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natives are often expected to attend schools equipped with aging, heavy, hardbound textbooks — some a decade old and outdated (history texts that remind them that the U.S. has never elected an African-American president, for example).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.
The Association of Registrars of the Universities and Colleges of Canada (ARUCC) and the Pan-Canadian Consortium on Admissions and Transfer (PCCAT) have collaborated to lead an extensive study to understand current transcript and transfer credit nomenclature practices in Canada. These findings will ultimately inform a comprehensive update and expansion of the 2003 ARUCC National Transcript Guide and potentially result in a searchable database of transcript practices and Canadian transfer credit nomenclature. The ultimate goal is to enhance the clarity, consistency and transparency of the academic transcript and transfer credit resources that support student mobility. The specific deliverable for this phase was to identify and summarize Canadian transcript and transfer credit nomenclature practices, review four international jurisdictions as a means to highlight promising practices related to these two areas and, finally, to provide both an overview of systems and an initial examination of emergent perspectives and themes. The report purposefully avoids suggesting prescriptive solutions or outcomes; however, the findings from this study will provide a solid foundation from which to move forward the standards and terminology discourse in Canada. This report collates the findings from the supporting research conducted from January through to April 2014.
itted to excellence in teaching, applied learning, and innovation.
By understanding the path from education to employment, we will:
• Set the benchmark to which all colleges will aspire and be recognized as a key resource in shaping the future of Toronto as a leading global city.
• Build a seamless bridge between learners and employment as we develop dynamic programs and workplace-ready graduates who will be the candidates of choice for employers.
• Create a community of lifelong learners, grounded in the principles of access, diversity, mutual respect, and accountability.
For most educators, writing a philosophy of teaching statement is a daunting task. Sure they can motivate the most lackadaisical of students, juggle a seemingly endless list of responsibilities, make theory and applications of gas chromatography come alive for students, all the while finding time to offer a few words of encouragement to a homesick freshman. But articulating their teaching philosophy? It’s enough to give even English professors a case of writer’s block.
Traditionally part of the teaching portfolio in the tenure review process, an increasing number of higher education institutions are now requiring a philosophy of teaching statement from job applicants as well. For beginning instructors, putting their philosophy
into words is particularly challenging. For one thing they aren’t even sure they have a philosophy yet. Then there’s the added pressure of writing one that’s good enough to help them land their first teaching job.
This Faculty Focus special report is designed to take the mystery out of writing teaching philosophy statements, and includes both examples and how-to articles written by educators from various disciplines and at various stages of their professional careers. Some of the articles you will find in the report include:
• How to Write a Philosophy of Teaching and Learning Statement
• A Teaching Philosophy Built on Knowledge, Critical Thinking and Curiosity
• My Teaching Philosophy: A Dynamic Interaction Between Pedagogy and Personality
• Writing the “Syllabus Version” of Your Philosophy of Teaching
• My Philosophy of Teaching: Make Learning Fun
As contributor Adam Chapnick writes, “There is no style that suits everyone, but there is almost certainly one that will make you more comfortable. And while there is no measurable way to know when you have got it ‘right,’ in my experience, you will know it when you see it!”
Mary Bart
Content Manager
Faculty Focus
A May 2011 Pew Internet survey finds that 92% of online adults use search engines to find information on the Web, including 59% who do so on a typical day. This places search at the top of the list of most popular online activities among U.S. adults. But it is not alone at the top. Among online adults, 92% use email, with 61% using it on an average day.
Since the Pew Internet Project began measuring adults' online activities in the last decade, these two behaviors have consistently ranked as the most popular. Even as early as 2002, more than eight in ten online adults were using search engines, and more than nine in ten online adults were emailing.
Under the broad research question, “Can multiple electronic learning resources improve students’ academic performance in a large first-year General Chemistry course?”, this study examines how students used a wide range of online resources during the Fall 2011 and Winter 2012 academic terms and correlates this information with their academic success, measured by their grades on two midterms, a final exam and their final course grade.
Since 1996, Professor Robert Burk has taught Carleton University’s large first-year chemistry course, CHEM 1000. The course was a full credit course and spanned the fall and winter terms. In 2010, the Department of Chemistry adjusted the curriculum and the course has since then been offered as two half-credit courses – CHEM 1001, which runs in the fall term, and CHEM 1002, which runs in the winter term. Only students who achieve a passing mark in the fall term are eligible to enroll in the winter section of the course. Course enrollment has increased from 350 in 1996 to 700 in 2011.
