Love or hate it, group work can create powerful learning experiences for students. From understanding course content to developing problem solving, teamwork and communica-tion skills, group work is an effective teaching strategy whose lessons may endure well beyond the end of a course. So why is it that so many students (and some faculty) hate it?
International students have increasingly become an important part of postsecondary education in Canada. The number of international students has risen 84% between 2003 and 2013, and most precipitously since Canada introduced the
Canadian Experience Class as part of its new immigration policy changes.1 A report published by the Higher Education Quality Council of Ontario (Williams, K., Williams, G., Arbuckle, A., Walton, Roberts, M., & Hennebry, J., 2015) describes the political
and economic climate, as well as the policy changes over that time period. These changes have allowed for an increase in the number of international students being admitted into Canada’s post-secondary institutions by streamlining application
processes and revising policies regulating off-campus work and post-graduation work permits. Students from India and China have had greater ease in accessing Canadian post-secondary education with the introduction of the Student Partners
Program (SPP) in 2009, though financial restrictions have become a potential barrier to access.2 With these changes, according to Williams et al., Ontario has become the primary destination for international students in Canada. This is especially
true at Ontario colleges. “Ontario-bound international students show a growing tendency to study in the college sector, with over 50% of new entrants attending a college in 2012” (Williams et al., 2015). Despite this trend, the discussion on student
characteristics does not distinguish between the two sectors.
Step into any college lecture hall and you are likely to find a sea of students typing away at open, glowing laptops as the professor speaks. But you won’t see that when I’m teaching.
Though I make a few exceptions, I generally ban electronics, including laptops, in my classes and research seminars.
That may seem extreme. After all, with laptops, students can, in some ways, absorb more from lectures than they can with just paper and pen. They can download course readings, look up unfamiliar concepts on the fly and create an accurate, well-organized record of the lecture material. All of that is good.
Medical schools have been engaged in curricular reform for over 20 years, although the 2010 release of the Carnegie Foundation’s Educating Physicians: A Call for Reform of Medical School and Residency1 galvanized the effort across the United States and
Canada. The report’s authors suggested four key elements, which we describe below along with some examples of how they can be implemented.
The policy debate at Mount St. Mary's University has from the start involved more than President Simon Newman's comparison of at-risk students to bunnies that should be drowned or killed with a Glock. Faculty members and the provost (whom Newman has since demoted) objected to plans to give all freshmen a survey and then to use the survey to identify new students who might -- in their first weeks in college -- be encouraged to quit before Mount St. Mary's would have to report them as having been enrolled and thus dropping out. The theory behind the plan was to increase the university's retention rate.
We use data for a large sample of Ontario students who are observed over the five years from their initial entry to high school to study the impact of course selections and outcomes in high school on the gender gap in postsecondary enrolment. Among students who start high school "solidly" in terms of taking the standard set of grade 9 courses (e.g., math, language, science, etc.) and performing well in these courses, we find a 10 percentage point gap in the fraction of females versus males who register for university or college (69% versus 59%). This gap is seen with respect to university registration (43% for females versus 32% for males) but not in college registration. We then show how the gender gap in university registration is related to the gender gaps at two earlier stages: (1) the first year of high school, where students can select either academic or applied track classes in core subjects including math and languages; (2) the final year(s) of high school, where students who intend to enter university must complete a minimum number of university-level classes.
Abstract
Despite growing enrollment of university students with disabilities, they have not achieved academic parity with their non-dis-abled peers. This study matched 71 first-year university students with disabilities and students without disabilities on three variables: high school average when admitted to university, gender, and program of study. Both groups of students were compared on three measures of academic performance: GPA failed courses, and dropped courses after first year of university. The relationship between accommodations and academic performance was also analyzed for students with disabilities. Even when matched on admission average, gender, and program of study, students with disabilities had a significantly lower GPA
and were more likely to fail courses in their first year than their peers without disabilities. While note-taking in the classroom was associated with being less likely to drop a course, it was also associated with poorer academic performance, as was using a calculator or alternate format during exams. The more accommodations students lost in the transition from high school,
the worse they performed academically at university. Students who lost human assistant support in the classroom and the use of a computer or a memory aid during exams had a significantly lower GPA and were more likely to fail courses in their first year of university compared with students who did not lose these accommodations. These findings have implications for accessibility offices and universities in supporting the access needs and academic success of students with disabilities.
Keywords: accommodation, academic performance, transition
Thirty four Canadian postsecondary institutions self-selected to participate in the Spring 2013 ACHA National College Health Assessment.
Training packages are based on the divorce of learning outcomes from processes of learning and curriculum. Policy insists that training packages are not curriculum, and that this ‘frees’ teachers to develop creative and innovative ‘delivery strategies’ that meet the needs of ‘clients’. This paper argues that training packages deny students access to the theoretical knowledge that underpins vocational practice, and that they result in unitary and unproblematic conceptions of work because students are not provided with the means to participate in theoretical debates shaping their field of practice. Tying knowledge to specific workplace tasks and roles means that students are only provided with access to contextually specific applications of theoretical knowledge, and not the disciplinary framework in which it is embedded and which gives it meaning. The paper illustrates this argument by comparing the current Diploma of Community Services (Community Development) with a previous
qualification that preceded training packages in the same field.
