A brash tech entrepreneur thinks he can reinvent higher education by stripping it down to its essence, eliminating lectures and tenure along with football games, ivy-covered buildings, and research libraries. What if he's right?
This study analyzes the three different types of institutions—public schools, independent schools, and home schooling—that provided education to stu-dents in Canada over the 2000/01 to 2012/13 period. Specifically, this study quantifies enrolment numbers by type of education institution in order to better understand how Canadian students are being educated.
It is important to understand enrolment numbers within the context of a declining school-aged population. The number of Canadians aged 5 to 17 declined by 6.4 percent between 2000 and 2013. Every province except Alberta recorded a decline in their school-aged population over this period, affecting enrolment rates.
55% OF PROFESSIONAL LEADERS HOLD A SOCIAL SCIENCES OR HUMANITIES DEGREE
ALMOST HALF OF LEADERS HAVE INTERNATIONAL EXPERIENCE
What is on the five-year horizon for higher education institutions? Which trends and technologies will drive educational change? What are the challenges that we consider as solvable or difficult to overcome, and how can we strategize effective solutions? These questions and similar inquiries regarding technology adoption and educational change steered the collaborative research and discussions of a body of 56 experts to produce the NMC Horizon Report: 2015 Higher Education Edition, in partnership with the EDUCAUSE Learning Initiative (ELI). The NMC Horizon Report series charts the five-year horizon for the impact of emerging technologies in learning communities across the globe. With more than 13 years of research and publications, it can be regarded as the world’s longest-running exploration of emerging technology trends and uptake in education.
One of the most dramatic changes at Ontario's universities over the last quarter century has been a shift in the nature of academic work away from full-time tenure-stream positions towards insecure, contract positions. OCUFA estimates that the number of courses taught by contract faculty at Ontario universities had nearly doubled - increasing by 97 per cent - betweem 2000-1 adn 2013-14.
In 2011, HEQCO issued a call for research projects related to technology-enhanced instruction. Part of a broader effort to identify and evaluate innovative practices in teaching and learning, HEQCO’s purpose in commissioning these projects was both to inform best practices at the classroom, institution and policy levels, as well as to encourage institutions and faculty members to assess the effectiveness of what they were doing in the classroom.
Now that the technology studies have concluded and that most have been published, this report draws some broader conclusions from their methods and findings. First, it reflects on how certain key terms related to technology-enhanced instruction, such as ‘blended’ and ‘hybrid’, have fluid and contextual definitions that can create confusion by disrupting terms of reference that are assumed to be common. Then, it identifies common pitfalls in the implementation of technology in the
classroom to consider how new tools might be introduced and integrated more effectively. Finally, it highlights methodological lessons about the challenges of blending research and practice in the classroom.
Lesson planning is important for three reasons:
Thoughtful planning creates more purposeful instruction. Lesson planning is what links the curriculum to the particulars of instruction (Clark & Dunn, 1991). Thoughtful planning also helps you understand the content of the lesson, creates a logical sequence of instructional events (Freiberg & Driscoll, 1992), and links activities to instructional objectives.
Abstract This study investigates the degree to which biodiversity concepts are included within university curricula in Ontario and provides a baseline for tracking this. A keyword search of undergraduate and graduate academic calendars from six Ontario universities was conducted. A list of 28 relevant keywords was developed, and university program descriptors were searched for these keywords, while considering core and elective courses within each program. Almost half (49.5%) of the 386 undergraduate programs, and 29.4% of the 327 graduate programs featured biodiversity keywords. Science programs showed the highest degree of integration (74.5% for undergraduate and 37.4% for graduate programs), followed by business programs (57.6% and 38.4%, respectively). The arts and social sciences showed the least biodiversity integration (25.8% of undergraduate and 21.0% of graduate programs). This research method provides a depth of understanding of biodiversity integration within university curricula, although the analysis is limited to the content provided in academic calendars.
Résumé Cette étude évalue le degré d’intégration des concepts de la biodiversité dans les programmes universitaires en Ontario, et établit des repères pour suivre cette intégration. Une recherche par mots-clés a été réalisée dans les calendriers des cours de premier cycle et de cycles supérieurs de six universités ontariennes. Nous avons dressé une liste de 28 mots-clés pertinents, puis avons effectué une recherche de ces mots-clés parmi les descripteurs de programmes universitaires, en englobant les cours obligatoires et facultatifs de chaque programme. Près de la moitié (49,5 %) des 386 programmes de premier cycle et 29,4 % des 327 programmes de cycles supérieurs étaient assortis de mots-clés liés à la biodiversité. Parmi tous les programmes, les programmes scientifiques ont démontré le degré d’intégration le plus élevé (74,5 % pour le premier cycle et 37,4 % pour les cycles supérieurs), suivis des programmes en commerce (57,6 % pour le premier cycle et 38,4 %, pour les cycles supérieurs). Par ailleurs, les arts et les sciences sociales ont démontré la plus faible intégration de la biodiversité (25,8 % pour le premier cycle et 21,0 % pour les cycles supérieurs). Cette méthode de recherche permet de mieux comprendre l’intégration de la biodiversité dans les programmes universitaires, même si l’analyse se limite au contenu indiqué dans les calendriers des cours.
