Canada’s universities put ideas to work for Canadians.
Canada needs ingenuity, creativity, entrepreneurship, new ideas and competitive drive. We need to compete on our wits to succeed in the global economy. Canada’s universities are centres of knowledge, learning and innovation. Through teaching, research and community engagement, Canada’s universities help deliver the solutions needed to achieve ongoing prosperity for Canada. University faculty, researchers, graduates and students put their knowledge and skills to work for the benefit of Canada and Canadians now, and in the future.
The primary goal of this study was to identify a wide range of characteristics of college students that may influence their decisions to select online courses. The motivation underlying this study is the realization that online courses are no longer exclusively being taken by non-traditional students (for undergraduates, that would be students age 25 years and older with career, family, and/or social obligations). In fact, there are recent reports indicating that traditional undergraduate students (on-site students that are age 18-24) are now including online courses in their course curriculum. To accomplish the goal of this study, an ordered logit model was developed in which a Likert scale question asking students how likely/unlikely they were to take an online course was used at the dependent variable. The independent variables were based on a wide range of responses to questions regarding student demographic, experience, and preference information (these are the students’ characteristics). The data for this study is from a 2010 Oklahoma State University campus-wide student survey. The results of the study have identified a number of considerations that may be helpful to administrators wishing to improve and/or expand online course offering, as well as areas that can be further investigated in future studies. For example, undergraduate and graduate students enrolled in business majors were more likely than those in other majors to select online courses. On the other hand, undergraduate students(traditional and non-traditional) enrolled in engineering majors and graduate students enrolled in anatomy,biochemistry, biology, and botany major were the least likely groups of students to select online courses.Freshman and sophomores were found to be more likely than juniors and seniors to select online courses, and were much more likely than graduate students to select online courses. With respect to residency, out-of-state/non-residents (not including international students) were the most likely to select online courses, while international students were the least likely to select online courses. Finally, a significant and positive relationship was identified between some web 2.0 technologies, such as online social networking (e.g.Facebook) and live video chatting (e.g. Skype), and students’ likelihood of selecting online courses.
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, low-income, first-generation, Aboriginal, racialized minorities, differently abled, newcomers to Canada, sole-support caregivers, students with incomplete high school education, or some combination of the preceding).
The Survey of Earned Doctorates, the data source for this report, is an annual census of individuals who receive research doctoral degrees from accredited U.S. academic institutions. The survey is sponsored by six federal agencies: the National Aeronautics and Space Administration, National Endowment for the Humanities, National Institutes of Health, National Science Foundation (NSF), U.S. Department of Agriculture, and U.S. Department of Education. These data are reported in several publications from NSF’s National Center for Science and Engineering Statistics. The most comprehensive and widely cited publication is this report, Doctorate Recipients from U.S. Universities.
Any time a student moves from high school into postsecondary education, or from postsecondary into the workforce,
stakeholders on either side of the transition seem to say to the other side, “You got this, right?” Postsecondary institutions might say that secondary schools need to better prepare students for PSE, while employers might argue that higher ed does not produce enough “job ready” graduates. But these gaps are not necessarily any one group’s fault, as the entire school-to-work journey has been siloed into a number of distinct services that are in dire need of bridging. With no group focused on the spaces between the silos, it should come as little surprise that these points of transition represent some of the most challenging times in the school-to-work journey.
As Phil Baty’s recent blog makes clear, there is huge range of opinion in the UK higher education sector about the government’s wish to see more universities offering accelerated degrees.
To their proponents, they provide students, particularly mature students with existing work experience, with an opportunity to save on living costs and enter the labour market faster. To their detractors, they are detrimental to the student experience and academic quality, introducing time pressures that reduce opportunities for informal interaction with staff, subject societies and non-curricular seminars and lectures, not to mention social activities.
As I've mentioned before, my 7-year-old daughter takes piano lessons. One of the biggest challenges has been getting her to play for herself, not for her parents. Often I'll ask her how she thought she played a song and I'll get a shrug in return. She plays, but she doesn't listen to herself play. That lack of listening, I fear, is a sign that she's just playing because we're making her.
Many of the teaching tips I've suggested in this column have been meant to encourage your students to take responsibility for their learning. For active-learning strategies to really work, I've argued, we need students to buy in completely to our courses. They need to want to learn for themselves — not for us or a grade. To accomplish that, we can invite students to take some control over the syllabus. We can turn course policies into collaborative projects, in which students have an equal say in determining important aspects of the course. We can encourage students to articulate their goals for the course, rather than just expect them to meet ours. And we can design our courses to make sure we haven't foreclosed any of those possibilities.
This report provides parliamentarians with an assessment of the current state of the Canadian labour market by examining labour market indicators relative to trend, trends in wages and compensation, and the evidence of labour shortages and
skills mismatches.
Overall, the Parliamentary Budget Officer (PBO) finds that most labour market indicators remain below trend, although continue to recover from the 2008-09 recession. The weakness in the labour market is also reflected in the modest growth in wages and compensation over the recovery. In an attempt to explain the continued weakness in the labour market, PBO examined indicators of labour shortages and skills mismatches but found little evidence in support of a national labour shortage or skills mismatch in Canada.
While the cost of tuition and the rate at which it increases are obviously important subjects to students, they often cloud other important tuition-related issues. For instance, there are currently no regulations governing how and when universities may charge students tuition, meaning that each institution has the freedom to set individual payment processes.
Residents of Southwestern Ontario are most likely to identify “jobs/unemployment/wages” as the most important issue currently facing the Ontario government.
