The educational benefits of embedding hands-on experience in higher education curriculum are widely recognized (Beard & Wilson, 2013). However, to optimize the learning from these opportunities, they need to be grounded in empirical learning theory. The purpose of this study was to examine the characteristics of internships in Ontario colleges and universities, and to assess
the congruence between the components of these internships and Kolb’s (1984) experiential learning framework. Information from 44 Ontario universities and colleges, including 369 internship program webpages and 77 internship course outlines, was analyzed. The findings indicated that internship programs overemphasize the practical aspect of the experience at the expense
of linking theory and practice. To optimize experiential education opportunities, recommendations include establishing explicit learning activities consistent with each experiential learning mode, including practice, reflection, connecting coursework and practical experience, and implementing creative ideas in practice.
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.
You can’t make people change, and rewards and punishment either don’t work or are short lived—the only thing that works is people’s intrinsic motivation, and you have to get at this indirectly.
So far we have looked at deliberate practice as the crucible of learning, and empathetic resolute leadership committed to making learning better and better. But what is going to motivate the masses? Impressive empathy is a start, but you also need something to actually engage people. The big change problem, then, is how to get people to put in the energy to improve a situation when a
lot of them don’t want to do it. How do you get people to change their minds? Grasping the essence of quality change processes is the focus of this chapter.
This report was commissioned by the Canadian Council of Chief Executives (CCCE) as part of a multi-year effort to improve the quality of education and skills training in Canada while enhancing young people’s ability to succeed in the 21st century job market. Opinions in the paper are those of the author and do not necessarily reflect the views of the CCCE or its members.
In February 2014, Getting Smart and Fuel Education™ (FuelEd™) came together to release Fueling a Personalized
Learning Revolution in Secondary Education. The paper highlighted how personalized, blended learning can improve access to high-quality learning opportunities by focusing on various experiences of high school students in districts across the country.
Our first paper contended that the ultimate goal of blended learning is to create opportunities for student learning to be personalized along unique pathways. We described the way in which personalization revolutionizes how students learn and teachers teach in schools and districts across the country. Benefits include increased engagement as a result of powerful learning experiences, access to tools that support quality work products, and choices in learning opportunities beyond the traditional school day. This personalized approach provides students ownership of the learning experience, flexibility in path, and opportunities to progress at an individual pace.
In this follow-up paper, we shift our focus from individual classrooms and courses to explore the question of scale. Specifically, we were interested in learning how schools and districts successfully scale online and blended programs so that a growing number of students have access to the potential of personalized learning.
In 2013-14, the number of new college graduates in the U.S. — students earning their first postsecondary credential — fell for a second straight year, while the number of students receiving their second or third undergraduate credential continued a postrecession increase (Figure 1). The number of new college graduates saw strong growth in the first two years covered by this report (increasing at annual rates of 4.9 percent in 2010-11 and 4.3 percent in 2011- 12), followed by two years of declines (-2.1 percent in 2012-13 and -1.3 percent in 2013-14). In 2013-14, U.S. Title IV degree-granting institutions awarded 1,981,534 associate and bachelor’s degrees to students with no prior postsecondary award, only 0.7 percent more than they awarded in 2010-11 (1,968,334). Cumulatively, over eight million students received their first college degree (associate or bachelor’s) during this four-year period.
Canada’s businesses agree completely with the Prime Minister regarding the potential of our Aboriginal peoples to contribute to our collective economic prosperity. In fact, members of the Canadian Chamber of Commerce identified the participation of
the Aboriginal peoples in our workforce as one of four priority areas in addressing the barrier to their competitiveness posed by their difficulties in finding workers with the skills they need.
The Canadian Chamber has focused on the significant difficulties Aboriginal peoples face in completing elementary, secondary and post-secondary education and in obtaining and retaining employment. In this paper, we take a different approach to this issue by highlighting productive initiatives to improve the workforce participation of Aboriginal peoples and the competitiveness of employers. We will also offer recommendations to the federal government and Canada’s businesses
on measures both can take to provide Aboriginal peoples and communities—as well as businesses—with the tools to make these
success stories the norm.
Canada needs more university, college and trades graduates. In order to compete in the new global knowledge economy, we have to equip all Canadians to achieve their potential and contribute to a prosperous Canada.
It may be the most easily predictable behavior in the undergraduate repertoire. Toward the end of every semester comes the clarion call: "Is there any extra credit I can do to help my final
grade?"
Sometimes the request has a desperate tone. The student recognizes that failure is looming and hopes to avert a dire outcome. In contrast, a student in good standing may be looking for any extra work that could inch their GPA upward. Minimally, if other instructors in your department offer extra-credit options, your students will expect you to do the same and may judge you
harshly if you don’t.
Kennett, Mo.
Drive 90 miles north on Interstate 55 from Memphis, then 20 miles west on Route 412, cutting through seemingly endless fields of cotton, rice, and soybeans. You’ll know you’ve arrived when you see the sign: Welcome to Kennett. Hometown of Sheryl Crow.
This small town in southeastern Missouri used to greet visitors with a different motto: "Service. Industry. Agriculture." But the machine-parts-maker closed and the trailer manufacturer left and the aluminum smelter went under. There’s not nearly as much industry around here as there used to be. Sheryl Crow’s Grammys aren’t going anywhere.