Women represent the majority of young university graduates, but are still underrepresented in science, technology, engineering, mathematics and computer science (STEM) fields. This article provides more information on women with STEM university degrees, and examines whether mathematical ability in high school is related to gender differences in STEM university programs.
Background/Context: In contrast to cultural constructs that equate education with cognitive development and formal schooling, the Latin American cultural model of educación encompasses academic knowledge and social competence. Prior scholarship has mainly investigated parental notions of educación vis-à-vis childrearing and schooling, primarily among Mexican Americans and
Puerto Ricans. Analysis of educación should include other nationalities and elucidate how adults believe educación is acquired and linked both to schooling and nonformal adult education and literacy.
Purpose/Objective/Research Question/Focus of Study: The purpose of this article is to explicate how former adult literacy participants in rural El Salvador perceived the meanings of educación, how one becomes an educated person, and how educación relates to schooling and literacy.
Ensuring a good match between skills acquired in education and on the job and those required in the labour market is essential to make the most of investments in human capital and promote strong and inclusive growth. Unfortunately, in the OECD on average, about one in four workers are over-qualified –i.e. they possess higher qualifications than those required by their job – and just over one in five are under- qualified – i.e. they possess lower qualifications than those required by their job. In addition, some socio- demographic groups are more likely than others to be over-qualified – notably, immigrants and new labour market entrants who take some time to sort themselves into appropriate jobs – or under-qualified – notably, experienced workers lacking a formal qualification for the skills acquired on the labour market.
Collège Boréal has a dual mandate: to be a postsecondary college institution and a vital community development organization. Collège Boréal is a hub of education, innovation, culture, and community serving a diverse francophone clientele: Franco-Ontarians, French immersion students, immigrants, French-speaking First Nations and Métis persons, and international students, among others. Its purpose is to produce a highly skilled bilingual workforce that is active in French-speaking communities and contributes to the economic, social, and cultural vitality of the province and country.
The following statements are part of the College’s 2010-15 Strategic Plan:
Vision
To foster knowledge and stimulate culture.
Mission
Collège Boréal provides a high-calibre personalized education to a diverse clientele and practises community leadership to foster the sustainable development of the francophone community of Ontario.
Among the keys to success in just about any endeavor, preparation is perhaps the most fundamental. Examples of this are plentiful: Musicians practice, athletes train, and actors rehearse long before the concert hall fills, the starting whistle sounds, or the curtain rises. Preparation is a key to success in higher education as well, and a lack of it can be a serious obstacle for students seeking a college credential. Community colleges have a long tradition of open access, but if students who come through the open door are not adequately prepared for college-level work, they have a fairly low chance of graduating. Given this reality, the current national emphasis on college completion – the Completion Agenda – would seem to necessitate an equally strong emphasis on the first step toward that goal: college readiness
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.
Are there too many Canadian young people at university? I think the question is a fair one, but you would not think so from the reaction to the issue being raised. A report I prepared for the Canadian Council of Chief Executives, Career Ready, attracted way more attention for the suggestion that we could do with 30% fewer university students than at present.
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
For Canada to succeed, all Canadians must have the opportunity to develop and use their skills and knowledge to the fullest. So said the government of Prime Minister Paul Martin in the Speech from the Throne that opened the 37th Parliament of Canada in February 2004: “Investing in people will be Canada’s most important economic investment.”
I am a relative newcomer to contract instructing, having moved to Ontario from Saskatchewan in 2010, for family reasons related to health care for my younger son, who is a special-needs child. We moved from Saskatchewan because we were unable to get the health care we needed for him. My wife and I had a unique position at the University of Saskatchewan. We had a job share; she was on the tenure- track in Physics, and I was the teaching sidekick. This suited me, as I came late to university level teaching, working first as a research scientist in universities and then as a scientific computer programmer in the private sector. I did not have the conventional career trajectory of an academic employed in a tenured position at a university. We
moved to Ontario without having jobs to move into, but I was fortunate to be able to find work immediately at Carleton University as a laboratory supervisor. I was then offered contract instructor positions, and moved to teaching five one-semester Introductory Physics courses during the course of the year. To put this in perspective, this is the teaching load expected of a
full-time Instructor/Lecturer position, as defined in the Carleton faculty collective agreement. It would be extremely difficult to teach more than two of these courses in parallel—the workload would then be 50-60 hours per week. With my special-needs childcare commitments, this would be impossible. Nor would it be possible for me to take on a tenure-track position. The hours of work typically required to develop, fund, and launch a research program were more than I could actually devote to it. My ambition is more modest: to obtain a full-time instructor position and be able to develop better pedagogy for the teaching
of physics at the university level.
This paper argues that competency-based training in vocational education and training in Australia is one mechanism through which the working class is denied access to powerful knowledge represented by the academic disciplines. The paper presents a modified Bernsteinian analysis to argue that VET students need access to disciplinary knowledge using Bernstein’s argument that abstract, conceptual knowledge is the means societies use to think ‘the unthinkable’ and ‘the not-yet-thought’. I supplement Bernstein’s social argument for democratic access to the disciplines, with an epistemic argument that draws on the philosophy of critical realism.
Keywords: competency-based training; academic disciplines; sacred and profane knowledge; vertical and horizontal discourse.