Faculty developers and others who specialize in research on teaching and learning recognize that much of the research is convergent. Positive teaching and learning practices do not operate in stand-alone vacuums. A savvy university teacher draws eclectically from a number of sources and resources to design coherent teaching and learning plans. This article will examine symbiotically how cooperative learning and deep learning together can promote greater success both in and out of the classroom.
In a project funded by the Higher Education Quality Council of Ontario (HEQCO), a team of researchers completed three related studies exploring and assessing innovative practicum models included in a pre- service concurrent teacher education program across two campuses of an Ontario university.
These models are integrated into the field experience component of the Bachelor of Education degree and are intended to provide collaborative and diverse learning opportunities for teacher candidates in various practicum settings. Traditionally, teacher candidates in faculties of education complete their practicum in a school classroom for determined periods of time. In recognizing the need for teacher candidates to become contributing members of varied learning communities (Feiman-Nemser,
2001), the innovative practices studied in this project extend beyond the norm of placing a single teacher candidate with an associate teacher in a publicly funded school to include such models as peer mentorship, alternative service learning and international practicum placements.
SUMMARY OF RECOMMENDATIONS
The OCUFA plan aims to dramatically enhance the quality and affordability of university education in Ontario by 2020 through increased government investment. We are also sensitive to the financial constraints the province is facing. As such, our recommendations reflect both the estimated minimum and maximum cost of our proposals. The Government of Ontario can choose to make a smaller investment as finances dictate. The important thing is that reinvestment begin now.
We recommend:
1. Increasing per-student public investment in universities to the national average by 2020.
Cost in 2013-14: A minimum of $120 million and a maximum of $280 million
2. Bringing the student-faculty ratio to the national average by 2020 by hiring new fulltime
faculty.
Cost in 2013-2014: A minimum of $16 million and a maximum of $110 million
3. Freezing tuition fees and consulting with students, faculty, and administrators on a new
funding framework that preserves quality while ensuring affordability.
Cost in 2013-14: $170 million.
4. Increasing research funding to universities by phasing out ineffective tax credits for private sector research and development.
Cost in 2013-14: No additional cost.
5. Respecting faculty collective bargaining rights.
6. Engaging faculty meaningfully in pension reform.
Efforts to reduce harmful alcohol use by university students require a concentrated examination of the culture of alcohol use on campus and within the broader community. Drinking heavily among young people, even before university, is often viewed as normal and expected behaviour by youth and frequently condoned by their parents and the community because it is viewed
as a rite of passage. Adults can turn a blind eye to the practice, frequently hoping or feeling relieved that their
children aren’t using something “worse”.
The members of the Principal’s Commission on Mental Health are pleased to submit their final report to Principal Daniel Woolf.
This report is the result of a year-long process embedded in comprehensive input from the Queen’s and broader communities. Commissioners Lynann Clapham, Roy Jahchan, Jennifer Medves, Ann Tierney and David Walker (Chair) heard from students, faculty, staff, parents, alumni, mental health professionals and community members, all of whom generously gave their time to provide valuable insight and expertise.
Following the release of a discussion paper in June 2012 extensive feedback was received, for which commission members were most grateful. This input has been integrated into this final report.
Ontario colleges, universities, secondary schools, the Ministry of Training, Colleges and Universities, the Ministry of Education, as well as service and technology providers from the public and the private sectors are investing significant funds, time and energy on technology in learning.
It may not always be clear how or even whether this investment will add sufficient value to our education system. There are skeptics as well as technology evangelists who rightfully draw attention to the decisions that are made, or not made, and seek explanation and justification.
At Contact North | Contact Nord, Ontario’s distance education & training network, we believe there is a critical need to articulate the fundamental guiding principles that drive our decisions and policymaking with respect to technology in learning.
We have a set of guiding principles, which has informed our planning and served our network well over the past number of years. Many of these principles, at least the ideas themselves, did not originate with us but were gleaned from a variety of sources. We did, however, synthesize these ideas into a coherent set of principles and provided our own explanations and clarifications.
It is most likely that all of our decisions as college, university, and secondary school administrators, instructors, policymakers and funders have already been implicitly driven by some or most of these principles. It is by identifying just what these principles might have been that we are
more likely to be consistent and on target.
The following is a summary of ten principles that have had merit for us at
Contact North | Contact Nord over the years, and may have merit for others.
