An early consensus in the ongoing discourse about graduate student preparation for diverse careers was that graduates lacked competencies relevant to non-academic professional settings. Lists of missing “skills” were developed that universities and agencies sought to address, most commonly by the offering of generic (transferable) skills workshops or courses. In this paper, we critique this framing of the issue and discuss the limitations of the common approaches taken to address it. We propose a more integrated approach, where students’ thesis research itself is oriented to their possible futures (a practice already occurring in many areas), and where assessment of the competencies so developed is integral to the awarding of the degree. We illustrate the concepts through the stories of two students, and discuss policy ramifications and
the substantial challenges to its realization presented by a highly competitive research
environment and established ways of assessing success in faculty and students.
Continuous advances in health care and technology are contributing to a longer life expectancy. Institute of
Medicine (IOM) (2001). One major downside of this situation is that chronic conditions are now becoming the leading cause of illness, disability and mortality. Globally, many health care ministries are realizing the advantages of having health care professionals from different professions working together to provide interprofessional care as the most efficient and effective
means of supporting patients with chronic or complex needs (Russell et al. 2009). Our project focused on the needs of children with developmental disabilities, specifically Down syndrome and autism. Both of these chronic conditions benefit from teams of health professionals working collaboratively to provide integrated, efficient care for families. Although there is a wealth of
clinical expertise in this specialty, educating large groups of undergraduate health sciences students to provide interprofessional care in a busy pediatric setting is not feasible, nor is it feasible to train a two year- old child to simulate such a patient. In this research report, we have considered the feasibility of teaching large groups of interprofessional health
sciences students in a pediatric setting, while concurrently evaluating students’ understanding of how interprofessional teams function. Our study compared a series of facilitated and non-facilitated video vignettes demonstrating a well-functioning interprofessional pediatric team while it assessed one child with Down syndrome and one child with autism.
According to the most recent Statistics Canada census data (2006), there are 242,000 Aboriginal people living in Ontario, primarily comprising three distinct groups: First Nation (158,000), Métis (74,000) and Inuit (2,000). The remaining 8,000 Aboriginal people classified themselves as “other.” Aboriginal peoples in Ontario have diverse languages, cultures and traditions. The census also identified that approximately 47,000 First Nations people live on reserves in Ontario; these are lands set aside for the use and benefit of a specific band or First Nation. There are a total of 133 First Nation communities in Ontario, each of which has its own government or tribal council. The delivery of education through schools on reserve is the responsibility of the First Nation and the federal government. The federal government is financially responsible for the education of First Nation students living on reserve, whether these students attend First Nation or provincially operated schools.
Vision
• Unlocking potential.
Mission
• We provide pathways to success, an exceptional learning experience, and a global outlook to meet the needs of students and employers.
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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.
Every developed country is racing to keep up with profound and fundamental changes in the 21st century. The new knowledge economy is creating unprecedented demands for higher levels of expertise and skills, while, at the same time, changing demographics will significantly reduce the numbers of qualified people available in the economy.
The cumulative impact presents great opportunities and great challenges to Ontario.
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.
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.
There have always been students who do not meet the educational expectations of their time—students outside the mainstream mold who do not fit dominant notions of success. The differences between schools and these students can be thought of as a “mismatch” between the structure of schools and the social, cultural, or economic backgrounds of students identified as problems. In this essay we examine the history of these students who have not been able to do what educators wanted them to do. We look at how educators have labeled poor school performers in different periods and how these labels reflected both attitudes and institutional conditions. We then sum-marize four major historical explanations for why children fail in school—individual deficits or incompetence, families, inefficiency in schools, and cultural difference. Finally, we explore what implications this history has for students in the current standards-based reform movement, including implications for social promotion and the age-graded school. To avoid a mismatch in the standards movement, we argue that educators should focus on adapting the school better to the child, addressing social inequalities that extend beyond the classroom, and undertaking comprehensive changes that take no features of current schools for granted.
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 article was written in response to concerns that have been expressed about the possible consequences of an increasing number of countries overtaking the United States in educational attainment. International statistics on educational attainment were analyzed, questions about comparability of data were discussed, and the impact of different approaches to the
organization of higher education on attainment rates was examined. The author concluded that comparing the rate of attainment of subbaccalaureate credentials between the United States and other countries is problematic both because of definitional issues, and as a consequence of the major transfer function of American community colleges. The article explains how colleges that previously offered short term vocational training in many European countries have evolved into vocationally-oriented baccalaureate granting institutions that have enabled their nations to achieve rapidly rising levels of baccalaureate degree attainment. It suggests that the experience of these countries may provide useful lessons—and cautions—for policy makers and educational leaders with respect to expanding the role of community colleges in awarding baccalaureate degrees.
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.
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
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
There are about 420 registered private career colleges (PCCs) in Ontario – the number is in constant flux. 60% of schools are ten years of age or younger. They serve 53,000 full time equivalent (FTE) students, or about 1 in 15 Ontario postsecondary students. Their overall vocational revenues are in the order of $360M annually. They are mostly small; 70% have total revenues under $1M and average enrolment is under 200.
Based on principles that look to improve overall wellbeing amongst student populations, this policy on student health and wellness takes a broad look at a range of health concerns felt by Ontario’s post-secondary students, as identified by the student membership of OUSA. These policy recommendations seek to bring greater attention to the current mental and physical health care needs amongst our students regardless of their current health or socio- economic standing, or physical and mental ability. With this policy, OUSA hopes that students will be provided with the resources and service
their overall
wellbeing and success.
Since their creation in 1965, Ontario’s colleges have played a pivotal role in providing PSE opportunities to all residents (Rae, 2005). Often located in smaller and more geographically dispersed communities than Ontario’s universities, colleges were intended to be more responsive to and reflective of these communities (Canadian Council on Learning, 2010) and to work closely with business and labour sectors to ensure programming that produced employment-ready graduates (Rae, 2005).
Success in college and university is more than what you learn in a classroom. It's about navigating the system, asking for help when you need it, finding places were you belong and preparing for your future career and life.
Our goal is to introduce you to the areas called Student Affairs, Student Services, Student Success, Student Life and Campus Life. Whatever it's called, this group of people , programs and services will assist you in registering for classes, staring a student club, working on a difficult class assignment, talking to you when you're stressed or need to see a doctor, and much more.
The Ohio State University Undergraduate and Master's/ Professional Graduation Surveys were first administered in the spring term of 2011 and are administered at the end of each term by the Office of Student Life. The surveys gather information about the career and education plans of potential graduates, as well as students’ satisfaction with Ohio State. In recent years, data from
the academic terms comprising the academic year (summer, autumn, and spring) have been compiled. This report presents the results from the spring 2012, autumn 2012/spring 2013, the 2013-2014, and 2014-2015 administrations. Please note that the surveys have changed over time and this report compares findings when direct comparisons are available across years.