Ontario's colleges of applied arts and technology (CAATs) were granted authority to offer degrees in 2000, and the first degree programs were offered in 2002. The rationale for granting colleges permission to offer degrees was threefold: first it was to meet the needs of a higher skilled workforce in a changing economic, social and political environment: second, it was to widen access to degrees for Ontarians overall, but particularly for students from disadvantaged backgrounds who are more likely to attend a college than a university; and third, it was anticipated that college degrees would be less expensive than university degrees for students and governments (Skolnik 2016b)
Canadians invest considerable energy, resources, and personal and societal aspiration into postsecondary education. It is good public policy to assess how we are doing and what outcomes we are achieving with that investment. One of HEQCO’s core mandates is to evaluate the postsecondary sector and to report the results of that assessment. To that end, in this report, we have assembled data that assess the performance of Canada’s 10 provincial public postsecondary education systems.
In response to stronger demand for access to degree programs and changing expectations from employers due to labour market needs, the Ministry made a number of decisions about how to increase access to a broader range of degree opportunities in April 2000. One of those decisions was to allow Colleges of Applied Arts and Technology (CAATs) to offer degrees in applied areas of study. These degrees differ from research-focused degrees because they have a strong focus on preparation for entry to practice occupations. The first degree programs began development in 2001. As of the evaluation period, thirteen of the twenty four colleges in Ontario were offering college degree programs.
Mandate
Ryerson University is a leading institution of innovation and entrepreneurship that responds to societal need through high-quality, professional, and career-related bachelor, masters, and doctoral programs, and relevant scholarly, research, and creative activities.
Ryerson is student focused, providing an emphasis on experiential learning, creativity, entrepreneurship, adult learning, and transfer pathways from colleges and other universities.
Ryerson is an inclusive, diverse learning community. In its role as a City Builder, Ryerson enhances access and civic engagement, and has a positive, transformative effect on its neighbourhood and the broader community.
Vision
Ryerson University will be a comprehensive innovation university, recognized as a national leader in high-quality professional and career-related bachelor, masters, and doctoral programs, and relevant research. It will be a global leader in interdisciplinary, entrepreneurial zone learning.
Ryerson’s students, graduates, and faculty will contribute significantly to Ontario’s and Canada’s economic, social, and cultural well-being.
Ryerson will expand its strong foundation of distinctive career-related academic programs and related scholarly, research, and creative activities, producing graduates who enable change.
Ryerson will enhance its leadership in experiential learning, adult learning, and transfer pathways. As a City Builder, Ryerson will build partnerships that foster social and cultural innovation, and economic development.
In the knowledge-based economy (KBE), a strong education system should produce a citizenry that is equipped with the tools for success: skills, competencies, and knowledge. The role of higher education in the development of the KBE is crucial because institutions are the "creators of, and venues for, cultural and social activity” (OECD, 2007: 39). Around the world, governments are aiming to provide higher education equitably and en masse while ensuring it is both of high quality and of relevance to the labour market. This is a challenge that Ontario, too, faces as it prepares its strategies to enhance the knowledge and skills of its citizens.
One of the primary functions of many Ontario universities and colleges is to provide students with a high quality teaching and learning experience. However, as resources are stretched and postsecondary institutions focus more on research, funding into teaching development and support has been put at risk. A number of additional challenges – including rising
student/faculty ratios and class sizes, an aging faculty population, outdated methods of instruction and curriculum design, and uneven access to teaching development for new instructors – are making it even more difficult to develop and maintain quality teaching. Many student associations, faculty and administrators, the general public, as well as provincial government officials have agreed that the quality of the teaching and learning experience available to students at Ontario’s colleges and universities is increasingly at risk.
This report analyzes the economic impact of post-secondary education (PSE) in Canada. It is one of three foundational studies by The Conference Board of Canada’s Centre for Skills and Post-Secondary Education. The report considers three kinds of economic impact: spending in the economy (either directly by PSE institutions or indirectly through tourism and other channels), human capital formation, and intellectual capital formation. The report develops a bottom-up approach to understanding impacts, from the PSE institutions to the broader economy.
