It is generally understood that skills make critical contributions to Canada’s prosperity. However, there is uncertainty about precisely which skills are needed to thrive in tomorrow’s economy, how skills directly contribute to innovation and productivity, whether some skills are more connected to these goals than others, and whether there is an optimal combination of skills that fosters growth. Many skills are required to advance human knowledge and social and economic development. However, in a complex and uncertain global economy, science, technology, engineering, and mathematics (STEM) skills are in the spotlight, as countries aim to maximize their economic competitiveness and productivity. As a result, governments, policy-makers, educators, and business leaders are particularly concerned about how well equipped Canada is with the STEM skills needed to fulfil labour market demands and promote innovation.
The Ontario government recognizes the importance of ensuring equality of access to postsecondary education (PSE). One group that has been and continues to be underrepresented in PSE is students with disabilities. As a response, the Ontario government has made improvements to the Accessibility for Ontarians with Disabilities Act, 2005, with the end goal of making Ontario a more accessible province for people with disabilities by 2025. In addition to making changes to legislation, there has been increased funding for students with disabilities, with more than $47 million allocated in 2010-2011 to help these students achieve
success in PSE. The Ontario government now also provides targeted funding for students with learning disabilities (Tsagris and Muirhead, 2012).
The 2005 Postsecondary Review, “Ontario: a Leader in Learning,” authored by Bob Rae, addressed issues facing students with disabilities. Key recommendations1 included:
Require institutions to reach out to students with disabilities at their schools and in their communities to ease the transition to postsecondary education. Provide funding for enhanced academic and career counselling on campus. Allow for the evolution of centres of research and service excellence and distribute funding to institutions for supports and services on the basis of the size of a given institution’s population of students with disabilities (Rae, 2005: 32).
ABSTRACT. I argue in this article that responsible leadership (Maak and Pless, 2006) contributes to build- ing social capital and ultimately to both a sustainable business and the common good. I show, first, that responsible leadership in a global
stakeholder society is a relational and inherently moral phenomenon that cannot be captured in traditional dyadic leader–follower relationships (e.g., to subordinates) or by simply focusing on questions of leadership effectiveness. Business leaders have to deal with moral complexity resulting from a multitude of stakeholder claims and have to build enduring and mutually beneficial
relationships with all relevant stakeholders. I contend, second, that in doing so leaders bundle the energy of different constituencies and enable social capital building. Social capital can be understood as actual or potential resources inherent to more or less institutionalized relationships of mutual recognition (Bourdieu 1980). By drawing on network analysis I suggest,
third, that responsible leaders weave durable relational structures and ultimately networks of relationships which are rich in ties to otherwise unconnected individuals or groups.
Lead-Deadwood Elementary School in the Black Hills of Western South Dakota has a problem. Students need science.
Real science for real kids — the kind that sparks students’ imagination. Second grade teacher Carol Greco contacts the world’s largest underground laboratory, the Deep Underground Science and Engineering Lab (DUSEL). One mile under South Dakota, the lab is not accessible to students. But this doesn’t stop Dr. Warren Matthews, DUSEL’s cyber-infrastructure chief engineer. As a scientist, Warren knows engaging elementary students with science means finding a “hook.” That hook comes in the form of puppets — and not the brown paper bag variety.
Patty Petrey Dees, distance learning director for the Center for Puppetry Arts in Atlanta, Ga., starts to work her digital magic and begins researching what scientific content the lab can use for Carol’s classroom. Patty envisions nanotechnology
dancing in virtual micro cities and students playing the role of engineers in a virtual mission control room as their astronaut puppets explore deep space. This is a far cry from the current most popular elementary school distance learning topics — the lifecycle of a butterfly and paleontology lessons from puppetized dinosaurs — at the Center for Puppetry Arts.
Watching first graders wiggle and giggle at the crystallization movements of crafted butterfly puppets is good, but watching them explore the world of dark matter through puppets is better.
