This research uses the Youth in Transition Survey, Reading Cohort (“YITS-A”) to compare participation in postsecondary education (PSE) in Ontario to other Canadian regions. We begin by presenting access rates by region, which reveals some substantial differences. University participation rates in Ontario are in about the middle of the pack, while college rates are relatively high. We then undertake an econometric analysis, which reveals that the effects of parental income are quite strong in the Atlantic provinces but much weaker elsewhere, including within Ontario. We also find that the relationship between high school grades and Programme for International Student Assessment (PISA) test scores (measures of academic “performance” and ability”) differ by region and are generally strongest in Ontario. From this perspective, Ontario would appear to have a relatively “meritocratic” system, where those who are more qualified are more likely to go to university and where attendance rates are less affected by family income. Interestingly, the effects of parental education, which are generally much stronger than those of family income, are similar across regions. Understanding the reasons underlying these patterns might warrant further investigation.
A role congruity theory of prejudice toward female leaders proposes that perceived incongruity between
the female gender role and leadership roles leads to 2 forms of prejudice: (a) perceiving women less favorably than men as potential occupants of leadership roles and (b) evaluating behavior that fulfills the prescriptions of a leader role less favorably when it is enacted by a woman. One consequence is that attitudes are less positive toward female than male leaders and potential leaders. Other consequences are that it is more difficult for women to become leaders and to achieve success in leadership roles. Evidence from varied research paradigms substantiates that these consequences occur, especially in situations that heighten perceptions of incongruity between the female gender role and leadership roles.
This 2014 mba.com Prospective Students Survey Report explores the motivations, behaviors, program choices, and intended
career outcomes shared by more than 12,000 individuals who registered on mba.com from October 2012 through September
2013. Survey data collected in 2013 are compared with earlier data collected from more than 71,000 prospective business
school students who have responded to our mba.com registrants’ surveys over the past four years. With survey responses
available for all world regions as well as 15 specific countries, this is the largest data resource of its kind.
Background: Suicide is the second leading cause of death for young Canadians (10–19 years of age) — a disturbing trend that has shown little improvement in recent years. Our objective was to examine suicide trends among Canadian children and adolescents.
Methods: We conducted a retrospective analysis of standardized suicide rates using Statistics Canada mortality data for the period spanning from 1980 to 2008. We analyzed the data by sex and by suicide method over time for two age groups: 10–14 year olds (children) and 15–19 year olds (adolescents). We quantified annual trends by calculating the average annual percent change (AAPC).
Results: We found an average annual decrease of 1.0% (95% confidence interval [CI] –1.5 to –0.4) in the suicide rate for children and adolescents, but stratification by age and sex showed significant variation. We saw an increase in suicide by suffocation among female children (AAPC = 8.1%, 95% CI 6.0 to 10.4) and adolescents (AAPC = 8.0%, 95% CI 6.2 to 9.8). In addition, we noted a decrease in suicides involving poisoning and firearms during the study period.
Interpretation: Our results show that suicide rates in Canada are increasing among female children and adolescents and decreasing among male children and adolescents. Limiting access to lethal means has some potential to mitigate risk. However, suffocation, which has become the predominant method for committing suicide for these age groups, is not amenable to this type of primary prevention.
While conditions vary across First Nations, Inuit, and Métis communities, as well as urban and rural contexts, the well-being gap between Aboriginal and non-Aboriginal populations is significant across most of the country. Population aging and emerging labour shortages in Canada present an opportunity for Aboriginal youth, as the fastest growing demographic, to make a significant contribution to the country’s long-term prosperity. As the Aboriginal population is projected to rise above 1.5 million by 2026, there is an urgency to act now to enable, support, and empower Aboriginal youth to achieve their potential and participate fully in Canada’s social and economic future.
The NSSE National Data Project is an element of ongoing engagement research and implementation practice in Canada. It has two primary objectives. The first is the construction of detailed NSSE reports (items means and frequencies, benchmarks and learning scales) at the academic program- and student subgroup-level for individual institutions rather than for peer groups. The second is the development of statistical (regression) models to measure the relative contribution to engagement variation of student characteristics, program mix and institutional character at both the student record- and institution-level. Both objectives address the broader goals of providing greater focus to engagement improvement efforts, identifying clusters of promising practices and best engagement results, supporting improved interpretation and use of institutional engagement scores, and informing the development of institutional accountability procedures and metrics.