In 2010, there were almost 1.2 million students in degree programs on Canadian campuses: 755,000 undergraduates, 143,400 graduate students studying full-time, and an additional 275,800 students studying part-time. Fifty-six percent of university students were women, and 10 percent were international students. The number of full-time university students has more than doubled since 1980, and part-time enrolment is up 16 percent. In 1980, there were 550,000 full-time and 218,000 part-time university students
on Canadian campuses. Clearly, universities have experienced tremendous growth over the last 30 years.
The potential impacts and implications of technology on the professional lives of instructors in higher education, and the role of leadership in integrating educational technology, present a variety of complexities and challenges. The purpose of this paper is to identify the reasons why faculty members are not fully embracing technology and what leadership exists in those institutions to help instructors adapt to technology in the teaching and learning process. The authors examine instructor’s perceptions and attitudes related to educational technology as it applies to the learning process and investigated the organization-wide view of leadership in the education institutions. The authors also developed a theoretical model for how leadership can be applied in the use of educational technology in higher education. The model contains five major blocks. In addition to the concerns of higher education faculty, this paper also considers the impact educational technologies have on instruction itself and why many faculty members view the technology as being too difficult to apply to existing technology infrastructure.
This article presents the results of a national study of 39 higher education institutions that collected information about their practices for faculty development for online teaching and particularly the content and training activities used during 2011-2012. An instrument of 26 items was developed based on a review of literature on faculty development for online teaching and analyzed in Meyer (2014). The study found that 72%(n=29) organizations used learning style theory as a basis for their training activities, followed by 69% that used adult learning (Merriam, 2001) and self-directed learning (Knowles, 1975), 64% that used Kolb's (1984)experiential learning model, 59% that used Knowles' (1975) andragogy theories, and 54% that used various instructional design models. Models of good practice were strongly favored (79%) over research on online learning (31%) or theories of learning (23%) in faculty training. Pedagogies of online learning were most important to 92% of the respondents, while research about online learning was most important to only 23% of those who completed the survey. Differences based on Carnegie classification were also found.
Student participation in applied research as a form of experiential learning in community colleges is relatively new. Ontario Colleges today participate at different levels with different numbers of projects and faculty involved. A few colleges in Ontario are more established in doing applied research including having basic infrastructure for research and having defined in which disciplines they will conduct research. This study took place in a college with a more established applied research program with the study goal of hearing and listening from the students and their teacher/research leaders as to their perceived benefit from the research program. The findings showed that the students found the program very beneficial and that student learning in areas considered important for the workplace was occurring that would not have been possible in the regular classroom.
Vision
The post-secondary destination of choice for internationally acclaimed, career-focused education
that is essential to an inclusive, prosperous and globally competitive Ontario.
Mission
Colleges will lead educational innovations and advance public policy reforms to build the
advanced workforce required to support new economic investments, rewarding careers and strong
communities throughout Ontario.
COLLEGES ONTARIO
Fuelling Prosperity: Colleges Ontario’s strategic plan 2015-18
Our Values
■ Student success: We promote inclusive college programs and services that will enable all
qualified students to graduate to meaningful careers.
■ Learning and teaching excellence: We drive an innovative learning environment that focuses on
best practices and delivers the high-quality, relevant education required by students and the
labour market.
■ Responsiveness: We are responsive to our communities and to the needs of the labour market.
■ Collaboration: We act as one voice on critical issues in higher education while recognizing and
respecting each other’s unique differences.
■ Strong stewardship: We are committed to excellent stewardship of public resources.
Overall, people with a college education do better in the labor market than people with no education beyond high school. Higher levels of education correspond, on average, to higher levels of employment and higher wages. Yet, as college prices rise and as examples of graduates struggling to find remunerative employment despite their credentials become more visible, both potential students and the general public are questioning the value of a college education.
The data, however, remain clear: even at current prices, postsecondary education pays off for most people. Promising occupational and personal opportunities are disproportionately available to college graduates. It is increasingly difficult to maintain a middle class lifestyle without a postsecondary credential, and the economic, social, and civic benefits of a more educated population are well documented.
ACT has been measuring college readiness trends for several years. The Condition of College & Career Readiness
is ACT’s annual report on the progress of the graduating class relative to college readiness. This year, 54.3% of the graduating class took the ACT® college readiness assessment. The increased number of test takers enhances the breadth and depth of the data pool, providing a comprehensive picture of the current graduating class in the context of readiness levels as well as offering a glimpse of the emerging educational pipeline.
