In recent years educators and policymakers have set a goal that students graduate from high school ready for college and careers. However, as a nation we are far from achieving this goal, particularly for low-income and minority students. For example, in states where all eleventh-graders take the ACT®, only 27 percent of low-income students in 2010 met the ACT College Readiness Benchmark in reading, with 16 percent meeting the Benchmark in mathematics, and 11 percent meeting the Benchmark in science.
Efforts to improve students’ academic preparation have often been directed at the high-school level, although for many students, gaps in academic preparation begin much earlier. Large numbers of disadvantaged students enter kindergarten behind in early reading and mathematics skills, oral language development, vocabulary, and general knowledge. These gaps are
likely to widen over time because of the “Matthew effects,” whereby those who start out behind are at a relative disadvantage in acquiring new knowledge.
SIX YEARS AGO, Georgia State University (GSU) gathered a decade’s worth of its historical data with the help of a third-party vendor — some 15,000 student records and 2.5 million grades — and applied advanced analytics. Officials hoped to use this information to uncover early-warning signs for students in danger of dropping out of school.
• Fewer than one in five PhD graduates are employed as full-time university professors. The majority of PhDs are employed outside academia in a wide range of rewarding careers—such as in industry, government, and not-for- profit organizations.
• Many PhD graduates face challenging initial transitions to careers outside academia due to underdeveloped professional skills and networks, difficulty articulating the value of the skills gained through PhD studies to non-academic employers, and limited employer awareness or misperceptions about the potential value of PhD hires.
Future economic growth and social progress in knowledge societies rely increasingly on innovation. Innovators and entrepreneurs require skill sets for innovation such as technical skills, thinking and creativity skills, as well as social and behavioural skills. Higher education plays an important role in providing people with skills for innovation, but a number of important questions remain as to what kind of higher education teaching can be conducive to the strengthening of skills for innovation.
The Strategic Mandate Agreement (SMA) exercise was intended to address at least three desired
outcomes:
1. To promote the government’s stated goal1 of increasing the differentiation of the Ontario postsecondary system by asking each Ontario postsecondary institution to articulate an institutional mandate statement identifying its distinctive strengths or aspirations and to identify key objectives aligned with that aspiration.
2. To advance and inform the discussion about how the Ontario system could increase its productivity to deliver a quality education to more students within the financial constraints expected in the public sector.
3. To elicit the best thinking from institutions about innovations and reforms that would support higher quality learning and, in its most ambitious form, transform Ontario’s public postsecondary system.
To assist with the evaluation of the SMAs, the Ministry of Training, Colleges and Universities (MTCU) “…instructed the Higher Education Quality Council of Ontario (HEQCO) to establish a peer review panel to evaluate…mandate submissions … for their ability to achieve significant improvements in productivity, quality and affordability through both innovation and differentiation.” The members of the Expert Panel are listed in Appendix 1.
Despite the tremendous growth of distance education, retention remains its Achilles’ heel. Estimates of the failed retention rate for distance education undergraduates range from 20 to 50 percent. Distance education administrators believe the failed retention rate for online courses may be 10 to 20 percent higher than for face-to-face courses.
As an increasing number of colleges and universities identify online education as a critical component to their long-term strategy, the issue of retention can no longer be ignored. It is mandatory for everyone who touches the distance learner to understand why these students leave their online courses, and what it will take to keep them there.
Critics have suggested that the practice of psychology is based on ethnocentric assumptions that do not necessarily apply to non-European cultures, resulting in the underutilization of counselling centres by minority populations. Few practical, culturally appropriate alternatives have flowed from these concerns. This paper reviews experiences from a doctoral-level practicum in
counselling psychology that targeted aboriginal and international university students outside of the mainstream counselling services at a western Canadian university over a two-year period. It recommends an integrated approach, combining ssessment, learning strategy skills, and counselling skills while incorporating community development methodology. The paper concludes
with recommendations for counsellor training that will enhance services to both international and aboriginal students.
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.