This is extreme puppetry through technology with digital content that has supersized itself. For Carol, the ability to incorporate a sense of discovery and real-world problem solving into her classroom is critical. She wants to bring difficult science, technology, engineering and math (STEM) topics closer to home. Using every available technology in her classroom, from the electronic whiteboard to individual laptops, she sets the virtual puppet stage to bring STEM out of the physical text and into the virtual world. The infrastructure that seamlessly allows this to happen stays in the background, empowering Carol to teach, Warren to share his scientific expertise, and Patty to provide the instructional tools that link learning to laughing as the puppets play. This type of education really rocks. Teaching difficult STEM topics to elementary students does not immediately conjure up puppets and interactive video conferencing as critical tools, yet these technologies link the arts and science in a way that fully engages students’ imaginations.
Second graders cannot tour the remote South Dakota lab, but they can do the next best thing by inviting the lab to
come to them. Best of all, the lab is accessible through technology and content that they understand.
As Canadaâ's youth consider their increasingly broad and complex array of post-secondary education (PSE) options, they are faced with potentially costly decisions. Moreover, they often do not have the information they need to make appropriate choices, which can negatively impact their participation and persistence in PSE. For many students, it is a challenge to choose, design and follow a post-secondary pathway to its conclusion without deviating from their original plan. Students are increasingly taking non-linear pathways through PSE. Some may need to relocate and attend a different institution. Many students may decide to change the focus of their study, while others may wish to change their program entirely. Some may shift their goals from academic to applied forms of study, or vice versa. However, the structures of post-secondary systems in our provinces, and the various mechanisms that bind them, do not always provide clearly apparent and unobstructed pathways for students, particularly for mobile students. These problems are exacerbated by shifting mandates, roles, and labels of institutions across the Canadian PSE sector.
Canada does not have a clear framework for understanding the many changes that have occurred within its PSE sector over the past 15 years. This monograph sets out to explain these changes, with a view to clarifying their potential effects on students’ comprehension of, and mobility through, the structures that comprise our current PSE landscape.
In the past, Canadian post-secondary education has been described as binary, a term that indicates the presence of two separate institutional sectors: public universities offering academic and professional programming at the degree-level; and public colleges providing diplomas and certificates in programs of a more technical or vocational nature. However, this conceptualization overlooks private post-secondary institutions and, as Marshall (2006) notes, significant growth in the number and types of degrees offered by a wider variety of Canadian post-secondary institutions over recent decades.1 As a result, the distinction between the university and college sectors has become increasingly blurred, and the nature of some Canadian post-secondary institutions is no longer made clear by their names. Canada's PSE sector is now characterized by a broad and complex mix of institutions for which a clear and comprehensive taxonomy has yet to be developed.
Evolutionary and legislative changes in many Canadian jurisdictions challenge the transparency of current Canadian post-secondary education vocabulary. Students’ ideas about which institutions offer which programs, and which programs lead to which opportunities, may not be aligned with these changes. It is arguable that Canadian PSE has become less transparent in recent years, exacerbating the potential that students make PSE decisions inappropriate to their aspirations. Issues of program choice and fit might be better addressed through the provision of a classification framework aimed at making Canadian PSE more transparent to its users.
There are many Indigenous perspectives in Canada and a diverse Indigenous student body, enrolled every year in a range of post-secondary programs. Indspire asked a sample of recent recipients of its Building Brighter Futuresi financial awards what led to their educational choices. What resulted was a better understanding of trends and lessons Indigenous learners can teach policy makers and program service delivery agents about what is important to them.
Understanding the motivations and decisions that successful First Nation, Inuit, and Métis students make, contributes to building and supporting Indigenous student success. Do Indigenous students make the same choices about attending post-secondary institutions as other cohorts of students? What drives the choices Indigenous students make, what brought them to their college or university of choice, what keeps them there, and what is contributing to their graduation? Are there things that can be done differently to improve the recruitment, retention, and graduation rate of Indigenous learners?
