This paper examines the role of affiliated and federated universities in Ontario’s higher education system. It addresses the question: Do affiliated and federated institutions make a distinctive contribution to the differentiation of postsecondary education in Ontario?
Ontario has 16 affiliated and federated universities that historically were church-governed and that became associated with one of the publicly supported universities. Each of them offers primarily secular academic programs today. Carleton, Laurentian, Ottawa, Toronto, Waterloo and Western each have one or more federated or affiliated university.
This paper reports the results of a study of provincial level arrangements for coordination of planning and operations between university and college sectors in Canada. The data are drawn from a survey of senior government and sector officials in which respondents were asked to describe existing arrangements for coordination and to comment upon the importance attached to, and priority issues for, coordination; characteristics of effective structures for coordination; and their satisfaction with existing arrangements. The findings indicate that inter-sector coordination is perceived as an important issue; that coordination structures are most developed in the provinces in which there is the strongest mandate for articulation between sectors; and that efforts are under way in most provinces to refine and improve structures for inter-sector coordination.
This paper reports the results of a study of provincial level arrangements for coordination of planning and operations between university and college sectors in Canada. The data are drawn from a survey of senior government and sector officials in which respondents were asked to describe existing arrangements for coordination and to comment upon the importance attached to, and priority issues for, coordination; characteristics of effective structures for coordination; and their satisfaction with existing arrangements. The findings indicate that inter-sector coordination is perceived as an important issue; that coordination structures are most developed in the provinces in which there is the strongest mandate for articulation between sectors; and that efforts are under way in most provinces to refine and improve structures for inter-sector coordination.
Cet article prisente Les risultats d'une itude sur Les modes de coordination, d l'ichelle provinciale, de la planification et du fonctionnement intersectoriels des universitis et des colleges au Canada. Les informations utilisies pour les fins de cette analyse ont iti obtenues d partir d'une enquete effectuie aupres des hauts fonctionnaires des gouvernements provinciaux et aupres des institutions d'enseignement postsecondaire. L'objet de cette enquete a porte sur Les modes de coordination en place, sur /'evaluation de /'importance attribuee a ces activites, sur Les questions prioritaires necessitant la coordination, sur Les caracteristiques des structures de coordination qui s'averent Les plus efficaces, et en.fin sur le niveau de satisfaction en regard des structures existantes. Les resultats de l'enquete indiquent qu 'on attache generalement une grande importance aux structures de coordination intersectorielles; que Les provinces possedant Les structures Les plus developpees sont celles ayant etabli un mandat clair de coordination; et en.fin, que toutes Les provinces sont deja engagees dans un processus qui vise a developper et d ameliorer Les structures existantes.
Research is hardly easy. As Martin Schwartz points out in his 2008 essay “The Importance of Stupidity in Scientific Research,” solving research problems requires us to immerse ourselves in the unknown. However intimidating it may be to overcome this infinite amount of ignorance, we believe there is a special set of traits that will equip an under-graduate researcher to successfully solve research problems. Creativity, judgment, communication, organization, and persistence are all equally important skills to make the leap from gaining knowledge from others’ discoveries to making discoveries on your own. Having and honing these skills, skills that encompass every level of research in every disci-pline, are key to an undergraduate developing the founda-tion for a successful career in research. As a group of under-graduate researchers and mentors, we want to motivate students to solve problems and make discoveries, and to start a discussion on how to forge the right path for each student toward research success. Following is our list of key skills.
Over the past decade, the Government of Ontario has increased investment in postsecondary education significantly, including
increasing operating grants by 80 per cent since 2002–03.
These investments helped to improve access to postsecondary education, supported significant enrolment growth at universities and colleges, and drove community and economic development.
The tremendous expansion of Ontario’s postsecondary education system was made possible thanks to the commitment of our
postsecondary education institutions to access, and their willingness to respond to the demand.
The 2008 economic downturn and the ensuing precarious state of the global economy have made Ontario’s fiscal environment
challenging. Substantial new investment by the government at levels comparable to the previous decade is not feasible. Also,
as enrolment growth is expected to slow in the near future so too will operating grant funding. With institutions’ costs outpacing
growth in revenues from operating grants and tuition, existing cost structures are under pressure. Measures that help to mitigate these pressures are needed in order to ensure the continued sustainability of our postsecondary education system.
