ABSTRACT
Community college systems were established across North America from the early 1960s through the early 1970s. The new systems had two principal models: in one model, the college combined lower-division, university-level general education with technical education programs; in the other, most or all of the colleges were intended to concentrate on technical education. Ontario was the largest of the provinces and states in North America that opted for the second model. Many of the issues that planners confronted when designing these college systems have either persisted or re-emerged in recent years. This article re-examines the debate on the design of Ontario’s colleges that took place when they were founded and considers its implications for the present.
RÉSUMÉ
Depuis le début des années 1960 et jusqu’au début des années 1970, lorsqu’on créait des réseaux de collèges communautaires partout en Amérique du Nord, deux modèles majeurs étaient proposés pour ces nouveaux réseaux. Dans un des modèles, le collège combinait l’enseignement général universitaire de division inférieure avec les programmes d’enseignement technique ; dans l’autre, la plupart des collèges, sinon tous, se concentraient sur l’enseignement technique. L’Ontario était la plus importante parmi les provinces et les États en Amérique du Nord qui ait opté pour le deuxième modèle. Beaucoup des défi s auxquels les planifi cateurs ont été confrontés lorsqu’ils ont conçu le réseau des collèges sont encore présents ou sont réapparus au cours des dernières années. Cet article réexamine l’ancien débat sur la conception des collèges de l’Ontario et considère ses implications actuelles.
This report is a summary of research undertaken for Gabriel Dumont Institute Training and Employment, a branch of the Gabriel Dumont Institute, about the Gabriel Dumont Institute’s Aboriginal Apprenticeship Initiative. The initiative was administered by Gabriel Dumont Institute Training and Employment.
The report is divided into five sections. The next section (Section 2) provides a general overview of the labour market in Saskatchewan with particular emphasis on Aboriginal people and the skilled trades. Included in that section is a short-term outlook for employment in the apprenticeable trades. Section 3 describes the Saskatchewan apprenticeship system including statistics about the total number of apprentices and the number of Aboriginal apprentices in Saskatchewan.
Students from a number of groups remain underrepresented in Ontario’s universities and colleges, including low-income students, Aboriginal students, first generation students whose parents did not attend a post-secondary institution, rural and northern students, and students with dependants. Improving access to higher education for these and other underrepresented groups is widely acknowledged as essential to building a more equitable society and to competing in the increasingly knowledgebased economy. Indeed, Premier McGuinty has stated his desire to see 70 per cent of Ontarians complete post-secondary education, and achieving this target will require a concerted effort to reduce participation gaps.
Research is hardly easy. As Martin Schwartz points out in his 2008 essay “The Importance of Stupidity in Scientific Research,” solving research problems requires us to immerse ourselves in the unknown. However intimidating it may be to overcome this infinite amount of ignorance, we believe there is a special set of traits that will equip an under-graduate researcher to successfully solve research problems. Creativity, judgment, communication, organization, and persistence are all equally important skills to make the leap from gaining knowledge from others’ discoveries to making discoveries on your own. Having and honing these skills, skills that encompass every level of research in every disci-pline, are key to an undergraduate developing the founda-tion for a successful career in research. As a group of under-graduate researchers and mentors, we want to motivate students to solve problems and make discoveries, and to start a discussion on how to forge the right path for each student toward research success. Following is our list of key skills.
When Emzhei Chen moved into residence at the University of Waterloo about 10 years ago, she found the experience nerve-wracking. Her parents supported her, but her dad was a machinist who had never gone to university and her mom hadn’t finished high school, so they were as unfamiliar with universities as she was. She saw a reference to “first generation” on the application form (a term that meant your parents hadn’t attended a postsecondary education institution or had done so abroad), but she doesn’t remember checking the box. “It didn’t seem to be a pressing characteristic,” she says. “I didn’t think it was important.”
“One of the paradoxes of this time, however, is this: while the global economy lags, innovation continues to surge ahead at a staggering and unprecedented pace.”
2011 Ontario throne speech
“We [in Ontario] have a wide prosperity gap with other large North American jurisdictions. The source of this gap is our inability to be as innovative as we could be in our economic life.
“Our business leaders … must relentlessly pursue improved products, services, and processes.”
Roger Martin, Tenth Annual Report, Task Force on Competitiveness, Productivity and Economic
Progress, November 2011
Because innovation is an inherently social process – requiring people to make connections, develop ideas, and orchestrate implementation – colleges have built relationships to help their clients increase their scope of innovative practices. Each college is directly involved with many local economic development and innovation networks.