Discussions of Canada’s so-called “skills gap” have reached a fever pitch. Driven by conflicting reports and data, the conversation shows no signs of abating. On the one hand, economic indicators commonly used to identify gaps point to problems limited to only certain occupations (like health occupations) and certain provinces (like Alberta) rather than to a general skills crisis. On the other hand, employers continue to report a mismatch between the skills they need in their workplaces and those possessed by job seekers, and to voice concern that the postsecondary system is not graduating students with the skills they need.
Postsecondary education has reached a critical impasse. Structurally speaking, the Canadian system does not look much different than it did 50 years ago. But the system’s dynamics have changed considerably: reduced government funding and the tough economic climate make efficient financial models a necessity for healthy institutions; student debt loads are increasing; underemployment is a reality for many undergraduate degree-holders; and the student body is increasingly diverse, with
growing numbers of international students, students from historically underrepresented groups, mature students returning to PSE to improve career prospects, and students having to work at least part-time to manage the cost of education. To ensure that our system is accountable, accessible and of the highest quality, we need to define and assess educational outcomes at both the institutional and student levels.
In this follow-up study, college students who transferred to one Ontario university in 2008–2009 were compared to non-transfer students using several different measures of academic success at university. When compared to non- transfer students, college transfer students earned fewer credits each year, had lower GPAs, and were less able to earn credits from course attempts. The differences were small for students’ first and second years but larger in years three and four. Despite the lower GPA, college transfer students were not more likely than non-transfer students to be eligible for academic suspension. College transfer students also attempted fewer courses and were much less likely to persist to Year 4. By spring 2012 (after four years of university), the college transfer students were more likely than non-transfer students to have graduated, but their degree
of choice was a 15-credit three-year degree (as opposed to a 20-credit four-year honours or non-honours degree). Policy
implications are discussed.
According to the Consortium for School Networking's 2015 IT Leadership Survey, 84% of school technology officials expect that at least half of their insructional materials will be digitally based with three years.
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.
If you graduated from a designated learning institution, and want to stay in Canada temporarily while working, you may be eligible to apply for a post-graduation work permit (PGWP).
Not all designated learning institutions make you eligible for a post-graduation work permit.
Check the designated learning institution list to find out which schools offer programs that make you eligible.
First Nations employment in Saskatchewan is increasing, yet we continue to lag behind the other two Prairie Provinces. This report shows that if we were to employ First Nations people at the same rate as Alberta and Manitoba, we would increase provincial employment by 5.9 thousand employees in 2012, growing to 8.3 thousand by 2031. That is just by catching up with the average for the remainder of the Prairies.
Results would be better yet if we were to employ our First Nations population at the same rate as our total Provincial population. The result would be an increase in provincial employment by 17.9 thousand in 2012, growing to 25.1 thousand in 2031.
First-year students on Academica’s StudentVu Panel were surveyed about their
orientation experiences.
• The survey was conducted September 24th to October 4th, 2014.
• 629 students were invited to participate in the survey and 496 responded. This is a
79% response rate.
• The median survey completion time was 6 minutes.
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.
The movement of students between postsecondary institutions is becoming increasingly common and has created a need for greater emphasis on postsecondary education (PSE) pathways. This report outlines the available data on postsecondary student mobility within Ontario, with a focus on mobility between Ontario’s colleges and universities.
Instructors have temporary experiences with groups of students each semester. Even so, these brief moments have the power to change lives. As professors, we decide the impact of our semester-long relationships. We decide to what degree we will work towards student engagement and transformation within our courses. If you would like to create a community of engaged learners within your classroom, it takes more than regurgitating the most compelling content, and it goes beyond collaborative pedagogical practices. The secret to inspiring and transforming students rests in the power of building a community of learners.
With major strides in access to postsecondary education for all students in recent decades, it is tempting to assume that such progress has erased disparities in college enrollment and completion in the United States. Yet despite having one of the highest college participation rates in the world, large gaps persist in terms of access to and success in higher education in this country, particularly for low-income, minority, and first-generation students.
Given the pressure to remain competitive in the global knowledge economy, it is in our shared national interest to act now to increase the number of students who not only enter college, but more importantly earn their degrees, particularly bachelor’s
degrees. Due to the changing demographics of the United States, we must focus our efforts on improving postsecondary access and success among those populations who have previously been underrepresented in higher education, namely low-income and minority students, many of whom will be the first in their families to go to college.