Centrality of language proficiency in academic achievement Proficiency in language is recognized as an essential component of student success at Ontario's colleges and in the provincial workplace. Research indicates that postsecondary underachievement, failure, and attrition are highly correlated with academic under-preparedness, especially with respect to deficits in language proficiency. Contemporary college students in Ontario do not represent a homogeneous population; rather, they exhibit a wide range of abilities and needs related to language proficiency. Additionally, an increasing percentage of Ontario college students have second language challenges. The identification of students who are at-risk of not successfully completing their programs due to deficits in language proficiency, and the provision of timely and appropriate remediation where necessary, represent critical priorities in supporting student success.
This paper explores general issues relating to globalization and higher education; the internationalization of higher education, and particularly the recruitment of international students. This subject is examined through a range of topics around the global
development of the market approach to the recruitment of international students and a focus on the current situation regarding the recruitment of international students in the Colleges of Applied Arts and Technology in Ontario (CAATs). As the number of international students seeking educational opportunities grows to 7 million over the next 20 years, the ability of the CAATs, the Canadian educational system, and the governments of Ontario and Canada to market the welcoming and safe multicultural Canadian experience, and the excellence of the educational offerings and opportunities in CAATs to potential international students will, in great measure, determine their success and their survival in an increasingly globalized world.
Background/Context: Much progress has been made toward a greater understanding of student engagement and its role in promoting a host of desirable outcomes, including academic outcomes such as higher achievement and reduced dropout, as well as various well-being and life outcomes. Nonetheless, disengagement in our schools is widespread. This may be due in part to a lack in the student engagement literature of a broad conceptual framework for understanding how students are engaged at the classroom level, and the ways in which teachers may play an active role in promoting student engagement.
Purpose: The present work seeks to summarize and synthesize the literature on student engagement, providing both a greater appreciation of its importance as well as a context for how it might be better understood at the classroom level. It considers how the primary elements of the classroom environment—the student, the teacher, and the content—interact to affect engagement, and proposes a conceptual framework (based on a previously established model of classroom instruction and learning) for understanding how student engagement may be promoted in the classroom.
Research Design: This study combines a review of the extant research on the structure and correlates of student engagement, with elements of an analytic essay addressing how selected literature on motivation and classroom instruction may be brought to bear on the understanding and promotion of student engagement in the classroom.
Conclusions/Recommendations: This article offers a variety of research-based practical suggestions for how the proposed conceptual model—which focuses on student–teacher relationships, the relevance of the content to the students, and teachers’ pedagogical and curricular competence—might be applied in classroom settings.
Science is a fundamental part of Canadian culture and society, affecting nearly every aspect of individual and social life. It is a driving force in the economy, catalyzing innovation and creating new goods, services, and industries. It has led to improvements in Canadians’ physical health and well-being. It has made possible new forms of communication and learning, and changed how Canadians interact and relate to one another. It also provides opportunities for leisure and entertainment as Canadians visit science centres, pursue science-related hobbies, or tune in to such television programs as “The Nature of Things” or “Découverte”. Science is also a systematic means of discovery and exploration that enriches our individual and collective understanding of the world and universe around us.
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.
The purpose of this paper is to examine the factors affecting the success of First Nations learners in education in Canada and the types of initiatives required to support the successful transition of First Nations learners to post-secondary. A description of First Nations peoples and a brief overview of the historical context of education for First Nations in Canada will assist the
reader in understanding the reality of First Nations communities and schools, and the impacts on First Nation learners. It is these experiences that prompt the design, development and delivery of specialized programs and services required to assist First Nations students with their transitions to post-
secondary education.
If you’re interested in using technology tools to enhance your teaching, it’s easy to get overwhelmed by the mountain of information out there. To make matters worse, much of it is either highly technical or simply not very practical for the college classroom. Teaching with Technology: Tools and Strategies to Improve Student Learning approaches teaching technologies from your perspective — discussing what works, what doesn’t, and how to implement the best ideas in the best ways.
These articles were written by John Orlando, PhD, program director at Norwich University, as part of the Teaching with Technology column on Faculty Focus. You’ll find the articles are loaded with practical information as well as links to valuable resources. Articles in the report include:
• Using VoiceThread to Build Student Engagement
• Wikipedia in the Classroom: Tips for Effective Use
• Blogging to Improve Student Learning: Tips and Tools for Getting Started
• Prezi: A Better Way of Doing Presentations
• Using Polling and Smartphones to Keep Students Engaged
Whether the courses you teach are face-to-face, online, blended, or all of the above, this report explains effective ways to incorporate technology into your courses to create a rich learning experience for students, and a rewarding teaching experience for you.
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.
The characteristics of appropriately worded behavioral objectives and the advantages for curriculum design and implementation of a clear specification of objectives in advance of any teaching or testing have been articulated by a number of people, for example, Mager, Popham, and Sullivan. Essentially, a behavioral objective is a statement or description of intent. It is not, however, a statement of what a teacher intends to do, but rather, a statement of what the teacher intends that the student will be able to do or produce at the conclusion of some period of instruction.