The core of the project is a record-level data file containing the approximately 69,000 2008 or 2009 NSSE responses and additional student records system data representing 44 Canadian universities. Student responses were classified into 10 general academic programs (e.g., Social Sciences) and over 75 specific academic programs (e.g., History, Biology) and over 30 student subgroups (including first generation, First Nations and international).
The detailed NSSE reports indicate a considerable level of variation in student characteristics and program mix across Canadian universities; large differences in engagement item scores and benchmarks across academic program clusters and specific programs within clusters, and across student subgroups; and wide engagement variability across institutions of differing size. A summary of the results from these detailed reports is presented below. The program- and student subgroup-level NSSE reports provide a more focused basis for comparing engagement university by university, and strongly suggest that institution-level engagement comparisons should take account of student, program and size variation and should not be presented without context in ranked format.
The regression models provide a more formal basis for identifying and quantifying the role of student, program and size variation in engagement, and permit a number of conclusions. First, student characteristics, program mix and institutional character all contribute to a comprehensive statistical explanation of engagement variation. Second, the wide variation in institutional engagement scores is reduced considerably when student characteristics, program mix and institutional size are controlled. Third, each engagement benchmark requires a distinct statistical explanation: factors important to one benchmark are often quite different from those important to another. Fourth, Francophone and Anglophone institutions differ with respect to certain key engagement dynamics. And finally, the models suggest several approaches to defining the institutional contribution to engagement and the scope of institutional potential to
modify engagement level.
Over the next several years, more than 500 Aboriginal communities across Canada will find themselves living right in the heart of some of the biggest oil, gas, forestry and mining projects Canada has seen in decades. Debates over pipelines, accelerated foreign investment, and the push for a national energy strategy have turned a spotlight on the central role that Aboriginal communities can play in resource development.
The overall goal of the ARUCC PCCAT National Transcript Standards and Transfer Credit Nomenclature Project is to contribute to enhanced student mobility by creating standards and tools that facilitate the efforts of registrarial and pathway practitioners and policy developers at Canadian postsecondary institutions and allied organizations. A core component of Phase 2 is to further engage the national community in a discussion about what the future transcript standards and transfer credit nomenclature should look like. To quote the 2003 ARUCC Transcript Guide, the main transcript issues remain “’what information to record’ on the transcript and ‘how to record’ the needed information, so that the transcript accurately and equitably reflects educational achievements, and the information it conveys is clear and unambiguous for present and future users” (ARUCC, 2003, p. 10).1 For transfer credit nomenclature, the primary goal is to seek agreement on what terms and definitions to adopt in a database that are
reflective of common and promising practice.
How many Ontario high school students applied to the province’s colleges and universities during the last decade? How many enrolled? How many graduated? Find the answers to these and other good
questions in Quick Facts, a compendium of current and authoritative data on Ontario’s postsecondary
system.
Launched in 2005, the SFD program enabled university students to enrich their learning experience and contribute to international development, while strengthening links between institutions in Canada and overseas. SFD interns not only grew personally and professionally, they also contributed to the key development challenges of improving the lives of children and youth, ensuring food security and strengthening sustainable economies.
Aboriginal people in Canada have long understood the role that learning plays in building healthy, thriving communities. Despite significant cultural and historical differences, Canada’s First Nations, Inuit and Métis people share a vision of learning as a holistic, lifelong process.