Colleges Serving Aboriginal Learners and Communities 2010 Survey Highlights
MyLivePD is a completely new model of
PD that focuses on delivering timely,
relevant and actionable coaching for math teachers through live online sessions with no appointments needed. For the first time, math teachers can connect with an experienced coach to ask a specific question about their teaching on their own schedule from any Internet-enabled computer. The service was created to be
completely driven by the teacher. It is also meant to be a continuous process where teachers get help throughout the school year. This level of personalization and privacy does not exist in any other PD model.
MyLivePD was implemented in three
districts and several Teach for America
regions in the fall of 2011. All districts and teachers have been granted access to the service through December 2012. This paper will provide further details on how MyLivePD works, the initial results from the pilot program to date and conclusions on how MyLivePD can be used by schools as part of their PD
programs.
Premier McGuinty appointed the Honourable Bob Rae as Advisor to the Premier and the Minister of Training, Colleges and Universities. With the support of a seven-member Advisory Panel, Mr. Rae was asked to advise on strategies to improve higher education by providing recommendations on: • the design of a publicly funded postsecondary system offering services in both
official languages that promotes: – recognized excellence in curricular activities to build the skilled workforce
and promising scholars of the future; – an integrated and articulated system that meets the diverse learning needs
of Ontarians through the most cost-effective design; • funding model(s) that: – link provincial funding to government objectives for postsecondary education, including the objectives of better workers for better jobs in an innovative economy and an accessible, affordable and quality system;
– establish an appropriate sharing of the costs of postsecondary education among the government, students and the private sector;
– identify an effective student assistance program that promotes increased access to postsecondary education.
An important goal of Ontario’s postsecondary education system is to provide the appropriate level of educational attainment to meet the current and future human capital needs of the province (HEQCO, 2009: 19). This purpose reflects the recognition that education and training contribute to the human capital of individuals and make them more productive workers and better informed citizens. Attainment of further education not only provides for individual returns such as higher earnings and
lower levels of unemployment , improved health and longevity, and greater satisfaction with life, but it is also strongly linked to social returns such as safer communities, healthy citizens, greater civic participation, stronger social cohesion and improved
equity and social justice (Riddell, 2006). In order for the province to maintain and enhance its economic standing in the changing global economy, and to provide its citizens with the social benefits that higher education affords, it must ensure that the
human capital needs of its society are met.
The HEQCO research program in Knowledge Mobilization for Exemplary Teaching and Learning in higher education was launched with a research project and report in 2007-2008. This report introduced the term Faculty Knowledge Exchange Network for the emerging technical and social infrastructures, which enable communities of higher education teachers to access, share, extend, and mobilize knowledge representations and resources to enhance teaching and learning. The report included an analysis of existing models and specific recommendations for research to evaluate new faculty collaborations across Ontario institutions of higher education. Since then, new evidence has been generated by the HEQCO program and by complementary efforts beyond. The current state of knowledge is reflected in Figure 1, which traces the causal
factors from the high level outcome through a set of intermediate drivers to long-term factors which would support lasting change.
In this initial section we update the content of the 2008 HEQCO report with the issues arising from the pilot studies in the HEQCO research program and from parallel research initiatives elsewhere. In the next section, we outline the particular contribution to addressing these issues made by faculty Knowledge Exchange Networks, the approach taken in the two HEQCO pilot studies for 2010-2011. We next consider what has been learned about the long-term developments required to fully engage faculty in more transformative teaching practices. We then review the HEQCO 2010-2011 research, to analyze how factors in those projects contributed to their outcomes, and how shortcomings from missing elements could be addressed in future initiatives.
Too many university supervisors and administrators criticize the absence of lesson closure, a dubious assessment practice likely caused by the improper use of Madeline Hunter’s lesson plan model (PDF) as a de facto checklist of eight mandatory teaching practices -- anticipatory set, objective and purpose, input, modeling, checking for understanding, guided practice, independent practice, and closure -- a custom that Hunter decried in 1985 (PDF). Although it offers multiple benefits, please don't view closure as a professional must-do.