Motivating students to participate in classroom discussions is a subject unto itself. The words “excruciating,” “agonizing,” and “mentally draining” may come to mind. There are some students who seem to assume that as long as the assigned work is completed on time, test scores are good, and attendance is satisfactory, they shouldn’t be forced to participate. It’s not that they don’t think participation improves the classroom experience, they just prefer that other students do the participating.
Of course we all have a few over-participators who are eager to volunteer every answer (sometimes to the point of dominating the discussion, which creates its own problems for educators and fellow students alike) but a good number of students prefer to listen,observe, or daydream rather than engage in the class discussion. Whether they’re shy, unprepared, or simply reluctant to share their ideas, getting students to participate is a constant struggle.
This special report features 11 articles from The Teaching Professor that highlight effective strategies for establishing the expectation of participation, facilitating meaningful discussion, using questions appropriately, and creating a supportive learning environment.
Articles you will find in this report include:
• Putting the Participation Puzzle Together
• Student Recommendations for Encouraging Participation
• To Call on or Not to Call on: That Continues to Be the Question
• Creating a Class Participation Rubric
• Those Students Who Participate Too Much There is some debate in the literature as to whether students have the right to remain silent in a class, but if you’re looking for ways to facilitate more effective discussions,
Tips for Encouraging Student Participation in Classroom Discussions will help.
95% of those in households earning over $75,000 use the internet and cell phones Those in higher-income households are more likely to use the internet on any given day, own multiple internet-ready devices, do things involving money online, and get news online Those in higher-income households are different from other Americans in their tech ownership and use. Analysis of several recent surveys conducted by the Pew Research Center’s Internet & American Life Projects find that there are key differences between those who live in households making $75,000 or more relative to those in lower-income households. Some 95% of Americans who live in households earning $75,000 or more a year use the internet at least occasionally, compared with 70% of those living in households earning less than $75,000. Even among those who use the internet, the well off are more likely than those with less income to use technology. Of those 95% of higher-income internet users:
- 99% use the internet at home, compared with 93% of the internet users in lower brackets.
- 93% of higher-income home internet users have some type of broadband connection versus 85% of the internet users who live in households earning less than $75,000 per year. That translates into 87% of all those in live in those better-off households having broadband at home.
- 95% of higher-income households own some type of cell phone compared with 83% in households with less income.
Leadership Development:
An Annotated Bibliography
The Dual Credit and School Within a College (SWAC) programs are both dual enrolment/dual credit programs that address access by creating new pathways to postsecondary education for non-traditional students. The programs allow students who are still in grade 11 and grade 12 to take one or more courses at a local college and earn both a high school credit toward their high school diploma as well as a college credit from the college offering the course. Though these programs have been
offered internationally for over three decades, there is still little research and little conclusive evidence that demonstrate their effectiveness.
The BYOD Concept
The days of students carrying heavy, book-laden backpacks to school are numbered. Increasingly, students at all
levels expect to access learning materials electronically. And students expect their school to support access to the Internet from anywhere, not just from a classroom computer with a wired connection.
The push for mobile learning options isn’t just coming from students. Teachers also have high opinions of the educational value of these new tools. A PBS/Grunwald survey in 2010 reported that teachers view laptops, tablets and e-readers as having the highest educational potential of all portable technologies. The movement to mobile and digital learning reflects the exploding popularity of mobile devices among consumers and the parallel growth in wireless network services to support them. Instead of using shared or enterprise-owned computers at work, school or libraries, people now want to use their personally owned mobile devices everywhere, a trend called bring your own device (BYOD). In fact, personal computing devices are fast becoming not just a luxury in both primary and secondary education, but a necessity. The growth of more virtual, personalized learning experiences throughout the educational spectrum is engaging students like never before.
The 2010 ”Speak Up” education survey conducted by Project Tomorrow found that more than one quarter of middle school students and 35 percent of high school students use online textbooks or other online curricula as a part of their regular schoolwork. The survey also found that nearly two-thirds of parents of school-aged children see digital curriculum as a key component of the ”ideal” classroom for their student, making access to computing devices a key part of today’s educational experience.²
This trend is creating tremendous new demand levels for wireless networks. For example, one market research firm reports growth of 40 percent in enterprise wireless local area networks (WLANs) in Q2 2011, attributable in part to the BYOD trend and the tremendous popularity of the Apple iPad.³ Gartner Research supports this notion as well, concluding that without adequate preparation, iPads alone will increase enterprise WiFi demands by 300 percent.⁴
Support for this trend is also found in Center for Digital Education (CDE) interviews with K-12 district IT staff. A notable 27 percent of school IT decision-makers interviewed expressed an intent to pursue a BYOD policy.