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.
The government of Ontario has signalled the need for Ontario’s publicly funded universities to seek additional productivity gains while sustaining access and quality in light of fiscal constraints. It has identified differentiation as a key policy driver to achieve these goals.
Implementation of these provincial directions likely involves consideration of how universities deploy their faculty to meet their differentiated teaching and research mandates. In fact, a preliminary examination by HEQCO of productivity in the Ontario public postsecondary system suggested that how universities deploy their faculty resources may be one of the most promising
opportunities for universities to increase their productivity (HEQCO, 2012).
Vincent Tinto (1993) identifies three major sources of student departure: academic difficulties, the inability of individuals to resolve their educational and occupational goals, and their failure to become or remain incorporated in the intellectual and social life of the institution. Tinto's "Model of Institutional Departure" states that, to persist, students need integration into formal (academic performance) and informal (faculty/staff interactions) academic systems and formal (extracurricular activities) and informal (peer-group interactions) social systems.
Canada’s colleges, institutes and polytechnics stimulate innovation, enhance curriculum and produce highly skilled, innovative graduates through applied research partnerships with firms and community organizations. Closely linked with regional public and private enterprises, colleges play a central role in advancing innovation.
In its 2012 economic survey of Canada, the Organisation for Economic Co-operation and Development (OECD) recognized that Canadian “colleges are becoming proactive in directly meeting the needs of small businesses in areas of problem solving, process innovation and technical skills.” In 2011-12, more than 24,000 college students and 1,700 faculty and staff collaborated with 4,586 companies across 524 research areas.
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.
Though they are private businesses operating in a competitive market, they intersect with public interests on several fronts. They must register with government and are subject to consumer protection requirements (including student contracts, tuition refund policies, contribution to a train-out fund that takes care of students in the event of a sudden closure). Their programs of study must be government-approved following an external, third-party quality review. They are subject to sanction (financial penalties, even closure) if they fail to meet these requirements.
The ACHA-NCHA II supports the health of the campus community by fulfilling the academic mission, supporting short- and long term healthy behaviours, and gaining a current profile of health trends within the campus community. Canadian Reference Group Data
How do changing economic conditions and uncertain market opportunities affect young adults’ transition from their undergraduate college years to adult roles and responsibilities? The Arizona Pathways to Life Success (APLUS) project is uniquely positioned
to answer this question. Launched in 2007, APLUS examines what factors shape and guide individual life trajectories — the pathways that young adults tread on their way to independence and self-sufficiency.
Previous research on blended course offerings focuses on the addition of asynchronous online content to an existing course. While some explore synchronous communication, few control for differences between treatment groups.
This study investigates the impact of teaching a blended course, using a virtual, interactive, real-time, instructor-led (VIRI) classroom, on student engagement, performance, and satisfaction. We use an experimental design with
both a control group and a treatment group. Up to 90 students in a large urban university are randomly assigned by the registrar into two sections of an introductory marketing course. Using a pre- and post-semester questionnaire, the study measures student engagement, performance, and satisfaction. There are no statistical differences in student performance between the control and treatment groups. The only student engagement factor with a statistically significant difference between groups is student interest in their courses. Compared with the control group, the treatment group appears to be more interested (+10%) in their courses at the end of the semester. Finally, fewer than 2 in 10 students express dissatisfaction with their participation in a VIRI course. Blended course offerings are increasing in importance in marketing and business
education. The study provides guidance for fine-tuning the features of those course offerings by demonstrating how a VIRI classroom leverages the capabilities of technology without compromising learning outcomes.
Résumé
Des recherches antérieures portant sur l’offre de cours mixtes ciblent l’ajout de contenu en ligne asynchrone à un cours préexistant. Alors que certains explorent la communication synchrone, d’aucuns effectuent un contrôle des différences entre les groupes de traitement. Cette étude examine l’impact de l’enseignement d’un cours mixte, sur l’engagement, la performance, et la satisfaction des étudiants, en utilisant une classe Virtuelle, Interactive, en temps réel (Real Time), dirigé par un Instructeur ou une Instructrice (VIRI). Nous utilisons un modèle expérimental avec un groupe, à la fois, de contrôle et de traitement. Un nombre d’étudiants qui peu atteindre 90, dans une grande université urbaine, sont aléatoirement répartis par le registraire
en deux sections d’un cours introductoire de marketing. L’étude mesure l’engagement, la performance, et la satisfaction des étudiants en utilisant un questionnaire pré- et post-semestriel. Il n’existe pas de différences statistiques de performance des étudiants entre le groupe de contrôle et celui de traitement. Le seul facteur d’engagement des étudiants ayant une
différence statistiquement significative entre les groupes est l’intérêt des étudiants à leurs cours. Comparé aux étudiants du groupe de contrôle, ceux et celles du groupe de traitement semble être plus intéressés (+10%) à leurs cours à la fin du semestre. En définitive, moins que 2 étudiants sur 10 éprouvent une insatisfaction à l’égard de leur participation à un cours VIRI.
