course enrolments in order to consider their influence on current and future college enrolments.
It seems that nearly every major media publication in the United States these
days wants to rank colleges. The latest outlet to get on board? The Economist
A College-Rankings World
The proliferation of such lists could mean more choice for students—or just
more confusion.
The CGS/GRE Survey of Graduate Enrollment and Degrees is jointly sponsored by the Council of Graduate Schools (CGS) and the Graduate Record Examinations (GRE) Board. Conducted annually since 1986, the survey provides information about applications for admission to graduate school, first-time and total graduate student enrollment, and graduate degrees and certificates conferred. The 2013 survey was sent to 793 colleges and universities, and useable responses were received from 655 institutions, for an 83% response rate.
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.
Abstract: This article considers the evolution of e-learning and some of the factors that have shaped its implementation. It draws on research conducted in the UK from 2001 to 2008 by the Chartered Institute of Personnel and Development (CIPD) focusing on training and learning in corporate organisations rather than courses offered to students enrolled in educational institutions. The article argues that throughout this period there has been insufficient attention given to the way learning takes place in organisations. It considers the emerging wave of enthusiasm for Web 2.0, concluding that successful current applications of e-learning simply use a more diverse range of tools and approaches.
Keywords: corporate e-learning; learning technology; Web 2.0; social networking;
virtual worlds; Webinars; online support;
Aboriginal women living off-reserve have bucked national trends, with employment rates rising since
2007 alongside labour force participation.
This guide provides a brief introduction to the Canadian higher education system and its application process, as well as information specifically relevant to IB students applying to Canadian institutions from outside of Canada.
The development of outcomes-based educational (OBE) practices represents one important way in which a
learning outcomes approach to teaching and learning can be applied in the postsecondary sector.
This study adopts a multiple case study design and profiles seven OBE initiatives being implemented in Ontario’s colleges and universities to better understand the scope of outcomes-based educational practices in the province’s postsecondary sector. ‘OBE initiatives’ are defined as purposeful actions undertaken by postsecondary providers directed at defining, teaching toward and assessing learning outcomes in their educational practice (modified from Jones, Voorhees & Paulson, 2002).
This report documents the central role of the college-educated workforce in improving labour productivity across the economy and supporting an innovation culture in the workplace. It describes critical “enabling occupations” that play a key role in allowing companies to build a culture of innovation in the workplace which they need if they are to continually restructure for success. It develops a “Prosperity Cycle” model and demonstrates the importance of college graduates in building a culture of innovation in a dozen key Ontario industries.
Ontarians work hard and build for the future, hoping that rising prosperity will improve the quality of life for their families. A higher standard of living seems hard to achieve these days – especially for young people leaving school. Government, businesses, researchers and others believe that Ontario’s prosperity depends on rising productivity that improves the competitiveness of industry. But how is this achieved and how do young people share in the benefits?
While community colleges have existed more than a century, their role began to shift in the late 1940s from primarily serving as a transfer/junior college to that of supporting the greater community in addressing the need for highly skilled talent required by a 21st century economy. Community colleges remain a vehicle to transfer students to “senior” colleges and universities, but also provide an essential bridge to employment in local communities and beyond. As a result, community colleges are now major players in providing businesses with the talent they need to compete in local, regional, and national economies.
This report represents the second annual survey on Twitter usage and trends among college faculty. This year's survey, like that conducted in 2009, sought answers to some of the fundamental questions regarding faculty members' familiarity, perception, and experience with the micro-blogging technology, as well as whether they expect their Twitter use to increase or decrease in the future. We also examined year-to-year comparisons to see how the Twitter landscape has changed during the past 12 months. The 2010 Faculty Focus survey of nearly 1,400 higher education professionals found that more than a third (35.2 percent) of the 1,372 respondents who completed the survey in July-August 2010 use Twitter in some capacity. That's up from 30.7 percent in 2009. Meanwhile, the percentage of educators who never used Twitter decreased from 56.4 percent in 2009 to 47.9 percent in 2010. The remaining 16.9 percentage consists of those who tried Twitter, but stopped using it —an increase from 12.9 percent in 2009.
