Most online students, even those who are successful, will tell you it takes an extra dose of motivation to stay on top of their assignments compared to the traditional classroom. In fact, the anytime/anywhere convenience of online learning sometimes makes it too convenient … to procrastinate, forget about, and become otherwise disengaged. No wonder online courses have an
attrition rate that’s 10 – 20 percent higher than their face-to-face counterparts.
For faculty teaching in the online classroom, this reality underscores the importance of having activities that build student engagement and help create a sense of community among their geographically dispersed students.
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
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?
This paper examines the implications of expanding the number and scope of college-to-university transfer arrangements as a means of meeting the demand for undergraduate degrees in Ontario. It focuses on two research questions:
1. What are the differences in the learning outcomes of students in college-to-university transfer arrangements compared with those in four-year university programs?
2. What are the differences in the cost per student for college-to-university transfer arrangements compared with four-year university programs?
When teachers think the best, most important way to improve their teaching is by developing their content knowledge, they end up with sophisticated levels of knowledge, but they have only simplistic instructional methods to convey that material. To imagine that content matters more than process is to imagine that the car is more important than the road. Both are essential. What we teach and how we teach it are inextricably linked and very much dependent on one another.
This special report features 11 articles pulled from the pages of The Teaching Professor to help you discover new ways to build connections between what you teach and how you teach it. The report offers tips on how to engage students, give feedback, create a climate for learning, and more. It also provides fresh perspectives on how faculty should approach their development as teachers.
It’s been said that few things can enhance student learning more than an instructor’s commitment to ongoing professional development. Here’s a sample of the articles you will find in Effective Strategies for Improving College Teaching and Learning:
. Faculty Self-Disclosures in the College Classroom
. A Tree Falling in the Forest: Helping Students ‘Hear’ and Use Your Comments
. Understanding What You See Happening in Class
. Can Training Make You a Better Teacher?
.Striving for Academic Excellence
Although there is no single best teaching method, approach, or style, this special report will give you a variety of strategies to try. Those that work effectively with your students you should make your own.
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).
Growing enrollments, shrinking budgets and unprecedented diversity in student populations are just a few of the challenges community colleges around the country are facing today. And there are no signs that the situation will change anytime soon.
The American Association of Community Colleges estimates that U.S. enrollment in two-year colleges increased 17 percent from 2007 to 2009, from 6.8 million students to 8 million. Anecdotal evidence says this trend will continue.
During an economic downturn, community colleges feel an even greater strain with enrollment. People go back to school to learn new skills or get certificates or degrees that help their careers. Many must learn new jobs because their previous ones have gone away. While it’s good to have more students, the growth has been so rapid that it has put pressure on the institutions. How do they handle more students every semester? How do they grow despite less funding from federal, state and county governments?
“Because community colleges are growing so fast, and because they’re relatively new as institutions, they don’t have
the infrastructure that the big universities have. And yet they are being asked to do more,” said John Halpin, Vice President of SLED Strategy and Programs at the Center for Digital Education (CDE), a national research and advisory institute focused on IT
policy and best practices in education.
A New Course Community colleges now have a terrific opportunity to evolve thanks to technology, Halpin said. Numerous technologies — wireless, broadband, cloud computing and others — have greatly matured in recent years. They’ve been proven in the real world, and they’ve become more efficient and less expensive.
At community colleges, whether it’s for teaching and learning or for financial aid or other back-end systems, technology is making a huge impact on productivity. Students are learning in exciting new ways. E-mentoring, e-advising, online tutoring and even educational gaming are effectively engaging students and enhancing the educational experience. Professors are incorporating audio/video content to deliver learning in a manner that grabs the student’s interest. Schools are processing incoming students more efficiently and less expensively by putting administrative functions, such as application, orientation and registration, online.
Online learning, or e-learning, is booming. “Students value distance learning,” said Wilton Agatstein, Senior Fellow with the CDE. “It is very convenient for them, as they can learn from any place and at any time. Schools value distance learning because they can serve more students and a larger student demographic without having to build new classrooms and campuses. Distance learning serves everyone well, which is why its adoption is accelerating.”
Technology expectations are sky high. Students step onto campus expecting to incorporate their own communications tools — phones, music players, e-book readers, laptops/netbooks and other devices — into the learning experience. They want wireless access from any point on campus. And they want the ability to connect to school resources even when off campus.
Teachers and staff want the best technology too, because the right tools help everyone.
At all levels of education — but particularly in higher education — campuses are revamping their IT environments and policies to accommodate, manage and support emerging technology trends. Desktop virtualization is an approach that addresses many of these needs. This Center for Digital Education issue brief explains how desktop virtualization can support emerging trends such as BYOD, improve access to resources, ensure user authentication and security, and increase efficiencies for the IT department.