This report examines data on operating expenditure per full-time equivalent student at community colleges in the United States and Ontario. Depending on the method used to equate U.S. and Canadian currency, expenditure per FTE student in Ontario sits somewhere between 74% and 92% of a comparable U.S. value. Notwithstanding this relative disadvantage, students in Ontario support, through tuition and other fees, a higher proportion of college operating expenditure than do students in the United States (30.8% vs. 23.5%).
Kids today spend their lives outside school surrounded by video whether on their TV screens, tablet PCs, laptops or
smartphones. Too often, the video stream shuts off inside theclassroom doors. But if students are given access to video tools in core classes — especially tools that allow them to produce their own videos — they are not only more engaged in their coursework, but learn valuable 21st-century skills. On average, one-third of high schoolers today don’t graduate; the number is 50 percent or higher for African-Americans and Hispanics. Studies show that one key contributor is lack of engagement:
Students don’t like school and report being bored. According to the 2010 High School Survey of Student Engagement, 55 percent of students said projects involving technology would help them feel more interested in school (49 percent said art and drama would help; 60 percent said group projects).2 Creating video in the classroom often taps all of these interests.
Video technology can also help foster vital skills needed for the 21st century. The 21st Century Framework (see graphic below),
developed by the Partnership for 21st Century Skills, sets forth standards for student achievement to ensure success in today's
technological world. The framework includes skills that are reinforced by student video creation such as creativity, communication and media mastery.
The 60-hour, online doctor of education program will begin in August and include coursework in the following three tracks: higher education, college teaching and research.
The University of North Georgia (UNG) has been approved by the Board of Regents to offer a doctor of education degree with a major in higher education leadership and practice, the second doctoral program available at the
university.
"The program will prepare individuals who have had leadership experiences already in K-12 programs and who now seek positions in educator preparation," said Dr. Susan Brandenburg-Ayres, dean of the College of Education at UNG. "Candidates for the program might also be adjuncts with graduate degrees, student affairs professionals or educators with master's or education specialist degrees."
Pending approval from the Southern Association of Colleges and Schools Commission on Colleges, the 60-hour,
online program will begin in August with 12 to 15 candidates and include coursework in the following three tracks:
higher education, college teaching and research.
Background: In the last decade, the effects of teachers on student performance (typically manifested as state-wide standardized
tests) have been re-examined using statistical models that are known as value-added models. These statistical models aim to compute the unique contribution of the teachers in promoting student achievement gains from grade to grade, net of student
background and prior ability. Value-added models are widely used nowadays and they are used by some states to rank teachers. These models are used to measure teacher performance or effectiveness (via student achievement gains), with the ultimate objective of rewarding or penalizing teachers. Such practices have resulted in a large amount of controversy in the education community about the role of value-added models in the process of making important decisions about teachers such as salary increases, promotion, or termination of employment.
Vocational education and training are highly valued by many. The European Ministers for Vocational Education and Training, the European Social Partners and the European Commission have issued in 2010 the Bruges Communiqué, which describes the global vision for VET in Europe 2020. In this vision, vocational skills and competencies are considered as important as academic skills and competencies. VET is expected to play an important role in achieving two Europe 2020 headline targets set in the education field: a) reduce the rate of early school leavers from education to less than 10 percent; b) increase the share of 30 to 40 years old having completed tertiary or equivalent education to at least 40 percent. However, there is limited hard evidence that VET can improve education and labour market outcomes. The few existing studies yield mixed results partly due to differences in the structure and quality of VET across countries.
The provision of blended learning strategies designed to assist academics in the higher education sector with the knowledge, skills, and abilities required for effective teaching with technology has been, and continues to be, a challenge for teaching centres in Canada. It is unclear, first, whether this is an ongoing issue unique to Canada; and, second, if it is not unique to Canada, whether we might be able to implement different and/or more effective strategies based on what others outside Canada are doing. Teaching centre leaders in Australia, Finland, Sweden, Denmark, Britain, Scotland, and the United States (n=31) were interviewed to explore how their units used blended learn- ing strategies. Findings suggest that, as in Canada,
there is a “value gap” be- tween academics and leaders of teaching centres regarding teaching development initiatives using blended learning strategies.