Of those who currently use Twitter, the most common activities include “to share information with peers†and “as a real-time news source.†Instructional uses, such as “to communicate with students†and “as a learning tool in the classroom†are less popular, although both activities saw increases over the previous year. Meanwhile, a number of non-users expressed concerns that Twitter creates poor writing skills and could be yet another classroom distraction. Many also noted that very few of their students use Twitter. Finally, a new trend that emerged this year centred on the belief that many feel they already have too many places to post messages or check for student questions/comments. As one professor put it, “I have no interest in adding yet another communication tool to my overloaded life. In terms of future use, just over half (56.8 percent) of current Twitter users say they expect to increase their use during the coming academic year. Only 2.5 percent say their Twitter use will likely decrease, and 40.7 percent say it will stay about the same.
This 22-page report gives a breakdown of each survey question, including a sampling of the comments provided by the respondents. The comments allowed faculty to further explain how they are using Twitter, why they stopped, or why they have no interest in using it at all.
International Ph.D. students at U. of Western Ontario say their program can't be completed in four years, and that without fifth year of funding they risk having to leave empty-handed.
In November 2005, the province of Ontario and the federal government signed two historic agreements – the Canada-Ontario Labour Market Development Agreement and the Canada-Ontario Labour Market Partnership Agreement. One year later, on Nov. 24, 2006, key labour market stakeholders, including users, delivery agents and government came together to collectively take stock of progress and to explore how partners can help governments move forward with successfully
implementing the agreements.
The symposium, Developing Skills through Partnerships, was co-hosted by Colleges Ontario, the Ontario Chamber of
Commerce, ONESTEP, and the Canadian Policy Research Networks.
In June 2008, the Higher Education Quality Council of Ontario (HEQCO) released a Request for Proposals (RFP-006) offering funding for Ontario universities and colleges to evaluate existing programs or services intended to promote access, retention and educational quality among postsecondary students. Brock University was successful in their proposal to evaluate two services offered through the Student Development Centre’s Learning Skills Services:
1. the Online Writing Skills Workshop (OWSW) (later known as Essay-Zone (EZ), an online writing course designed and operated by Learning Skills Services; and 2. the learning skills workshops and one-on-one/drop-in services offered by Learning Skills Services. The evaluation of the Online Writing Skills Workshop was completed in fall 2010 with the assistance of Higher Education Strategy Associates (HESA), formerly Education Policy Institute (EPI) Canada. This report, published separately by the HEQCO, is based on the evaluation of other learning skills services, including workshops on critical thinking, math, science and essay writing skills (see Appendix A), as well as the individualized assistance provided through the one-on-one/drop-in service. In evaluating these services, we have sought to answer two broad questions. First, are the services offered being delivered effectively and what improvements can be made? Second, what effect do the identified learning skills services have on academic outcomes? The responses to these questions will be presented in two parts: first, a formative evaluation of program delivery and second, a summative evaluation focusing on student outcomes.
The formative evaluation will examine the delivery and image of the learning skills services. Using student survey and focus group data, we will evaluate the perceived efficacy of the services among participants, participants’ satisfaction with aspects of the services and the success of overall communication about the services, as well as recommending changes. The evaluation of communications will examine how students learn about services offered and why students decide not to enroll in the services.
The summative evaluation focuses primarily on the impact of the learning skills services provided. Two measures of academic success will be examined: academic performance (i.e., marks) and student retention. The administrative data concerning three cohorts of students will be used to determine whether participants in learning skills workshops and other learning skills services experience greater academic performance and higher levels of retention compared to other students. In addition, we will examine whether certain categories of services are more effective and whether frequency of service use affects outcomes. As the learning skills workshops and other services are very limited interventions requiring little time of students,strong results were not expected; however, even minor improvements would be impressive given the relatively small time investment required of students.
High Enrollment Demands, Stretched Resources Higher education institutions are increasingly caught in a bind: Trying to serve growing enrollment demand with budgets based on the lower student counts of previous years. According to the Campus Computing Project’s 2011 Community Colleges and the Economy Survey, “More than two-thirds (69 percent) of the 448 campus presidents and district chancellors participating in the 2011 survey report increased headcount enrollment in winter 2011; concurrently,
three-fifths of the presidents participating in the survey report a reduction in the overall operating budget at their institution; two-fifths (41 percent) report that the budget cut was five percent or more.” This situation can lead to issues such as:
• over enrollments, especially in core courses, which creates a less-than-optimal and frustrating learning
experience for faculty and students;
• delayed graduation for students because of enrollment delays; and
• reduced retention rates as students seek other schools that can offer smaller class sizes and faster
degree completion.