In the traditional college classroom today, faculty and students arrive with a certain set of expectations, shaped largely by past experiences. And although students may need the occasional (or perhaps frequent) reminder of what’s required of them, there’s usually something very familiar about the experience for both faculty and students alike. In the online classroom, an entirely new set of variables enters the equation. It’s a little like trying to drive in a foreign country. You know how to drive, just like you know how to teach, but it sure is hard to get the hang of driving on the left side of the road, you’re not quite sure how far a kilometer is, and darn it if those road signs aren’t all in Japanese.
This special report explains the “rules of the road” for online teaching and learning and features a series of columns that first appeared in the Distance Education Report’s “Between the Clicks,” a popular column by Dr. Lawrence C. Ragan, Director of Instructional Design and Development for Penn State’s World Campus.
The articles contained in the report will help you establish online instructor best practices and expectations, and include the following principles of effective online teaching:
• Show Up and Teach
• Practice Proactive Course Management Strategies
• Establish Patterns of Course Activities
• Plan for the Unplanned
• Response Requested and Expected
• Think Before You Write
• Help Maintain Forward Progress
• Safe and Secure
• Quality Counts
• (Double) Click a Mile on My Connection
These principles, developed at Penn State’s World Campus, outline the core behaviors of the successful online instructor, and help to define parameters around the investment of time on part of the instructor. In his articles, Ragan identifies potential barriers and limitations to online learning, and specific strategies to assist instructors in achieving the performance
expectations.
In a traditional face-to-face class, students have many opportunities to interact with their instructor and fellow students. Whether it’s an informal chat before or after class, or participating in the classroom discussion, interaction can be an important factor in student success. Creating similar opportunities for participation and collaboration in an online course is one of the biggest challenges of teaching online. Yet, opportunities for meaningful interaction online are plentiful, provided you design and facilitate your course in the correct manner and with the proper tools.
Asynchronous and synchronous learning tools, such as threaded discussions, instant messaging, and blogs play an important role in humanizing online courses by replicating the classroom experience of information exchange and community building, not just between students and teacher but among the students as well. This Faculty Focus special report features 15 articles from Online Classroom newsletter, and will provide you with specific strategies on how to use synchronous and asynchronous
learning tools to engage your online students.
Here are just some of the articles you will find in this report:
• A Plan for Effective Discussion Boards
• Using Video Clips to Stimulate Discussion
• Using Individual and Group Instant Messaging to Engage Students
• Nine Strategies for Using IM in Your Online Course
• Four Ways to Improve Discussion Forums
Synchronous and Asynchronous Learning Tools: 15 Strategies for Engaging Online Students Using Real-time Chat, Threaded Discussions and Blogs is loaded with practical advice from educators who’ve found effective ways to promote learning and build community in their online courses.
The talent market is rapidly evolving: Never has current and future talent been more important to business success than it is today. Today, organizations discuss having a “people advantage” and work with “talent optimization.” There are also new titles and positions like “Chief Talent Officer.” It is clear that attracting and retaining the right talent is becoming a key organizational capability: The industry is quickly moving away from a short- term recruitment focus to a long-term employer branding focus.
Companies will gain a competitive advantage by taking a long-term approach to investing in employer branding and developing their brands to align with long-term business needs.
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.
How many Ontario high school students applied to the province’s colleges and universities during the last decade? How many enrolled? How many graduated? Find the answers to these and other good
questions in Quick Facts, a compendium of current and authoritative data on Ontario’s postsecondary
system.
University leaders are actively addressing the issue of mental health on campuses across Canada. No longer seen as simply a question of crisis management, mental health issues are being approached in more proactive and systematic ways, as universities increasingly appreciate the advantages of prevention over reaction. “We are exploring what we need as a sector to deal with mental health issues in the post-secondary setting,” says Dr. Su-Ting Teo, Director of Student Health and Wellness at Ryerson University. Dr. Teo is co-chair of a working group on mental health for the Canadian Association of College and University Student Services (CACUSS), one of several inter-institutional organizations focusing on the issue. The key is to identify best practices and then put into action strategies and plans that work best for an individual institution
and its specific circumstances.
What is a mobile education environment?
Education today doesn’t need to take place within the confines of a school building, thanks to the Internet, wireless communication and mobile computing devices. Students and teachers are no longer required to be “stuck inside these four walls” for learning to take place. Teens whose body clocks don’t mesh with 7:15 a.m. class starts can sleep in — then do the work when they are at their mental peak (9 p.m., perhaps). Teachers, too, can gain increased flexibility in organizing their time. Lessons can be more easily tailored for students with whom they can work one-on-one with using interactive online programs. This is the promise of mobile learning, currently in place in some schools across the country. However, most K-12 schools are just starting to scratch the surface of what mobility can mean for education. Those that adapt to mobile technology will find it easier to reach students; research shows this sort of learning at the K-12 level improves student engagement, enthusiasm and test scores.