In recent years, there has been a great and growing interest in measuring educational quality in the Ontario postsecondary education sector (PSE). Colleges and universities are interested in quality measures for academic planning purposes. Reliable indicators would allow them to identify effective educational practices as well as areas for improvement and to develop strategies in the hopes of improving educational experiences for students. The government is interested for accountability reasons. Quality has become an increasingly prominent focus of the McGuinty government, which seeks not only to increase the number of PSE graduates in the province but also to ensure the quality of degrees being awarded. Robust quality measures could be used to monitor individual institutional performance and to address issues at the sector level. Reliable and comparable provincial-level quality indicators could provide answers to questions such as how the Ontario PSE system is doing compared to other jurisdictions. The problem, however, is that educational quality cannot be easily defined, measured or assessed. Traditional quality indicators consist of two types: input measures (e.g., student-faculty ratio, class size, operating revenue per student) and outcome measures (e.g., retention rate, graduation rate, employment rate). Many researchers have argued that the focus on input measures and the oversimplified use of output measures may create a misleading picture of the quality of PSE in Ontario. Using input measures as quality indicators ignores the substantial differences in the effectiveness with which
institutions use available resources. Using output measures as quality indicators ignores the fact that universities differ from one another in terms of mission, size, location and student composition.
ABSTRACT
Invasive alien species (IAS) cause major environmental and economic damage worldwide,and also threaten human food security and health. The impacts of IAS are expected to rise with continued globalization, land use modification, and climate change. Developing effective strategies to deal with IAS requires a collaborative, interdisciplinary approach, in which scientists work co-operatively with social scientists and policy-makers. Higher education can contribute to this process by training professionals to balance the ecological, economic, and social dimensions of the IAS problem. We examined the extent of such training in Canada by reviewing undergraduate and graduate university curricula at all 94 member nstitutions of the Association of Universities and Colleges of Canada for IAS content. We found that degree and diploma programs focusing on IAS issues are lacking at Canadian post-secondary institutions. Furthermore, few courses are devoted solely to IAS, and those that are typically adopt an ecological perspective. We argue that the absence of interdisciplinary university curricula on IAS in Canada negatively aff ects our ability to respond to this growing global challenge. We present several international educational programs on IAS as case studies on how to better integrate training on invasive species into university curricula in Canada.
RÉSUMÉ
Les espèces exotiques envahissantes (EEE) sont à l’origine d’importants dommages écologiques et économiques partout dans le monde, en plus de menacer la sécurité alimentaire et la santé humaine. On s’attend à ce que leurs eff ets prennent de l’ampleur devant la poursuite de la mondialisation, l’évolution de l’utilisation des sols et les changements climatiques.
L’élaboration de stratégies efficaces pour contrer les EEE exige une approche coopérative et interdisciplinaire, par laquelle des scientifiques travaillent en collaboration avec des spécialistes en sciences sociales et des esponsables de l’élaboration de politiques. L’enseignement supérieur peut y contribuer en formant des professionnels à trouver un équilibre entre les dimensions écologiques, économiques et sociales du problème des EEE. Nous avons étudié la portée d’une telle formation au Canada en révisant les programmes d’études universitaires des premier et second cycles de chacun des 94 établissements membres de l’Association des universités et collèges du Canada. Nous en avons conclu que les programmes menant à un grade ou à un diplôme et ciblant les problèmes liés aux EEE font défaut aux établissements postsecondaires canadiens. En outre, peu de cours se concentrent uniquement sur les EEE, et ceux qui le font adoptent habituellement une approche écologique. Nous faisons valoir que le manque de programmes universitaires interdisciplinaires portant sur les EEE au Canada entrave notre capacité à aff ronter ce défi mondial croissant. Nous présentons plusieurs programmes éducatifs internationaux sur les EEE, à titre d’études de cas pour mieux intégrer la formation sur les espèces envahissantes aux programmes universitaires du Canada.
Andrea L. Smith
Dawn R. Bazely
Norman D. Yan
York University
For many years now, people have been touting the arrival of the “digital native,” or students that were “born digital”. These terms were meant to describe members of a generation who, according to the more fevered sections of the technorati at least, actually have a different set of neural pathways – who, having been exposed since birth to the Internet and hypertext, “think and process information differently” from previous generations.1 In some quarters this has led to calls – on the basis of evidence that can sometimes be alarmingly thin – that curricula and instructional technologies be radically overhauled in order to cater to the “new learner.”