There is a global trend toward improving programs and student experiences in higher education through curriculum review and mapping of degree programs. This paper describes an action research approach to program improvement for a course-based MEd degree. The driver for continual program improvement came from actions and recommendations that arose from an
institutionally mandated, year-long, faculty led curriculum review of professional graduate programs in education. Study findings reveal instructors’ perceptions about how they enacted the recommendations for program improvement,
including (1) developing a visual conceptualization of the program; (2) improved connections between the courses; (3) articulation of coherence in goals and expectations for students and instructors; (4) an increased focus on action research; (5) increased ethics support and scaffolding for students; and (6) the fostering of communities of practice. Study findings highlight strengths of the current program and course designs, action items, and research needed for continual program improvement.
As reported in June 2016, UNHCR estimates that 65.3 million persons were forcibly displaced displaced, 21 million of whom were refugees. Such staggering numbers are unprecedented. Here, we explore the response of Canadian universities and colleges to the crisis in ways that are fulfilling their role as actors for social public good. In addition to offering courses and conducting research that delve into global forced displacement issues across a variety of disciplines, the response of Canadian higher education institutions can be organized broadly into three types of activities. One, they have intensified involvement with refugee sponsorship and scholarships. Two, they have provided advocacy and legal assistance for sponsors and refugees. Three, institutions have organized and participated in forums to share and discuss ideas and engage with other actors to identify needs, effective practices and innovative interventions.
It's one of the commonly held beliefs about First Nations people in this country: they all get free post-secondary education.
Problem is, it's not true. And the reality is much more complicated.
To help make sense of it, here's a little of what Canadians should know about First Nations people and funding for
post-secondary education.
In recent years, students have been paying more to attend college and earning less upon graduation—trends that have led many observers to question whether a college education remains a good investment. However, an analysis of the economic returns to college since the 1970s demonstrates that the benefits of both a bachelor’s degree and an associate’s degree still tend to outweigh the costs, with both degrees earning a return of about 15 percent over the past decade. The return has remained high in spite of rising tuition and falling earnings because the wages of those without a college degree have also been falling, keeping the college wage premium near an all-time high while reducing the opportunity cost of going to school.
Extrinsic incentives and constraints, such as the promise of a reward or the expectation of an evaluation, have long been used by educators to motivate students. Previous research has consistently found that expected reward consistently undermines intrinsic task motivation and creativity of products and performance in students of all ages. For a majority of learners, the promise of a reward made contingent on engagement in an open-ended task frequently serves to undermine intrinsic task motivation and qualitative aspects of performance, including creativity.
Slides dealing with social media basic categories.
This research study was initiated and funded by OPSEU Local 110 at Fanshawe College. The report was presented as part of a panel discussion of the Rae Review featuring Bob Rae, Darryl Bedford, Glen A. Jones and Mary Catharine Lennon in London, Ontario on March 31st, 2015. The opinions expressed in this paper are those of the authors and may not reflect the views of OPSEU Local 110 or its members.
In October of 1979, Pulitzer Prize-winning historian Barbara Tuchman delivered al ecture at West Point in which she decried the “persistence of unwisdom” among politicians across the ages. Reflecting on how American presidents Lyndon Johnson and Richard Nixon had embroiled the United States more deeply in the Vietnam War, Tuchman bemoaned a perennial “wooden-headedness” -- a tendency for politicians to act wishfully, while not allowing themselves to be “confused by facts.”
There is no formal mandate for or tradition of inter-sectoral collaboration between community colleges and universities in Ontario. Following a regulatory change introduced by the College of Nurses of Ontario in 1998, all Registered Nurse educational
preparation was restructured to the baccalaureate degree level through province-wide adoption of a college-university collaborative nursing program model. Despite complex sectoral differences in organizational culture, mandates, and governance structures, this program model was promoted by nursing educators and policy-makers as an innovative approach to utilizing the post-secondary system’s existing nursing education infrastructure and resources. This paper provides an overview of the introduction of Ontario’s collaborative baccalaureate nursing programs and discusses some of challenges associated with implementing and maintaining such programs.
Attainment of a post-secondary education has become a prerequisite to participate in the Canadian workforce. This shift was precipitated by a recession that resulted in the near-collapse of Canada’s manufacturing sector, but it reflects a broader shift that has been happening for the past two decades in Canada and around the world.
In recent years, there has been a surge of research into early brain development. As recently as the 1980s, many professionals thought that by the time babies are born, the structure of their brains was already genetically determined. The role of experience on the developing brain structure was under-appreci-ated, as was the active role of babies in their own brain development through interaction with their environment (Shore, 1997). While much of the research examining brain func-tioning has been done with animals, new technologies are enabling more non-invasive research to be done with humans. Although there is still much to learn, we now know much more about the brain’s development and functioning.
Student wellness is an essential component of academic success in higher education and subsequent opportunities in the labor market. The Ohio State University Office of Student Life’s Student Wellness Center uses a model that includes nine key dimensions of wellness: career, creative, emotional, environmental, financial, intellectual, physical, social and spiritual.