The purpose of this paper is to discuss various issues surrounding the community college baccalaureate. In 2009, President Barack Obama provided a vision to increase graduation rates for students across the nation and challenged higher education to double the number of college degrees conferred nationwide by 2020. In addition, the President urged the country’s 1,200 community colleges to be instrumental in this initiative, as they have the capacity to provide the education necessary to produce a competitive workforce. In 2011, the dialogue continues and intensifies. At the 2011 Building a Grad Nation Summit, Vice President Biden issued a call to action to boost college graduation rates across the country and help the nation meet the President’s goals. He states, “Right now we’ve got an education system that works like a funnel when we need it to work like a pipeline.”
This is a time of change in higher education in Canada.
David Agnew, former Cabinet Secretary for the Government of Ontario, current President of Seneca College, and Chair of Colleges Ontario, drew attention to the changes occurring in Ontario in a speech to the Canadian Club in October 20151. Some of the changes occurring in Ontario and across Canada increase access to, and success in, higher education for many who would otherwise not have been able to go to college or university. Other changes are not so positive, as Agnew also
observed. Some colleges and universities are struggling to survive while others appear to be thriving. Understanding the current and future dynamics of the higher education system is important, especially for those leading the system or developing the policies which guide it.
The existence of ‘Learning Styles’ is a common ‘neuromyth’, and their use in all forms of education has been thoroughly and repeatedly discredited in the research literature. However, anecdotal evidence suggests that their use remains widespread.
This perspective article is an attempt to understand if and why the myth of Learning Styles persists. I have done this by analyzing the current research literature to capture the picture that an educator would encounter were they to search for “Learning Styles” with the intent of determining whether the research evidence supported their use. The overwhelming majority (89%) of recent research papers, listed in the ERIC and PubMed research databases, implicitly or directly endorse the use of Learning Styles in Higher Education. These papers are dominated by the VAK and Kolb Learning Styles inventories. These presence of these papers in the pedagogical literature demonstrates that an educator, attempting to take an evidence-based approach to education, would be presented with a strong yet misleading message that the use of Learning Styles is endorsed by the current research literature. This has potentially negative consequences for students and for the field of education research.
Mobile learning (mlearning) is an emerging trend in schools, utilizing mobile technologies that offer the greatest amount of flexibility in teaching and learning. Researchers have found that one of the main barriers to effective mlearning in schools is the lack of teacher professional development. Results from a needsassessment survey and a post-workshop evaluation survey describe the professional development needs of teachers, technology coaches and administrators implementing an mlearning initiative in K–12 schools across 21 US states. Generally, needs shifted from a focus on technology integration and pedagogical coaching to a focus on the needs for ongoing support and time, reflecting a growing confidence in teachers to develop and implement mlearning lessons.
Additionally, results from the needs assessment indicated that teachers and staff feel less confident about external areas such as support policies and community involvement – these areas may also offer areas for future growth in mlearning professional development.
Keywords: mobile learning; professional development; Essential Conditions
Would you believe me if I told you that young Canadians likely had a major impact on the outcome of the 2015 Canadian general election?
Probably not. That’s because we have continually heard over and over that young people are politically disengaged. Few pay attention to politics. Few vote. And there is plenty of evidence that supports these claims. Elections Canada estimates that during the 2011 federal election, only 39% of Canadians aged 18 to 24 showed up at the polls. In 2008, it was 37%, down from 44% two years earlier.
But the 2015 Canadian election may have been the start of a political awakening of a new electoral powerhouse in Canada.
This paper reports the results of an analysis of persistence in post-secondary education (PSE) for college students in Ontario based on the extremely rich YITS-B dataset that has been used for other recent studies at the national level. We calculate hazard or transition rates (and cumulative transition rates) with respect to those who i) graduate, ii) switch programs, and iii) leave PSE (perhaps to return later). We also look at the reasons for switching and leaving, subsequent re-entry rates among leavers, and graduation and persistence rates once switchers and re-entrants are taken into account. These patterns are then probed in more detail using hazard (regression) models where switching and leaving are related to a variety of individual characteristics, family background, high school outcomes, and early pse experiences. Student pathways are seen to be varied. Perhaps the single most important finding is that the proportion of students who either obtain a degree or continue to be enrolled somewhere in the PSE system in the years after entering a first program remains close to the 80 percent mark for the five years following entry. Seventy-one percent of students graduate within five years of starting, while another 6 percent are still in the PSE system.
The crisis — and there is no other word for it — in public schooling is a function of the interaction of an enormous push-pull dynamic. The push factor is that students find schooling increasingly boring as they proceed across the grades. Studies from many countries show that among high school students less than 40% of upper secondary students are intellectually
engaged (Jenkins, 2013; Willms et al., 2009). And, not unrelated, signs of teacher frustration are growing. For example, in the U.S the percentage of teachers who are satisfied with teaching has plummeted from 65% to 38% from 2008 to 2012. Teachers and students are psychologically if not literally being pushed out of school. Meanwhile prodigious technology is alluring all, kids and
adults alike, to the digital world, not necessarily productively. Within this allure we are seeing exciting new learning modes emerging from the interaction of pedagogy and technology. Education under these terms needs to be radically rethought — partly to stop the boredom, but mostly to blow the lid off learning, whereby students and teachers as partners become captivated by education day in and day out.
Ontario’s colleges share the provincial government’s belief that apprenticeship must play a greater role in addressing skills shortages and contributing to innovative, high-performance workplaces that enhance Ontario’s competitiveness.