Given the pace of technological change and the strong forces to innovate from the global market place, the need to invest in human capital continues to increase as does the requirement for high return on investment (ROI) in training. One of the obstacles of measuring the ROI of training is that many of the benefits of training may not be immediately visible for measurement and it may be impossible to allocate the improvements exhibited by the firm to a particular training event. The lack of longitudinal studies to measure the ROI of training, particularly with respect to supporting the use of technology and intensity of innovation, is an area that will be addressed in this study.
The pace of innovation and technological change in the global market place make it imperative that companies constantly look at improving the skills of their workforce (Bresnahan, Brynjolsson and Hitt, 1999). The investment in human capital through the use of relevant and targeted training is critical in order to keep a business competitive (Rabemananjara and Parsley, 2006). One of the key components to an organization’s competitive advantage is the development of knowledge workers and increasing the value of their human capital.
PROLOGUE
What sources and resources do college students utilize to assist them in the transfer process? What factors influence students’ transfer decisions? What information do students possess about transfer and of what quality is the transfer information students receive? This investigation interviews students of two-year College of Applied Arts and Technology (CAAT) and Institute of Technology and Advanced Learning (ITAL) programs in the province of Ontario, Canada who identify intentions to transfer to university within their first semester in college. Grounding all analysis in Spence (1973), Akerlof (1970) and Stiglitz’s (1990) work on asymmetric information, adverse selection and signaling, this study examines students' knowledge of transfer and their attainment of that knowledge. Policy recommendations for the further development of transfer assistance mechanisms and timing of implementation are provided.
Keywords: transfer credit; seamless education; asymmetric information; signalling.
PROLOGUE
Quelles sources et ressources les étudiants de collège utilisent-ils pour faciliter leur transfert ? Quels sont les facteurs qui influencent leur décision d’être transférés? Quelles informations possèdent-ils sur les transferts, et quelle est la qualité de ces informations ? Cette enquête interroge des étudiants de deuxième année du Collège d’arts appliqués et de technologie (CAAT) et de l’Institut de technologie et d’enseignement supérieur (ITAL) ; ces collèges offrent des programmes de deux ans dans la province de l’Ontario, au Canada pour identifier les décisions des étudiants d’être transférés dans une université durant leur premier semestre au collège. Fondée sur l’analyse de Spence (1973), d’Akerlof (1970) et de Stiglitz (1990) sur l’information asymétrique et les sélections erronées, elle signale les connaissances que les étudiants ont du transfert et comment ils les ont acquises. Le texte fournit des recommandations sur la politique à suivre pour développer davantage les mécanismes d’aide au transfert et le choix du moment de l’effectuer. Mots clés: crédit de transfert, éducation continue, information asymétrique, signaler
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.
Over the past decade or so, the bachelor’s degree has undergone major changes in much of the world. The most important set of changes was brought on by the adoption, across Europe,
of the Bologna Process. This led not only to the introduction of bachelor’s degrees in countries where no such qualification had previously existed, but also to a pan-continental harmonization (more or less) of the length of the degree, at three years. More recently, a number of universities in the United States – where a four-year degree has been sacrosanct for decades – have started experimenting with shorter degrees. At the same time that systems have been altering the length of degrees, there has also been a trend for systems in Europe and elsewhere – including Ontario and other parts of Canada – to open up degree provision to non-university Higher Education Institutions (HEIs). This has broken the centuries-long monopoly of
universities over the provision of granting degrees. These two major experiments in changing times and changing places are the subject of this report, which was undertaken by Higher Education Strategy Associates for the Higher Education Quality Council of Ontario (HEQCO).
Our approach to this project is not simply to look at global trends in the development of the bachelor’s degree and to collect the views of key Ontario stakeholders regarding these developments. For purposes of organizing material on a very complicated topic, we have chosen to look at the material within two main categories. In Chapter 1, entitled “Changing Times,” we look at how the lengths of bachelor’s degrees have been changing, while in Chapter 2, entitled “Changing Places,” we deal with the provision of higher education in non-university settings. Each chapter begins with an in-depth description of global trends in the area (with a particular focus on recent developments within Canada). These global discussions are then augmented by adding data about the views of two key sets of Ontario stakeholders. In order to understand the views of students, we conducted a survey of over 850 Ontario students in university bachelor’s degree programs (who were members of our student research panel1)about degree lengths and loci. Relevant results from this survey are included in both chapters, and the methodology behind the survey is included as Appendix A. We also solicited the views of key stakeholders concerning the lessons Ontario can learn from global changes – via a multistakeholder seminar held in Toronto on March 21, 2011. A list of attendees is included in this report as Appendix C, and a summary of their discussion can be found in each of the two chapters in this report.