A properly stated behavioral objective must describe without ambiguity the nature of learner behavior or product to be measured. Two major advantages are claimed for behavioral objectives. First, they provide clear end points toward which all can strive; and second, because they focus on expected terminal performance of students (what students are expected to be able to do), they suggest methods of assessing the extent to which objectives have been realized. The apparent logic of such an approach is obvious to all; to argue against behavioral objectives would seem to be to argue for ambiguity, if not irrationality. Nevertheless, a number of people have drawn attention to some of the difficulties and possible hazards of the approach, for example, Atkin,5 Eisner,6 and this author. It is not my intention here to go over old ground; however, I do wish to draw attention to some very serious dangers in evaluating programs from the simple instructional model implied in the behavioral approach.
In Canada, Aboriginal postsecondary enrolment and completion rates are significantly lower than those of non-Aboriginals (Canadian Millenium Scholarship Foundation, 2004; Mendelson, 2006). This is most evident in disciplines involving science and mathematics (Indian and Northern Affairs Canada, 2005). Moreover, Aboriginal student achievement in K – Grade 12 mathematics courses is significantly lower than those of non-Aboriginal students (Neel, 2007). In the contemporary Canadian context of low Aboriginal participation and completion rates in postsecondary studies of mathematics, it is important to provide Aboriginal students with experiences of mathematics that foster their interest and ability in the early stages of their schooling (Bourke et al, 1996; Council of Ministers of Education, Canada, 2002).
The aim of this paper is to develop and extend a social realist critique of competency based training (CBT). Its key argument is that knowledge must be placed at the centre of curriculum, and that because CBT does not do this, it excludes working class students from access to powerful knowledge. Developing this argument reveals that constructivist critiques of CBT not only miss the point, they are part of the problem. The paper argues that this is because the relationship between constructivism and instrumentalism structured the development of CBT in the vocational education and training (VET) sector in Australia, even though they are distinct theoretical approaches to curriculum. Constructivist discourses were appropriated and reworked through the prism of instrumentalism, thereby contributing to the justification and legitimation of CBT, but also to its continuing theorisation and development. The basis for the appropriation of constructivism by CBT is that both emphasise the contextual, situated and problem-oriented nature of knowledge creation and learning and in so doing, sacrifice the complexity and depth of theoretical knowledge in curriculum in favour of ‘authentic’ learning in the workplace. Consequently, in developing its critique of CBT and the instrumentalist learning theories that underpin it, constructivism misses the main point, which is that theoretical knowledge must be placed at the centre of curriculum in all sectors of education, and that access to knowledge is the raison d’être of education (Young 2008).
Graduate students have embraced professional development as an integral part of their education, but what about their supervisors and departments? As part of an initiative to reduce completion times the school of graduate studies at the University of Toronto hosted a series of faculty development workshops to optimize supervisory mentorship in graduate student research progress and professional development.
The retirement patterns of senior faculty are an issue of ongoing interest in higher education, particularly since the 2008-09 recession. If a significant share of tenured faculty works past “normal” retirement age, challenges can arise for institutional leadership focused on keeping the faculty workforce dynamic for purposes of teaching, research and service. Buyout packages and phased retirement programs have been common responses to encourage faculty retirement, but colleges and universities are increasingly interested in alternative and complementary strategies to manage faculty retirement patterns.
Tenured faculty age 50 or older can divided into three groups—35% expect to retire by normal retirement age; 16% would prefer to retire by normal retirement age, but expect to work longer (i.e., they are “reluctantly reluctant” to retire); and 49% would like to and expect to work past normal retirement age (i.e., they are “reluctant by choice”). The key drivers differ between those reluctantly reluctant and those reluctant by choice.
This project was designed to evaluate how an online social learning environment implemented within the disciplinarily-defined context of a university department might enhance academic engagement, research collaboration and the achievement of learning outcomes among undergraduate students. In developing this research, we were guided by the following research questions:
• How can social networking and progress-tracking technologies enhance academic engagement and student experience in a discipline-bounded environment?
• How can networked academic profiles create a more cohesive academic experience for students?
• Can use of networked academic profiles strengthen students’ academic orientation to new media and information literacy?
What are digital textbooks?
Today’s K-12 students have grown up with technology. Most wouldn’t dream of looking up information in a hardbound dictionary or encyclopedia; they turn to Internet search engines when they have questions, perhaps using a smartphone or tablet. News comes not on newsprint, but from Google News; writing to friends means Facebook, not a letter (what’s that?); phone books and watches are artifacts from another age. Yet such digital natives are often expected to attend schools equipped with aging, heavy, hardbound textbooks — some a decade old and outdated (history texts that remind them that the U.S. has never elected an African-American president, for example). They then are asked to tote five or six or more such books from school to home each day.