At the same time, much has been made about the quality-enhancing – and cost-reducing – potential of using the Internet for learning purposes in universities. The National Center for Academic Transformation in the United States, in particular, has been a leading voice in using course redesign as a means to improve both learning outcomes and resource allocation.2 This has not really been about moving whole courses online – the “disruptive technology” that some commentators suggest is about to change universities completely3 – but rather it has been about deploying e-learning resources in such a way as to complement and amplify what is being done in more traditional courses. The entwining of these kinds of resources into courses that
remain primarily physical and class-based is commonly referred to as “blended learning.”
Mathematics is an integral part of the curriculum in the Ontario community college system. Most students are required to take at least one, often several mathematics courses during their college studies. Almost all students enrolled in business and technology programs take several courses in mathematics. Most colleges administer some form of placement/diagnostic math test. At some colleges, the results of the test will help in the proper placement of first semester students into a developmental (remedial) math course or a first semester math course. For a variety of reasons, many of our students struggle with math. According to the College Mathematics Project report 2009,i 33 per cent of our students received a D or F or withdrew
from the course. College faculty who teach mathematics come from diverse backgrounds.
Education levels range from baccalaureates to PhDs with degrees in mathematics, business, engineering, and education to name a few. Many of our faculty members have had little formal training in education. An opportunity to share, discuss, and learn from one another about teaching and teaching practices can therefore benefit both faculty and students. The Ontario College MathematicsAssociation Math Knowledge Exchange Network (MathKEN) has created an environment in which Ontario college mathematics educators can share exemplary teaching practices and resources in business math, developmental math, technical math, and statistics. It is important that teaching methods be shared amongst faculty to help in identifying and disseminating exemplary teaching practices. These teaching methods or practices could be something that has been tried in the classroom and the teacher feels that it is promising and would like feedback from colleagues on whether they have experienced similar results. For example, students coming into the Ontario college system come with the expectation that their studies in college will prepare them with the skills to immediately be successful in their careers.
For many of our students, contextual learningii is very important, not only for how they learn, but also for making their studies relevant to their personal and professional lives.
Faculty have learned about ways to teach from their own education and professional training, from their own learning and teaching experiences, attending courses, workshops, and conferences. Many mathematics faculty in Ontario colleges have the opportunity to share teaching practices by attending meetings and conferences sponsored by the Ontario Colleges
Mathematics Association (OCMA). Unfortunately, there are also many who are not able to attend face-to-face meetings and so miss the opportunity to share resources. For those who do attend, the long periods between meetings can lead to stagnation and de-energized teaching. Many teach in isolation, without the benefit of input and feedback from others who share the same concerns, challenges, and successes.
University leaders are actively addressing the issue of mental health on campuses across Canada. No longer seen as simply a question of crisis management, mental health issues are being approached in more proactive and systematic ways, as universities increasingly appreciate the advantages of prevention over reaction. “We are exploring what we need as a sector to deal with mental health issues in the post-secondary setting,” says Dr. Su-Ting Teo, Director of Student Health and Wellness at Ryerson University. Dr. Teo is co-chair of a working group on mental health for the Canadian Association of College and University Student Services (CACUSS), one of several inter-institutional organizations focusing on the issue. The key is to identify best practices and then put into action strategies and plans that work best for an individual institution
and its specific circumstances.
So much of what determines the overall success or failure of a course takes place well in advance of the first day of class. It’s the thoughtful contemplation of your vision for the course — from what you want your students to learn, to selecting the instructional activities, assignments, and materials that will fuel that learning, to determining how you will measure learning outcomes.
Course Design and Development Ideas That Work examines this multifaceted issue from a variety of fronts to bring you proven course design alternatives implemented in courses of varying sizes and disciplines. Featuring 12 articles pulled from the pages of The Teaching Professor, the report will inspire you to rethink some components of your course.
For example, in the article titled A Large Course with a Small Course Option, we learn about an innovative course design for a large 300-level course. Essentially, the instructor created two options: in one, students attend lectures and take four exams. In the second option, students are responsible for those same lectures and exams, but they also participate in small group discussions and complete a set of writing assignments. The second option was most valued by students who are not very good test-takers or who have a keen interest in the subject.
In the article The Placement of Those Steppingstones, the University of Richmond’s Joe Ben Hoyle compares the placement of steppingstones in a koi pond to the educational processes teachers use to help their students get from point A to point B. Hoyle theorizes that “education stumbles when either the learning points are not sequenced in a clearly logical order or they are not placed at a proper distance from each other.”