Factors that contribute to post-secondary education participation and persistence, barriers to access, and the relationship between educational attainment and labour market outcomes.
This paper seeks to address the challenges faced by international students pursuing a post-secondary education in Ontario, and to consider more broadly the growing internationalization agenda within education. OUSA recognizes the benefits both of international students coming to Ontario, both in economic and socio-cultural terms, and for Canadian students undertaking a period of study abroad. However, it is evident that increasing internationalization requires institutions, governments and students to address various concerns that impact the ability of international students to succeed, and to ensure we are building strong intercultural university communities. To this end, we offer recommendations in the following areas, aimed at improving the international student experience:
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.
About a third of tenured faculty age 50 or older expect to retire by “normal” retirement age,1 while fully two-thirds anticipate working past that age or have already done so. This latter group is sometimes called “reluctant retirees,” and when their numbers swell on campus, it can lead to productivity declines, limited advancement opportunities for junior faculty, a lack
of openings for new hires, and difficulty reallocating institutional resources. To address a reluctant retiree pheno- menon and better manage faculty retirement patterns, college and university leaders need to understand the thought process among senior faculty regarding whether and when to retire.
ENVER -- The public -- and heck, many people in higher education -- widely assume prestigious colleges and universities provide the best quality education. That's why employers often want to hire their graduates and why many parents want their children to attend them.
And the assumption partially explains the fascination from the media and others in recent years with massive open online courses from Harvard and Stanford and other elite universities: the courses were believed, rightly or wrongly, to be of higher quality than all other online courses precisely because they came from name-brand institutions
Perhaps no other word has been as popular in higher education during the past few years as the term “flipped.” As a result, there is no shortage of ideas and opinions about flipped learning environments. Some consider it another way to talk about student-centered learning. Others view flipped classrooms as an entirely new approach to teaching and learning. Still others see flipping as just another instructional fad that will eventually run its course.
In the summer of 2014, Faculty Focus surveyed its readers to gain a better understanding of their views on flipped learning. The survey also sought to find out who’s flipping, who’s not, and the barriers and benefits to those who flip.
Colleges and institutes play a lead role in strengthening regional capacity to innovate and work with industry partners to enhance competitiveness in the sectors and communities they serve. They conduct leading-edge applied research projects with industry partners to provide market ready solutions.
Whether it’s the creation of a rapid oil containment cling pad to clean up small scale oil or fuel spills, the development of intelligent textiles to meet consumer specific needs, or building award winning cutting edge web technology, colleges and institutes help small- and medium-sized businesses (SMEs) innovate and grow by focusing on improvements in technologies, processes, products and services.
The Government of Canada’s Tri-Council College and Community Innovation (CCI) Program administered by the Natural Sciences and Engineering Research Council in collaboration with the Social Sciences and Humanities Research Council and the Canadian Institutes of Health Research is making a real difference in growing the capacity of colleges and institutes to engage in industry-driven applied research and providing SMEs with the expertise required to be more innovative and productive.
This research paper highlights the mis-directed approach of the Ontario and federal governments’ research and development policies, policies that are reiterated in the platforms of both the Liberal and Progressive Conservative platforms in this Ontario election.
Ontario is committed to helping every child and student achieve success and well-being. The primary goal of the province’s education system is to enable students to develop the knowledge, skills, and characteristics that will lead them to become personally successful, economically productive, and actively engaged citizens.
Researchers acknowledge that the need to engage in problem solving and critical and creative thinking has “always been at the core of learning and innovation” (Trilling & Fadel, 2009, p. 50). What’s new in the 21st century is the call for education systems to emphasize and develop these competencies in explicit and intentional ways through deliberate changes in curriculum design and pedagogical practice. The goal of these changes is to prepare students to solve messy, complex problems – including problems we don’t yet know about – associated with living in a competitive, globally connected, and technologically intensive world.
This paper introduces two new concepts to the debate on job quality: the low-wage gap and low-wage intensity. These two measures provide information on the depth and severity of low wages. Using Labour Force Survey microdata, we discuss trends in these two measures, along with trends in the incidence of low wages over the 1997-2014 period. For example, in 2014, 27.6 per cent of all employees aged 20 to 64 years earned less than two-thirds of median hourly wages for full-time workers aged 20 to 64 years (or $16.01 per hour), our low-wage cutoff. In this same year, the low-wage gap was 21.0 per cent, which means that the average low-wage employee earned approximately 79.0 per cent of the low-wage cutoff (or $12.66 per hour). Consequently, low-wage intensity, defined as the product of the incidence and the gap (scaled by 100) was 5.8. This is down from an intensity of 6.3 in 1997, which was the result of a slightly higher incidence (27.9 per cent) and a higher gap (22.7 per cent). This paper also provides these results by gender, age, educational attainment, industry, occupation, employment status and province. These detailed results help identify which groups face the highest rates, greatest depths, and largest intensities of low-wage employment in Canada. Furthermore, this paper explores the implications of a $15 minimum wage on the low-wage gap in 2014. Finally, to provide a brief sensitivity analysis, we discuss (1) the results for low-wage employment in Canada using a different cutoff (two-thirds mean hourly wages for full-time employees aged 25 to 54 years) and (2) comparisons of our results to those of CIBC’s Employment Quality Index and the OECD’s low-pay data.