Les cours mixtes gagnent en importance, notamment dans les domaines de l’éducation du marketing et des affaires. L’étude fournit des directives pour affiner les caractéristiques de ces offres de cours en démontrant comment une classe VIRI optimise les capacités de la technologie sans compromettre les résultats d’apprentissage.
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.
Abstract
The demands on academic staff in all sectors to adopt best ODL practices to create effective and efficient models of learning in the face of increasing external pressures show no signs of abating. The massification of higher education, diversified access, and pressures to meet institutional visions and research objectives demand of teaching staff an increasingly public design process subject to peer review in numerous forms. Expectations of systematized pedagogical planners and embedded templates of learning within the institutional virtual learning environments (VLEs) have, so far, failed to deliver the institutional efficiencies anticipated. In response, a new model of learning design is proposed with a practical, accessible, and freely available “toolkit” that embodies and embeds pedagogical theories and practices. The student-owned learning-engagement (SOLE) model aims to support professional development within practice, constructive alignment, and holistic visualisations, as well as enable the sharing of learning design processes with the learners themselves.
Keywords: Learning design; constructive alignment; pedagogical planners; toolkit
International Review of Research in Open and Distance Learning
Embodied and Embedded Theory in Practice: The Student-Owned Learning-Engagement (SOLE) Model
Simon Atkinson
London School of Economics and Political Science, UK
More than 120 years ago, in a small town in British Columbia, a railroad tycoon named Donald Smith hammered the last spike in the Canadian Pacific Railway, linking Canada from the Pacific to the Atlantic with a great ribbon of wood and steel. At the time, many said the project was folly: too expensive, too bold, too difficult. Yet the dreamers behind that tremendous feat
of engineering never wavered in their vision of what the railway would achieve: the opening up of a continent, the end of geographic and economic isolation, and the physical uniting of a great nation. This vision moved closer to its realization some decades later, when a vast network of telephone wires, followed by a system of interprovincial highways and roads, further shrank the distances between farm, town, and city.
Dr. Auld welcomed the participants to our forum on college/university partnerships in Ontario.
Dr Auld suggested that in the future, historians of education will look at the current period as a watershed in the emergence of a new structure of higher education in Ontario. From the 1960s to the early 1990s, colleges and universities advanced their own agendas within a general framework of very significant growth. The community colleges had not been structured as an alternative route to university study; but even so, colleges began to develop linkages as students looked to extend their educational opportunities. Some of these linkages were formal, some not. Initially some colleges created links with American universities but by the mid 1990s sufficient interest developed between colleges and universities in Ontario toward credit transfer that the Government agreed to provide funding for the College-University Consortium Council. The mandate of CUCC is to conduct research on credit transfer both in Ontario and elsewhere, to develop and maintain a transfer guide and encourage the development of articulation. The environment continues to change as applied degrees for colleges have recently been approved and there is speculation that in the near future polytechnic institutions may appear.
MCMASTER UNIVERSITY’S VISION/MANDATE
Vision Statement
To achieve international distinction for creativity, innovation, and excellence.
Mission
“At McMaster, our purpose is the discovery, communication, and preservation of knowledge. In our teaching, research, and scholarship, we are committed to creativity, innovation, and excellence. We value integrity, quality, inclusiveness, and teamwork in everything we do. We inspire critical thinking, personal growth, and a passion for lifelong learning. We serve the social, cultural, and economic needs of our community and our society.”
As the world struggles with the uncertainty of a major economic downturn, the need to ensure that Canadians have the right
skills and knowledge for a sustainable economy—now and in the future—is suddenly thrown into high relief.
With jobs becoming vulnerable or disappearing, many Canadians are being forced to rethink their future. They are asking
themselves, “What can I do now? Do I have the skills I need?”
Post-secondary education (PSE) plays a key role in developing people’s potential and cultivating Canada’s human infrastructure,
both of which are necessary for the country’s success.