But there’s one question that we should all put down immediately, and rage against with the last shreds of our academic
freedom: the old refrain, "When am I going to use this?"
This question, I think, manages to embody the worst of our cultural situation. It is a complaint, a subterfuge, an insult, a lazy way out. And before you think I am simply railing against the generational deficiencies in our current crop of students, I’m not. I’ve heard versions of the theme from parents, administrators, politicians, and even, I am chagrined to add, esteemed colleagues. We must put an end to it all.
THE PAUCITY OF WOMEN IN SCIENCE HAS BEEN documented over and over again . A 2012 Report from the President’s Council of Advisors on Science and Technology reported that a deficit of one million engineers and scientists will result in the United States if current rates of training in science, technology, math, and engineering (STEM) persist (President’s Council of Advisors on Science and Technology, 2012) . It’s not hard to see how this hurts the United States’ competitive position—particularly if women in STEM meet more gender bias in the U .S . than do women elsewhere, notably in India and China .
ONTARIO COLLEGES OF APPLIED ARTS AND TECHNOLOGY: PRECURSORS AND ORIGINS
On May 21, 1965, the Minister of Education, William G. Davis, introduced legislation for the establishment and operation of a system of Colleges of Applied Arts and Technology. In his statement in the legislature, the Minister noted that the legislation provided for the introduction of “a new level and type of education, one which is still in keeping with our traditions and accomplishments” (Davis 1965, 5). The objective of this paper is to examine just how the new college system built on previous accomplishments and continued existing traditions. The paper describes the educational institutions that were the precursors of the new colleges and examines the connection between the new colleges and their predecessor institutions. It argues that previous accomplishments and traditions significantly influenced choices about the shape of the new colleges.
Since 1981 the Canadian Federation of Students has been the progressive and democratic voice of Canada’s college and university students. Today the Federation comprises over 400,000 graduate, undergraduate and college students from over 60 students’ unions from Newfoundland and Labrador to British Columbia.
During the last third of the twentieth century, college sectors in many coun-tries took on the role of expanding opportunities for baccalaureate degree attainment in applied fields of study. In many European countries, colleges came to constitute a parallel higher education sector that offered degree pro-grams of an applied nature in contrast to the more academically oriented pro-grams of the traditional university sector. Other jurisdictions, including some Canadian ones, followed the American approach, in which colleges facilitate degree attainment for students in occupational programs through transfer arrangements with universities. This article offers some possible reasons why the Ontario Government has chosen not to fully embrace the European mod-el, even though the original vision for Ontario’s colleges was closer to that model to than to the American one.
Au cours du dernier tiers du 20e siècle, les réseaux collégiaux de nombreux pays se sont donné comme mission d’accroître les occasions d’obtention de baccalauréat dans des domaines d’études appliquées. Dans de nombreux pays d’Europe, les collèges ont progressivement constitué un secteur parallèle d’enseignement supérieur offrant des programmes d’études appliquées menant à un grade, à l’inverse du secteur universitaire traditionnel, lequel favorise plutôt les études théoriques. Dans d’autres juridictions,dont certaines au Canada, on a plutôt suivi le modèle américain selon lequel les collèges facilitent l’obtention de grades dans des programmes axés sur les professions par le biais d’ententes de transfert avec les universités. Le présent article propose certaines raisons susceptibles d’expliquer pourquoi le gouvernement de l’Ontario a choisi de ne pas adopter entièrement le modèle européen, malgré le fait que la vision initiale des collèges de l’Ontario se rapprochait davantage de ce dernier que du modèle américain.
The push-back was strong when we sought to increase the diversity of teachers through a modified admissions policy in our education degree program.
The makeup of the Canadian population is changing rapidly. The percentage of the population who identify as Indigenous is increasing; the percentage of new immigrants who are from racial, ethnic or linguistic minority groups is growing; those who identify as LGBTQ are feeling increasingly safe to be open about their identities; and individuals with disabilities are making dynamic contributions to Canadian society. Although our communities are becoming increasingly diverse, the makeup of the teaching profession remains relatively stagnant, with white, female teachers making up more than 80 percent of the teaching force. While our communities are becoming richer with diversity, the teaching profession is not.
The headlines are full of trans rights stories these days. From the federal government’s introduction of Bill C16
to finally add gender identity and gender expression to the Federal Human Rights Code, to Ontario’s upcoming reform to add the sex designation “X” to public registries, trans rights are on the move. But where exactly are they going? While the right to nondiscrimination seems to be increasingly recognized, there is a newer right on the horizon: the right to gender self-determination. It is a more positive right—one that gives the power over gender to individuals themselves. It means that gender variant people, like nongendervariant people, have an autonomous right over their gender that others are obliged to respect and protect.
Purpose/Objective: This study documents the ways in which successful, award-winning teachers function creatively in their classrooms. It investigates their beliefs about creativity in teaching—what “creativity” means, and how skilled teachers instantiate it in classroom practices. Finally, this research examined the teachers’ personal creativity (in terms of creative pursuits, hobbies, and habits of mind) and the practical ways this translates into teaching.
The demand for faculty development is ongoing, and many medical schools will need to expand their pool of faculty
developers to include physicians and scientists whose primary expertise is not education. Insight into what motivates
occasional faculty developers can guide recruitment and retention strategies. This study was designed to understand the
motivations of faculty developers who occasionally (one to three times each year) lead faculty development workshops.
The focus of the article is to provide recommendations for how to design learning environments to foster
greater creativity. I bring together art education research, creativity research, and learning sciences research to provide recommendations for how to design learning environments to foster creative learning outcomes.