Certaines données utilisées dans ce guide sont tirées du projet de recherche-action Modes de travail et de collaboration
à l’ère d’Internet réalisé sous l’égide du CEFRIO. Ce projet visait essentiellement à étudier la mise en place,
le fonctionnement, l’évolution et les résultats générés par une série de communautés de pratique virtuelles. Rappelons
qu’il poursuivait trois grands objectifs :
Trust Matters: Distinction and Diversity in Undergraduate Science Education
Rethinking Gen Ed
Amid concerns that requirements may not mean much to students or professors, Harvard and Duke Universities both look to curricular changes to improve undergraduate education.
School leaders are faced with the daunting task of anticipating the future and making conscious adaptations to their practices, in order to keep up and to be responsive to the environment. To succeed in a rapidly changing and increasingly complex world, it is vital that schools grow, develop, adapt and take charge of change so that they can control their own futures.This paper will examine the tension that exists for school leaders in relation to data about their schools and their students, arguing that the explicit connections between data and large-scale reforms make it impossible to avoid a critical approach to data, drawing on research in Ontario and Manitoba in Canada, and examining parallels with evidence from research in England, to highlight the challenges involved in using data effectively in different political contexts and mandated policies on the uses of data.
When I interviewed for my current job, running a small graduate and postdoctoral career and professional development program in a hospital-based research institute, we got onto the topic of alumni data tracking. My program had an exit survey on their website, one that suggested they were collecting contact information and checking in with PhDs in the years after they'd left our institution to see how and what they were doing. (It turns out that no one knew the form was there, and it hadn't been used in many years.) We then got to talking about program evaluation, one of my favourite subjects, and about how we could start assessing if the professional and career development work we were doing--if they hired me--was having any effect on the post-PhD lives of our graduate students and postdocs.
The problem with textbooks is that they’re expensive. They’re sort of a hidden educational fee.
Like a lot of students, James Tait was supposed to buy the online component to his textbook. Buying used to save a bit of money, he didn’t get the online access code that comes with a new book.
“I needed it for my chemistry class, it was called Mastering Chemistry, but I never bought it,” he said.
The online component is an addition to the textbook, for homework, self-tests, and tutorials. Textbook companies include these platforms with the sale of new textbooks as an additional service, but also to reduce used textbook sales. The access code for Mastering Chemistry is about $70.
The Canadian Physical Activity Guidelines, established by the Canadian Society for Exercise Physiology, maintain that adults should get at least 150 minutes of moderate to vigorous physical activity every week in order to maintain their optimal health.1 However, only 15 per cent of Canadian adults meet these guidelines. Of equal concern, Canadians spend 10 of their waking hours each day being sedentary. Even when adults meet the recommended guidelines for physical activity, it is important for them to limit their sedentary time in order to improve or maintain their health.
With so many classroom research studies published daily, you can be forgiven for missing some. The techniques below are super-tactical and, for the most part, unsung strategies that you’ll be excited to try tomorrow.
Without question, a major classroom challenge facing today’s educators is getting their students to put down their phones and pick up their level of engagement. While a generation ago educators might find their students getting sidetracked by an attractive classmate, an enchanting daydream or passing notes about an upcoming tailgate party, today’s smartphones present educators with a whole new array of seemingly insurmountable obstacles.
According to the 2011 article “The Use and Abuse of Cell Phones and Text Messaging in the Classroom: A Survey of College Students,” published in College Teaching, after surveying “269 college students from 21 academic majors at a small Northeastern university,” authors Deborah R. Tindall and Robert W. Bohlander found that “95 percent of students bring their phones to class every day, 92 percent use their phones to text message during class time and 10 percent admit they have texted during an exam on at least one occasion.”
In this article, which is grounded in my own experiences, I discuss the responsibilities of new immigrant teacher educators when teaching courses related to diversity and multiculturalism in Canada. I highlight the complexities that underlie discourses of multiculturalism in teacher education, and the important role that new immigrant teacher educators have in locating themselves
within the frame of settler colonialism in Canada. I argue that there is a need for genuine dialogue and critical reflexivity that encourage teacher educators and teacher candidates to locate themselves within a complex web of privileges and oppressions, and I explore possible new directions for teaching
multiculturalism and Indigenous content in teacher education.In this article, which is grounded in my own experiences, I discuss the responsibilities
of new immigrant teacher educators when teaching courses related
to diversity and multiculturalism in Canada. I highlight the complexities that
underlie discourses of multiculturalism in teacher education, and the important
role that new immigrant teacher educators have in locating themselves
within the frame of settler colonialism in Canada. I argue that there is a need
for genuine dialogue and critical reflexivity that encourage teacher educators
and teacher candidates to locate themselves within a complex web of privileges
and oppressions, and I explore possible new directions for teaching
multiculturalism and Indigenous content in teacher education.
The scientific study of human learning and memory is now more than 125 years old. Psychologists have conducted thou- sands of experiments, correlational analyses, and field studies during this time, in addition to other research conducted by those from
neighboring fields. A huge knowledge base has been carefully built up over the decades.
Given this backdrop, we may ask ourselves: What great changes in education have resulted from this huge research base? How has the scientific study of learning and memory changed practices in education from those of, say, a century ago? Have we succeeded in building a translational educational science to rival medical science (in which biological knowledge is translated into medical practice) or types of engineering (in which, e.g., basic knowledge in chemistry is translated into products through chemical engineering)?
"The current economic crisis is a structural one. Emerging industries require that young people possess new knowledge and entrepreneurial skills. Furthermore, tax and regulatory systems often inhibit business formation by young people. Systemic change is needed to help the new generation of young entrepreneurs to succeed in the innovative economy of the 21st century.”