“Centennial’s professors and students have provided a pool of talent that has proven invaluable to the development and validation of our cleantech solutions.”
John Tuerk, Blue Heron Systems
“The [Fanshawe College] students exceeded our expectations and not just from the content point of view, but in their professionalism ... the recommendation to track venture capital was a novel idea the company had not considered. 3M later
adopted a similar approach as a global business strategy.” 3M Canada
Aboriginal people in Canada are sharply under-represented in science and engineering occupations; more can be done to increase the relevance of learning and engagement of Aboriginal students in science and technology. Choosing careers in science and technology will benefit Aboriginal students directly through employment, but more importantly they can make a
tremendous contribution to Canada from the unique perspectives to science and technology based on the values implicit in Aboriginal knowledge and ways of knowing. Past experience has shown that filling positions in science and technology with Aboriginal people is highly desirable, as non-Aboriginal people hired by Aboriginal organizations typically remain in their positions for less than two years. In contrast, Aboriginal professionals remain in their positions much longer and bring stability and pride to their communities. Aboriginal people in Canada are sharply under-represented in science and
engineering occupations; more can be done to increase the relevance of learning and engagement of Aboriginal students in science and technology. Choosing careers in science and technology will benefit Aboriginal students directly through employment, but more importantly they can make a tremendous contribution to Canada from the unique perspectives to science and technology based on the values implicit in Aboriginal knowledge and ways of knowing. Past experience has shown that
filling positions in science and technology with Aboriginal people is highly desirable, as non-Aboriginal people hired by Aboriginal organizations typically remain in their positions for less than two years. In contrast, Aboriginal professionals remain in their positions much longer and bring stability and pride to their communities.
It was always the same scenario. I’d be feeling a great sense of accomplishment because I had spent hours grading a set of English papers—painstakingly labeling errors and writing helpful comments. Everything was crystal clear, and the class could now move on to the next assignment. Except it wasn’t, and we couldn’t. A few students would inevitably find their way to my office, plunk their papers down on my desk, and ask me to explain the grade. Something had to change. I knew exactly why I was assigning the grades, but I obviously needed to find a more effective way of communicating these reasons to my students.
Abstract
Inspired by Ontario’s burgeoning interest in postsecondary student mobil- ity, this article examines how elements of Europe’s Bologna Process can help bridge the college–university divide of Ontario’s postsecondary system. Via discourse analysis of relevant qualification frameworks and program stan- dards, it argues that the current system disadvantages students by failing to recognize that the Ontario advanced (three-year) diploma in Architectural Technology is equivalent to a baccalaureate-level qualification in the inter- national context. The article concludes by discussing the larger significance of these findings in terms of ongoing debates about the “changing places” (HESA, 2012) of degrees in the Canadian higher education system.
Résumé
Inspirés par l’intérêt naissant de l’Ontario envers la mobilité des étudiants postsecondaires, les auteurs du présent article examinent comment les éléments du processus de Bologne en Europe peuvent contribuer à combler le fossé collège-université du système d’enseignement postsecondaire de l’Ontario. Grâce à l’analyse du discours portant sur des normes de programme et des structures de qualification pertinents, l’article fait valoir que le système actuel désavantage les étudiants du
fait qu’il omet de reconnaître que le diplôme ontarien de niveau avancé (trois ans) en technologie de l’architecture équivaut à une qualification d’un niveau correspondant au baccalauréat dans un contexte international. Enfin, l’article conclut en abordant l’importance plus grande de ces constatations en termes de débats ayant cours à propos des « autres lieux » (HESA, 2012) des diplômes ou grades du système d’enseignement supérieur du Canada.
Conference participants agreed that the innovation process is complex, and that models cannot simply be imported wholesale from one national context to another. However, successful innovation systems do appear to include common elements: strong
support for basic research; the involvement of students as researchers, innovators and entrepreneurs; support for creativity and risk-taking in research; multidisciplinary collaboration; and strong university-industry ties.
