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.
Canada’s population growth masks some very different trends from one region to another. Using various data sources, including Statistics Canada’s most recent projections on population and diversity, this article provides a general overview of these trends and discusses how recent demographic changes could impact the age structure, diversity and population share of the various regions of Canada over the next decades.
Not only did the Great Recession place many people in the unemployment line, it also led to declining access to full-time jobs. Underemployed workers comprise those who want a job but don’t have one as well as those who want a full-time job but only have a part-time job. Now, five years into the recovery, underemployment has declined to less than 10 percent from its peak of 17 percent during the recession. College graduates’ rate of underemployment has declined from 10.2 percent to 6.2 percent today. That is much lower than the 13 percent underemployment rate of high school graduates.
Applicants from institutions with grade inflation are favored over those who had more rigorous instructors, study finds.
When colleges crack down on grade inflation, students invariably complain that they will be at a disadvantage when they apply to graduate school without as many A grades as might otherwise be the case.
The students may be correct.
This short piece addresses the question: “What strategy-based knowledge do we possess that will be effective in addressing the needs of the lowest performing 20% of students in large education systems?”
My first and most important response is that in order to improve part of the system you have to focus on the entire system — raise the bar and close the gap for all. But let me start with a single school example.
McMaster University
Abstract
While a wide variety of publications have suggested that the development of student creativity should be an important objective for contemporary univer- sities, information about how best to achieve this goal across a range of disciplinary contexts is nonetheless scant. The present study aimed to begin to fill this gap by gathering data (via an electronic survey instrument) about how the teaching and learning of creativity are perceived and enacted by instructors in different disciplines at Ontario universities. Results indicated points of both convergence and divergence between respondents from different fields in terms of their understandings of the place of creativity within courses and programs, and in terms of strategies they reported using to enable creativity in their students. We discuss the implications of these findings, including the ways in which the data speak to ongoing debates about the role of disciplines within teaching, learning, and creativity more broadly.
Think back to your first few years of teaching. If you’re like most educators, you probably made your share of mistakes. To be sure, we all do things differently now than we did when we were first starting out. Thank goodness for that!
When Faculty Focus put out a call for articles for this special report on teaching mistakes, we really didn’t know what to expect. Would faculty be willing to share their earlier missteps for all to see? Would the articles all talk about the same common mistakes, or would the range of mistakes discussed truly reflect the complexities of teaching today?
To compete successfully in today’s global economy, countries need to develop the potential of all of their citizens. They need to ensure that men and women develop the right skills and find opportunities to use them productively. Many countries are working towards achieving gender parity at the workplace and in access to jobs. In education, too, many countries have been successful in closing gender gaps in learning outcomes. Yet, as this report reveals, even when boys and girls are equally proficient in mathematics and science, their attitudes towards learning and aspirations for their future are markedly different – and that has a significant impact on their decisions to pursue further education and their choice of career.
Background/Context: In many countries, there are multiple studies intended to improve initial
teacher education. These have generally focused on pieces of teacher education rather than wholes,
and have used an underlying linear logic. It may be, however, that what is needed are new research
questions and theoretical frameworks that account for wholes, not just parts, and take complex,
rather than reductionist perspectives.
Purpose: This article examines the challenges and the promises of complexity theory as a framework for teacher education research. One purpose is to elaborate the basic es. A second purpose is to propose a new research platform that combines complexity alism (CT-CR) and prompts a new set of empirical questions and research methods. es. A second purpose i alism (CT-CR) and prompts a new set of empirical questions and research methods.
The purpose of this research study was to map Ontario universities’ strategies, programs and services for international students (IS). In mapping these programs, we aimed to understand the opportunities, challenges and gaps that exist in supporting IS. We focused on services at various levels, including from the first year of study all the way through to graduation, the job search process, entry into the labour market, and students’ transition to permanent resident status.
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.
As I write this, the 42nd Parliament has not yet begun sitting and yet the impacts of the new government continue to reverberate.The steady string of announcements since the election appears almost designed specifically to please the university community. Academics – and researchers more generally – seem particularly heartened by the change in tone from the, let’s just say, churlishness of the previous regime.
The new cabinet, sworn in on Nov. 4, includes not just a Minister of Innovation, Science and Economic Development, but also a Minister of Science, full stop. The day after the swearing in, the new Minister of Science, Kirsty Duncan, tweeted: “Looking forward to restoring science to its rightful place in government!”
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.
During this latest recession the enormous losses being incurred by university endowment funds received extensive media attention. Ontario university administrators were sounding the alarm, warning that their institutions would have to cut expenses and take a hard line at thebargaining table as a result of endowment fund losses.
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).
Disciplinary experts have a responsibility to engage in nuanced thinking about teaching and learning.
Recently, i had a conversation with a colleague that stopped me dead in my tracks. I was in the middle of extolling the virtues of SoTL (the scholarship of teaching and learning) as a research field that is multidisciplinary, accessible and increasingly relevant as we shape what higher education looks like in the 21st century.
Feeling the wonderful effects of a mid-afternoon caffeine rush, I was exclaiming that SoTL has wide appeal for many members of our learning community and provides: 1) support to inform teaching practices; 2) fresh solutions andnew ideas, such as how to jump-start a sluggish class or reach the latest generation of students or harness a new technology; 3) opportunities for cross-fertilization between research and teaching; and 4) the option to develop a secondary research field without costly infrastructure.
This report provides a systems perspective on the state of skills and higher education in Canada and identifies areas where the sector could improve in producing highly skilled graduates. I
Trust Matters: Distinction and Diversity in Undergraduate Science Education
TORONTO — Two Ontario colleges have opened campuses in Saudi Arabia that don’t accept female
students in their classes.
Niagara College offers tourism, hospitality and business courses at its campus in Taif, while Algonquin
College offers 10 programs, including business, accounting and electrical engineering technician, at a
campus in the city of Jazan.
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.