The overall persistence rate for first-time college students has dropped 1.2 percentage points since 2009, while the retention
rate has remained nearly constant.The persistence rate is the percentage of students who return to college at any institution for their second year, while the retention rate is the percentage of students who return to the same institution for their second year.
University graduates are more likely to be working at a job related to their studies than college. University graduates' earnings are significantly higher than for any other education group, and these earning premiums start early in graduates' careers.
When professors advise early-career academics on grant writing, we often focus on the common mistakes and pitfalls. But up-and-coming researchers don’t just need advice on what not to do.
They need to know what goes into a successful grant proposal, too. I have some suggestions on that front — that I have gleaned from teaching grant writing for 20 years, and being continually funded by the National Institutes of Health as a principal investigator. Here, then, are my top 10 tips on how to draft a grant proposal that has the best odds of getting funded.
We need to work more with students on seeing exams as something more than just grade generating experiences. Exams can be powerful encounters through which students learn course content and learn about learning. However, given the importance placed on grades, I’m not terribly optimistic about a lot of students discovering on their own what can be learned from an exam experience. We need to frame exams with a stronger focus on learning, and here’s a great example.
Canadians invest considerable energy, resources, and personal and societal aspiration postsecondary education. It is good public policy to assess how we are doing and outcomes we are achieving with that investment. One of HEQCO’s core mandates evaluate the postsecondary sector and to report the results of that assessment. To this end, in this report, we have assembled data that assess the performance of Canada’s 10 provincial public postsecondary education systems.
The 2015 Engineers Canada Labour Market Study provides supply and demand projections for 14 engineering occupations. The report highlights a large and growing need to replace retiring engineers as they exit the workforce. This is particularly relevant for civil, mechanical, electrical and electronic engineers as well as computer engineers. Replacement demand for engineers
is an important theme that will be relevant for the next decade as the baby boom generation retires.
Canadian universities are granting an increasing number of engineering degrees to Canadian and international students and creating new entrants to these occupations. Ontario and Quebec universities are granting many of these degrees. However, economic activity is shifting to western Canada and shifting the demand for engineers in that direction. Engineers Canada would like to highlight the growing importance of inter-provincial migration for engineers. In addition, federal government immigration policy such as the new Express Entry program is important to help streamline international migration of engineers to meet the country’s future workforce requirements.
The purpose of this qualitative phenomenological study was to explore faculty and administrators’ perceptions of multicultural initiatives in higher education. A demographic survey was used to select the study participants, which consisted of 10 faculty members and 10 administrators with at least two to five years of experience working with diverse student populations in Maricopa County, Arizona. Data was obtained through the use of focus group sessions and coding was done by utilizing Liamputtong and Ezzy’s (2005) three column format and NVivo10. The four major themes that emerged were: 1) Leadership support is needed to facilitate diversity policies and programs, 2) Curriculum and programming need to be adapted to
engage students and enhance learning beyond the classroom, 3) Incorporating multicultural education created a welcoming environment in which students felt respected and safe to express themselves, and 4) No special instruction needed because incorporating culture does not necessarily enhance learning or the retention of knowledge. Findings indicated that faculty,
administrators, and those in key leadership positions are at odds when deciding how best to meet the needs of diverse students. As the diversity of students increases on college campuses, it will be important for academic affairs professionals to be prepared to meet the needs of these diverse student populations by constructing learning environments in which a diversity of perspectives are represented (Bolman & Gallos, 2011; Kuk & Banning, 2010). Study results suggest that important steps institutional leaders can take to achieve this goal are to: (1) carefully draft definitions and policies of what constitutes a multicultural program, (2) ensure that these definitions and policies are clearly communicated, understood, and implemented by all members
of the academic community, and (3) provide ongoing education to students and staff about the
benefits of multicultural initiatives within the campus and the community at large.
On may 16th. 2011, IBM, Baycrest and the Public Policy Forum convened Innovation and the Human Brain. This conference was convened, in part, at the request of the Minister of Research and Innovation in an effort to bring together business, academia and government to tackle one of the main issues which will define Ontario's innovation agenda over the coming decade - brain research.
This article summarizes some significant insights of articles in this issue from the perspective of public policy, emphasizing their potential resonance in today's policy environment in using data for program improvement as well as accountability purposes.