Other articles in Course Design and Development Ideas That Work include:
• A Course Redesign that Contributed to Student Success • Pairing vs. Small Groups: A Model for Analytical Collaboration • How Blended Learning Works
• Should Students Have a Role in Setting Course Goals?
• In-Class Writing: A Technique That Promotes Learning and Diagnoses Misconceptions
If you’re looking to update an existing course, this report will give you sound strategies to consider.
Michael L. Skolnik
University of Toronto
ABSTRACT
Community college systems were established across North America from the early 1960s through the early 1970s. The new systems had two principal models: in one model, the college combined lower-division, university-level general education with technical education programs; in the other, most or all of the colleges were intended to concentrate on technical education. Ontario was the largest of the provinces and states in North America that opted for the second model. Many of the issues that planners confronted when designing these college systems have either persisted or re-emerged in recent years. This article re-examines the debate on the design of Ontario’s colleges that took place when they were founded and considers its implications for the present.
RÉSUMÉ
Depuis le début des années 1960 et jusqu’au début des années 1970, lorsqu’on créait des réseaux de collèges communautaires partout en Amérique du Nord, deux modèles majeurs étaient proposés pour ces nouveaux réseaux. Dans un des modèles, le collège combinait l’enseignement général universitaire de division inférieure avec les programmes d’enseignement technique ; dans l’autre, la plupart des collèges, sinon tous, se concentraient sur l’enseignement technique. L’Ontario était la plus importante parmi les provinces et les États en Amérique du Nord qui ait opté pour le deuxième modèle. Beaucoup des défis
auxquels les planifi cateurs ont été confrontés lorsqu’ils ont conçu le réseau des collèges sont encore présents ou sont réapparus au cours des dernières années. Cet article réexamine l’ancien débat sur la conception des collèges de l’Ontario et considère ses implications actuelles.
ABSTRACT
Creativity is widely accepted as being an important outcome of schooling. Yet there are many different views about what it is, how best it can be cultivated in young people and whether or how it should be assessed. And in many national curricula creativity is only implicitly acknowledged and seldom precisely defined. This paper offers a five dimensional definition of creativity which has been trialled by teachers in two field trials in schools in England. The paper suggests a theoretical underpinning for defining and assessing creativity along with a number of practical suggestions as to how creativity can be developed and tracked in schools. Two clear benefits of assessing progress in the development of creativity are identified: 1) teachers are able to be more precise and confident in developing young people’s creativity, and 2) learners are better able to understand what it is to be creative (and to use this understanding to record evidence of their progress). The result would seem to be a greater likelihood that learners can display the full range of their creative dispositions in a wide variety of contexts.
RÉSUMÉ
La créativité est largement acceptée comme étant un résultat scolaire important. Pourtant il y a beaucoup d’opinions différentes sur ce qu’elle est, comment on peut la cultiver chez les jeunes gens, et si et comment on devrait l’évaluer. De plus, dans beaucoup de programmes scolaires, la créativité n’est reconnue que de manière implicite et rarement définie de manière précise. Ce document offre une définition de la créativité reposant sur cinq dimensions, qui a été testée par des enseignants durant deux expériences de terrain dans des écoles en Angleterre. Le document propose un soubassement théorique pour définir et évaluer la créativité ainsi que nombre de suggestions pratiques sur le développement et le suivi de la créativité à l’école. Deux bénéfices clairs d’évaluer le progrès dans le développement de la créativité sont identifiés : 1) les enseignants peuvent être plus précis et confiants lorsqu’ils développent la créativité des jeunes gens, et 2) les apprenants sont davantage en mesure de comprendre ce que « être créatif » signifie (et à utiliser cette compréhension pour documenter et relater leur progrès). Le résultat semble être une plus grande probabilité que les apprenants témoignent de toute l’étendue de leurs dispositions à la créativité dans un large éventail de contextes.
Based on its 50 years of experience serving developing countries through education, capacity-building, training and mentoring in a range of fields, CBIE respectfully offers the following input and recommendations.