55% OF PROFESSIONAL LEADERS HOLD A SOCIAL SCIENCES OR HUMANITIES DEGREE
ALMOST HALF OF LEADERS HAVE INTERNATIONAL EXPERIENCE
The earliest studies of undergraduate retention in the United States occurred in the 1930s and focused on what was referred to at the time as student mortality: the failure of students to graduate (Berger & Lyon, 2005). Historically higher education research has had an eye toward pathology with a focus on repairing students’ problems (Shushok & Hulme, 2006). To this end, much research exists on why students fail to persist as opposed to why they succeed. Strength-based approaches to the study of undergraduate retention involve studying successful students. Studying what is right with students may illuminate new aspects of successful student experiences which can in turn be applied to supporting all students. This paper will provide a brief historical overview of undergraduate retention followed by factors commonly related to undergraduate retention. Finally, an overview of the recent application of motivational theories to understand undergraduate retention including attribution theory, expectancy theory, goal setting theory, self-efficacy beliefs, academic self-concept, motivational orientations and optimism will be provided. Considerations for the future of motivational theories in undergraduate retention will be discussed with particular emphasis on the value of strength-based approaches to study and practice.
Participants will learn:
▪ How collegiality is deliberately cultivated
▪ How learning is the work
▪ How to turn accountability to your advantage
▪ How to tackle complexity with confidence and humility
▪ Which leadership qualities and strategies are crucial
Almost 40 Canadian universities in all regions of Canada responded to a detailed data survey aimed at ascertaining the characteristics and flows of students who left postsecondary institutions in one jurisdiction to continue undergraduate studies at a university in another. Two main types of student were considered: the transfer student who receives some transfer credit on admission to the receiving university and the mobile student who also moves between institutions but who does not receive transfer credit for prior studies. Some other studies of this type have not considered the mobile student, as defined here, although they make up about 20 per cent of the total flows.
Critics have suggested that the practice of psychology is based on ethnocentric assumptions that do not necessarily apply to non-European cultures, resulting in the underutilization of counselling centres by minority populations. Few practical, culturally appropriate alternatives have flowed from these concerns. This paper reviews experiences from a doctoral-level practicum in
counselling psychology that targeted aboriginal and international university students outside of the mainstream counselling services at a western Canadian university over a two-year period. It recommends an integrated approach, combining ssessment, learning strategy skills, and counselling skills while incorporating community development methodology. The paper concludes
with recommendations for counsellor training that will enhance services to both international and aboriginal students.
Attraction and retention of apprentices and completion of apprenticeships are issues of concern to all stakeholders involved in training, economic development and workforce planning. The Canadian Apprenticeship Forum (CAF) has forecast that by 2017 there will be a need to train 316,000 workers to replace the retiring workforce in the construction industry alone (CAF, 2011a). In the automotive sector, shortages are expected to reach between 43,700 and 77,150 by 2021. However, shortages are already widespread across the sector, and CAF survey data show that almost half (48.1%) of employers reported that there was a limited number of qualified staff in 2011 (CAF, 2011a). Given this, retention of qualified individuals in apprenticeship training and supporting them through to completion is a serious issue. There is some indication that registration in apprenticeship programs has been increasing steadily over the past few years, but the number of apprentices completing their program has not kept pace (Kallio, 2013; Laporte & Mueller, 2011). Increasing the number of completions would result in a net benefit to both apprentices and employers, minimizing joblessness and skills shortages.
This report provides a systems perspective on the state of skills and higher education in Canada an identifies areas where the sector could improve in producing highly skilled graduates. It is one of the three foudational studies for the Centre for Sills and Post-Secondary Education, that, together, offer the first steps in a diagnosis of the sector and its performance.
The growth of transnational education, or TNE, must go hand in hand with an increase in quality, according to a panel of experts taking part in a webinar on the future of cross-border higher education.
With countries hosting TNE programmes tightening up on regulations, the webinar heard universities in the United States, United Kingdom and other countries providing transnational education were withdrawing from the riskier end, such as franchising and validating, and focusing instead on distance learning, branch campuses and joint or dual degrees where they have greater quality control.
The 2015 Campus Freedom Index is the fifth annual report released by the Justice Centre for Constitutional Freedoms (JCCF) to measure the state of free speech at Canada’s universities.
Starting with a survey of only 18 universities in 2011, this year’s edition has grown to include 55 publicly funded Canadian universities—the largest and most expansive Index released so far, with information relevant to the more than 750,000 students who attend these institutions. The 2015 Campus Freedom Index includes an individual report about each university and student union.
Motivating students to be enthusiastically receptive is one of the most important aspects of mathematics instruction and a critical aspect of any curriculum. Effective teachers focus attention on the less interested students as well as the motivated ones. Here are nine techniques—based on intrinsic and extrinsic motivation—that can be used to
motivate secondary school students in mathematics.