Institutions typically can’t solve this problem by adding more sections to a class. They don’t have the budget to hire new faculty or support staff, and increased tuition revenues from higher enrollments may not cover the funding gap. Larger or overflow classroom space also may not be available, especially in an urban campus. From these factors, the core challenge emerges: How do campuses educate and graduate more students — with the same staff and classroom resources — while maintaining high learning levels and teaching standards?
Using Technology to Scale Classroom Instruction An emerging solution to this challenge is the use of blended learning curriculum design and lecture capture technology. This solution delivers courses through a mix of online and in-class content and participation.
Online lectures serve as the foundation of the blended learning model. The instructor can associate the lecture
video with online content and collaboration tools in order to deliver a complete learning experience to both on-campus and distance students. Availability of a recorded lecture can enable teaching and learning in multiple ways. For example, an inverted
teaching model is possible. Students watch a video lecture before the class, then arrive ready to discuss the lecture’s topic or work on a related activity.
By reviewing statistics on content access, instructors can identify where additional explanation is needed and
improve the content of the lecture or study materials.
Technology also helps instructors better serve students with special learning needs, using tools to create closed captioning of a video lecture and for compatibility with screen readers and other accessibility tools.
For students, the blended model delivers learning that is convenient and fits within their work schedules and
personal lives. They can access the lecture video and other content from a PC, tablet or smartphone, and from anywhere they can connect to the Internet.
How Blended Learning Helps Higher Education Technologies for delivering online access to classroom instruction offers several advantages for students, faculty,and their colleges and universities.
• Students can access the courses they need at the right time, increasing the likelihood they will graduate on
schedule. A clear, certain education path also increases student satisfaction and retention.
While budgets are being cut and positions not being refilled, it is no surprise that universities are also beginning to feel the effects of a weakened economy. Student retention has remained a prominent issue in the literature for several decades now, still with no definite answer on why students fail to persist and graduate (Morrow & Ackerman, 2012). In an effort to gain more
insight into this phenomenon, the purpose of this study is to understand retention by assessing resiliency in students who have experienced adverse childhood events. The goal of this study is to identify if resiliency, as a psychosocial factor, influences student persistence in the first year at a university when the student is identified as at-risk (i.e. the student has dealt with an identified past trauma). An agglomeration of Tinto’s Student Integration Model and the Diathesis Stress Model will be used to understand how resilience and psychopathology can affect persistence decisions in the first year. If services can be implemented for students in their first year, it is possible that more students would persist and graduate.
What is a mobile education environment?
Education today doesn’t need to take place within the confines of a school building, thanks to the Internet, wireless communication and mobile computing devices. Students and teachers are no longer required to be “stuck inside these four walls” for learning to take place. Teens whose body clocks don’t mesh with 7:15 a.m. class starts can sleep in — then do the work when they are at their mental peak (9 p.m., perhaps). Teachers, too, can gain increased flexibility in organizing their time. Lessons can be more easily tailored for students with whom they can work one-on-one with using interactive online programs. This is the promise of mobile learning, currently in place in some schools across the country. However, most K-12 schools are just starting to scratch the surface of what mobility can mean for education. Those that adapt to mobile technology will find it easier to reach students; research shows this sort of learning at the K-12 level improves student engagement, enthusiasm and test scores.
Canada’s post-secondary institutions made major contributions to our country’s social progress and economic success in the last half of the 20th century. In the span of several decades, Canada evolved from a country where an advanced education was reserved for the society’s elite to one that produces one of the world’s best-educated populations. By the turn of the century,
Canada boasted the second-highest number of postsecondary educated citizens per capita of any country —a comparative advantage in a global knowledge economy. Since knowledge is now the currency of the economy, improved post-secondary outcomes increase a country’s ability to develop the skilled human resources and conduct the innovative research it needs to remain productive and competitive.