The suite of papers in this special Teachers College Record volume on data-driven decision making in education reflects a burgeoning subdiscipline of scholarship on the topic that has been stimulated by the constantly evolving educational policy landscape. For at least two decades, policy makers have resonated to the importance of data in education as an accountability tool and have advocated policies for the collection and reporting of such data to fulfill accountability objectives. Early examples of this at the federal level include the creation of the National Education Goals Panel in 1990 (National Education Goals Panel, 1999) to annually report on national and state educational progress toward the National Education Goals adopted by president and the nation’s governors, as well as requirements by the U.S. Office of Management and Budget for data documenting the effectiveness of federal programs both in and outside of education under the Government Performance and Results Act (GPRA) of 1994.
Aboriginal people in Canada are sharply under-represented in science and engineering occupations; more can be done to increase the relevance of learning and engagement of Aboriginal students in science and technology. Choosing careers in science and technology will benefit Aboriginal students directly through employment, but more importantly they can make a
tremendous contribution to Canada from the unique perspectives to science and technology based on the values implicit in Aboriginal knowledge and ways of knowing. Past experience has shown that filling positions in science and technology with Aboriginal people is highly desirable, as non-Aboriginal people hired by Aboriginal organizations typically remain in their positions for less than two years. In contrast, Aboriginal professionals remain in their positions much longer and bring stability and pride to their communities. Aboriginal people in Canada are sharply under-represented in science and
engineering occupations; more can be done to increase the relevance of learning and engagement of Aboriginal students in science and technology. Choosing careers in science and technology will benefit Aboriginal students directly through employment, but more importantly they can make a tremendous contribution to Canada from the unique perspectives to science and technology based on the values implicit in Aboriginal knowledge and ways of knowing. Past experience has shown that
filling positions in science and technology with Aboriginal people is highly desirable, as non-Aboriginal people hired by Aboriginal organizations typically remain in their positions for less than two years. In contrast, Aboriginal professionals remain in their positions much longer and bring stability and pride to their communities.
I am pleased to report that Humber had another strong year as we embrace and deliver on our new strategic plan: Strengthen, Sustain, Maximize. Leading up to the launch of this plan last fall, Humber experienced unprecedented growth.
From 2008-2013, full-time postsecondary enrolment increased by 43% compared to the provincial increase of 25% over the same period. As we approach our 50th anniversary, we continue to innovate and collaborate in order to bring our
students the highest quality education delivered by faculty and staff committed to their success.
We do this by living the values of a learning organization. That means fostering an organizational culture that encourages curiosity, creativity, innovation and collaborative problem solving. All skills necessary to succeed in today’s increasingly
interconnected and global world.
Remember how you felt during your first semester of teaching? Excited? Nervous? A little over-whelmed? At times you even might have wondered how the school could give you a job with so much responsibility and so little training.
Now you’re a seasoned educator making the move from faculty to administration. And guess what? You’re excited, nervous, and a little overwhelmed. And, once again, you wonder how the school could give you a job with so much responsibility and so little training.
Post-secondary education is a cornerstone of Ontario’s continued prosperity. The Ontario government realizes this and confirmed its commitment to expanding post-secondary education in the 2010, 2011 and 2012 provincial budgets. The government announced funding allocations in all three budgets to support enrolment growth in the post-secondary sector. The 2011 budget committed the province to creating 60,000 more spaces in colleges and universities.
Looking out at our students in classrooms today, with their texting, Facebook updates, Instagram messages, e-mail checking, Google searches, and tweeting, it’s hard to imagine what was so distracting for college students more than 100 years ago when James made this statement. Yet, even then, he recognized the propensity of the mind to constantly seek novel material, to leap from thought to image to belief to fear to desire to judgment and back again — all following one’s own quirky train of thought resembling the chaotic movements of a swarm of bees around a hive. Time passes through a warped dimension when the student finally returns to some semblance of attention, unaware of all the cognitive detours taken between points A and B. And that’s just the internal process, prompted by nothing in particular. How much more distraction is invited by today’s mobile technology?
This report examines the apprenticeship systems of seven jurisdictions – Germany, Austria, Switzerland, Australia, England, France and the United States – to draw comparisons with Ontario’s apprenticeship system. The purpose of this work is to help us think differently about how the challenges that Ontario’s apprenticeship system faces have been addressed abroad. While knowledge of Ontario’s apprenticeship system is assumed, the report closes with profiles describing each of the seven apprenticeship contexts in detail.
The comparative analysis proceeds according to six different dimensions: historical and cultural factors; governance; scope; participation; apprenticeship structure; and qualifications and completion rates. For each case, common practice abroad is contrasted with Ontario’s apprenticeship system with the purpose of highlighting the differences that exist.