Executive Summary
The significance of literacy for postsecondary success has been demonstrated in numerous
research reports showing that attrition and underachievement are strongly linked to low levels of language proficiency (Jennings and Hunn, 2002; Perin, 2004). It has also been shown that Canadian adults with lower literacy levels have significantly lower employment rates and incomes, higher rates of unemployment, and are less likely to be engaged in their community than Canadian adults with higher literacy levels (Statistics Canada, 2005). On a national scale, literacy is a key factor in economic growth, productivity and innovation (Coulombe, Tremblay and Marchand, 2004).
Graduating over 71,000 students per year (MTCU, 2011), colleges play a central role in preparing Ontario adults with varying literacy levels for the labour force. A recent review of literacy-related practices at Ontario’s colleges demonstrated that there is currently a wide range and diversity of activities and models being used to address the language needs of students (Fisher and Hoth 2010). Without the appropriate supports, literacy and language challenges are barriers that prevent students from achieving success in their chosen program of study and subsequent career. All post-secondary institutions struggle with finding workable models to support these students, yet there has been little rigorous research evaluating the effectiveness of various remediation approaches (Levin and Calcagno 2008).
In fall of 2008, George Brown College piloted an innovative remedial approach in the Practical Nursing program that targets reading, writing, speaking and listening skills while integratingcontent from select core courses, termed the Communications Adjunct Model (CAM). The goal of this research project was to assess the impact of CAM on adult learners with diverse remedial
English language needs in order to provide important lessons for post-secondary institutions. To assess the program’s effectiveness, the academic performance of students placed in CAM was examined in relation to two comparison groups. The first comparison group consisted of students in the same cohort as the CAM group (2008/2009) who were not placed in CAM. The second comparison group included students from two academic years prior to the introduction of CAM (2005/2006 and 2006/2007) who fell below the entrance score cut-offs for selection into the adjunct program.
The analysis undertaken suggests that CAM did not have a strong effect on overall grade performance (GPA). While two out of the four evaluations of the effectiveness of the program showed that CAM had a positive effect on students’ GPA, the results were weak and did not prove to be reliable across comparison groups. It is important to remember, however, that the analysis assessed the impact of CAM solely on GPA performance. CAM has a number of additional objectives, such as general language skill development, that would require additional data collection and analysis to better determine the effectiveness of the program. Nonetheless, there are many important learnings that can be gleaned from the project based on George Brown
College’s experience of developing and administering CAM.
So much of what determines the overall success or failure of a course takes place well in advance of the first day of class. It’s the thoughtful contemplation of your vision for the course — from what you want your students to learn, to selecting the instructional activities, assignments, and materials that will fuel that learning, to determining how you will measure
learning outcomes. Course Design and Development Ideas That Work examines this multifaceted issue from a variety of fronts to bring you proven course design alternatives implemented in courses of varying sizes and disciplines. Featuring 12 articles pulled from the pages of The Teaching Professor, the report will inspire you to rethink some components of your course.
For example, in the article titled A Large Course with a Small Course Option, we learn about an innovative course design for a large 300-level course. Essentially, the instructor created two options: in one, students attend lectures and take four exams. In the second option, students are responsible for those same lectures and exams, but they also participate in small group
discussions and complete a set of writing assignments. The second option was most valued by students who are not very good test-takers or who have a keen interest in the subject.
In the article The Placement of Those Steppingstones, the University of Richmond’s Joe Ben Hoyle compares the placement of steppingstones in a koi pond to the educational processes teachers use to help their students get from point A to point B. Hoyle theorizes that “education stumbles when either the learning points are not sequenced in a clearly logical order or they are not placed at a proper distance from each other.”
Other articles in Course Design and Development Ideas That Work include:
• A Course Redesign that Contributed to Student Success
• Pairing vs. Small Groups: A Model for Analytical Collaboration
• How Blended Learning Works
• Should Students Have a Role in Setting Course Goals?
• In-Class Writing: A Technique That Promotes Learning and Diagnoses Misconceptions
If you’re looking to update an existing course, this report will give you sound strategies to
consider.