Enter the digital textbook, defined as anything stored on a digital medium that can be transmitted through various
digital devices over computer networks, including the Internet. Students can access digital books on e-readers, tablets and smartphones; and on netbooks, laptops or desktop computers. Because the books can be read on mobile devices, the materialcan travel with students just as a physical textbook can, but in a much lighter and more compact way (no more overstuffed backpacks). Textbooks displayed on digital devices can take advantage of Web 2.0 tools: multi-media features (video and audio clips); interactivity (quizzes, games); the ability to search and annotate text; text-to-speech functionality; and customizable (and current) content. In the classroom, teachers can project digital content from these books onto interactive whiteboards and engage the class in viewing material together. Notes taken on the interactive whiteboard can be stored and saved to each student’s laptop, tablet, netbook or smartphone, while students can use their digital devices to submit answers to quizzes or problems. All of these features make digital textbooks more relevant to today’s students, who then become more engaged in learning.
All too often, when we see colleagues who aren’t writing, we look away. If they’re assistant professors, we shrug as their tenure clock ticks — they’ll either make it or they won’t. If the writer’s block comes after tenure, we ignore that, too (except maybe in their annual reviews), until we finally dismiss them as "deadwood."
Writing-stalled faculty members tend to cope with their frustrations in ways that end up being ineffective, or even destructive. Instead of writing, they throw themselves into teaching and service. They get unnecessarily embroiled in departmental politics. Or they create a flurry of research-related projects that won’t meet tenure-and-promotion criteria no matter how creatively framed.
ABSTRACT
This article examines whether rising tuition fees for post-secondary education are a contributing factor in students’ labour market decisions. When labour market decisions for total number of working hours and for participation were measured, the results suggested that concerns about increased tuition fees leading to more work and compromising academic studies were unwarranted. The tuition fee effect was highly seasonal in nature. When tuition fees increased, students devoted more hours and participated more in labour market activities, but they did so only during the summer period, a time when most students are typically not involved in study activities.
RÉSUMÉ
Dans cet article, les auteurs examinent comment les facteurs d’augmenter ou de maintenir les frais de scolarité, au niveau des études post-secondaires, peuvent infl uencer les étudiants et leurs décisions en ce qui concerne le marché du travail. Elles ont mesuré les décisions des étudiants en considérant toutes les heures travaillées ainsi que le taux de participation. Les résultats indiquent qu’une augmentation de frais de scolarité ne mène ni à plus d’heures travaillées ni à plus d’études académiques compromises. L’effet des frais de scolarité est très saisonnier. Lorsqu’il y a une augmentation de frais de scolarité, les étudiants travaillent plus d’heures et participent plus dans le marché du travail, mais ceci uniquement pendant la période d’été lorsqu’ils ne sont pas impliqués aux études.
• Ontario has the world’s third-highest post-secondary attainment rate for young adults (ages 25 to 34). It produces more degrees per capita than the U.S. and most other countries and up to three times as many career-oriented diplomas and trades certificates. Nonetheless, those with disabilities and aboriginal people have a lower share of degrees.
• While 28 per cent of Americans who attend post-secondary institutions eventually drop out without a credential, the Canadian rate is much lower (seven per cent).
• In 2012, Ontario certified 57 per cent as many trades persons as a share of employment as the rest of Canada.
• Canada’s essential skills ratings for young adults are better than the advanced country average, but behind the Nordic countries, Japan and Korea. However, only 15 per cent at the lowest literacy level are engaged in job-related adult education each year.
Matching skills to jobs
• Ontario’s trades and diploma graduates play a key role in exports (manufacturing, resources and tourism), energy, infrastructure, real estate and health care. Typically, smaller communities rely more heavily on diploma and trades certificate holders – as business owners and employees.
• Ontario’s ability to match skills to job opportunities is above the advanced country average. But it is behind three provinces and 10 countries, notably Switzerland and Germany, which are highly regarded for their ability to match educational programs with employer requirements.
There are many strategies for estimating the effectiveness of instruction. Typically, most methods are based on the student evaluation. Recently a more standardized approach, Quality Matters (QM), has been developed that uses an objectives-based strategy. QM, however, does not account for the learning process, nor for the value and worth of the learning experience. Learning is a complex and individualized process that course designers and instructors can capitalize on to increase the
value and subsequent worth of a course for all stakeholders. This article explores the concepts of value, worth, and quality of online education, seeking a method to improve outcomes by increasing a course’s value and worth.
OUSA’s LGBTQ+ Student Experience Survey was a mixed methods research project conducted in Novem-ber 2014 designed to gain understanding of the opinions and experiences of Ontario university students who identify as Lesbian, Gay, Bisexual, Trans, Queer, Questioning, or other orientations or identities that do not conform to cisgender and heterosexual paradigms (LGBTQ+). The purpose of the survey was to identify any gaps that might exist in university services, programming, and supports that can diminish or negatively impact university experiences for these students.