Maryellen Weimer
Editor
The Teaching Professor
This research uses the Youth in Transition Survey (YITS) to compare participation in postsecondary education (PSE) in Ontario to such participation in other Canadian regions. We begin by presenting access rates by region, which reveals some substantial differences. University participation rates in Ontario are in about the middle of the pack, while college rates are relatively high. We then undertake an econometric analysis, which reveals that the effects of parental income are quite strong in the Atlantic provinces but much weaker elsewhere, including within Ontario. We also find that the relationship between high school grades and Programme for International Student Assessment (PISA) test scores (measures of academic “performance” and “ability”) differ by region and are generally strongest in Ontario. From this perspective, Ontario would appear to have a relatively “meritocratic” system, where those who are more qualified are more likely to go to university and where overall attendance rates are less affected by family income. Interestingly, the effects of parental education, which are generally much stronger than family income, are similar across provinces. Understanding the reasons underlying these patterns might warrant further investigation.
Why do we study student technology choices and preferences? With the first student study launched in 2004 we had an instinctive sense of why the exercise was valuable. Several campuses had been collecting data on student technology use - some of them for quite a while - but this included little broad and generalizable data about how students in higher education were adapting to and using technology.
A revolution is occurring in our nation’s schools, and it’s all about the role of technology and the shift from paper and textbooks to digital content. Smartphones,laptops, tablets, e-readers, social media and interactive whiteboards are infiltrating classrooms and changing the way learning happens. Technology makes school fun for kids and inspires collaboration, creativity and selfdirected learning. Apple’s iPad textbook announcement in early 2012 will undoubtedly encourage a new level of innovation, with follow-on offerings from other high-tech companies and publishers.
In many school districts, this revolution is more of an evolution — but digital teaching is where our future is headed; how you plan to get there could make all the difference in the results for your faculty and students. The right strategy incorporates not only adopting the optimal content providers and hardware platforms for your student population, but devising an A to Z approach for the underlying technology infrastructure.
This paper will discuss how this digital shift at K-12 schools and community colleges will impact IT decisions, particularly as it relates to wireless networks. Wireless technology is quickly evolving to better meet the needs of schools from a cost, functionality and management perspective.
Importantly, the right wireless strategy helps schools successfully deliver on the promise of digital education.
This research uses the Youth in Transition Survey, Reading Cohort (“YITS-A”) to compare participation in postsecondary education (PSE) in Ontario to other Canadian regions. We begin by presenting access rates by region, which reveals some substantial differences. University participation rates in Ontario are in about the middle of the pack, while college rates are relatively high. We then undertake an econometric analysis, which reveals that the effects of parental income are quite strong in the Atlantic provinces but much weaker elsewhere, including within Ontario. We also find that the relationship between high school grades and Programme for International Student Assessment (PISA) test scores (measures of academic “performance” and ability”) differ by region and are generally strongest in Ontario. From this perspective, Ontario would appear to have a relatively “meritocratic” system, where those who are more qualified are more likely to go to university and where attendance rates are less affected by family income. Interestingly, the effects of parental education, which are generally much stronger than those of family income, are similar across regions. Understanding the reasons underlying these patterns might warrant further investigation.
Trends in post-secondary education participation in Canada continue to show that Aboriginal1 people rely significantly on
Canada’s publicly-funded colleges, institutes, polytechnics, cégeps, and universities with a college mandate (hereinafter
referred to as “colleges”). ACCC is the national voluntary membership association which serves Canada’s publicly-funded
colleges and informs and advises various levels of government, business, industry and labour. Aboriginal peoples’ access
to post-secondary education, inclusion and community development has been one of the Association’s strategic priorities
since its creation in 1972.
This research report examines how PLAR as an asset-based practice might broaden the participation of adults in lifelong learning, particularly those adults who are under-represented in existing learning activities.
Specifically, the report uses short composite narratives to describe how PLAR users (academic and workplace settings), PLAR service providers, and PLAR stakeholders (persons from literacy organizations, human resources, career development, and government) understand the effectiveness of PLAR as an asset-based approach to adult learning. These composite narratives are derived from data documented in a 2008 report, Effectiveness of PLAR: A qualitative study of the voices of Canadians, prepared by the Canadian Association of Prior Learning and Assessment (CAPLA).