While the percentage of higher education students with their own devices is significantly higher than at the elementary level, CDE’s Digital Community Colleges Survey reveals that they grapple with many similar technology challenges. A full 92 percent of community colleges report expanded distance learning offerings for online, hybrid and Web-assisted courses, providing ample support for their No. 1 identified technology priority: mobility. The growing popularity of mobile devices isn’t the only factor straining the capacity of educational networks today. Video, interactive learning games and other media-rich content are being
watched, created and shared by students and teachers to foster learning of both skills and subject matter. These media not only gobble up bandwidth — they may also require priority over other network traffic in order to deliver acceptable performance for in-class use. From a technical perspective, the challenge for educational institutions is supporting BYOD for students and staff with secure wireless and remote access network capabilities. Yet the movement to mobile learning isn’t just about supporting new technologies. It’s also about shifting to new ways of teaching and learning.
Ask most people who don’t teach online about the likelihood of academic dishonesty in an online class and you will likely hear concerns about the many ways that students could misrepresent themselves online. In fact, this concern about student representation is so prevalent it made its way into the Higher Education Opportunities Act (HEOA).
Passed into law in 2008, the act brought a few big changes to online education, including
a new requirement to “ensure that the student enrolled in an online class is the student doing the coursework.” Although there’s some disagreement as to whether distance education is more susceptible to academic dishonesty than other forms of instruction, what isn’t up for debate is the fact that for as long as there’s been exams, there’s been cheating on exams. The online environment simply opens up a different set of challenges that aren’t typically seen in traditional face-to-face courses.
Promoting Academic Integrity in Online Education was developed to help you understand the latest tools and techniques for mitigating cheating and other unethical behaviors in your online courses. The report features nine articles from Distance Education Report, including:
• Combating Online Dishonesty with Communities of Integrity
• 91 Ways to Maintain Academic Integrity in Online Courses
• The New News about Cheating for Distance Educators
• A Problem of Core Values: Academic Integrity in Distance Learning
• Practical Tips for Preventing Cheating on Online Exams
Online education didn’t invent cheating, but it does present unique challenges. This report
provides proactive ways for meeting these challenges head on.
Christopher Hill
Editor
Distance Education Report
[email protected]
This report documents the central role of the college-educated workforce in improving labour productivity across the economy and supporting an innovation culture in the workplace. It describes critical “enabling occupations” that play a key role in allowing companies to build a culture of innovation in the workplace which they need if they are to continually restructure for success. It develops a “Prosperity Cycle” model and demonstrates the importance of college graduates in building a culture of innovation in a dozen key Ontario industries.
Ontarians work hard and build for the future, hoping that rising prosperity will improve the quality of life for their families. A higher standard of living seems hard to achieve these days – especially for young people leaving school. Government, businesses, researchers and others believe that Ontario’s prosperity depends on rising productivity that improves the competitiveness of industry. But how is this achieved and how do young people share in the benefits?
Much attention over the past decade has been given by policy makers to the importance of data-driven decision making and evidence-based practices in education (Aguerrebere, 2009; Cilbulka, 2013; CCSSO, 2012; Duncan, 2009, 2010, 2012; Easton, 2009, 2010; National Council for Accreditation of Teacher Education, 2010). And much has been written about data-driven decision making in recent years. The field has seen special issues of journals (Coburn & Turner, 2012; Turner & Coburn, 2012; Wayman, 2005a, 2005b, 2006), edited books (Herman & Haertel, 2005; Kowalski & Lasley, 2009; Mandinach & Honey, 2008; Moss, 2007), focused books (Boudett, City, & Murnane, 2007; Mandinach & Jackson, 2012; Supovitz, 2006), research syntheses (Hamilton, Halverson, Jackson, Mandinach, Supovitz, & Wayman, 2009), and federally funded landscape studies (Means, Chen, DaBarger, & Padilla, 2011; Means, Padilla, & Gallagher, 2010). Yet the field is still emerging. There is much we know (Hamilton et al., 2009), and there is also much we do not know (Mandinach, 2012; Marsh, 2012; Turner & Coburn, 2012) or that has methodological challenges. Even some of the most rigorously designed studies about impact result in interpretive questions (Carlson, Borman, & Robinson, 2011; Konstantanopoulus, Miller, & van der Ploeg, 2013).
How College Shapes Lives: Understanding the Issues explains some of the ways the payoff of postsecondary education can be measured and provides insights into why there is confusion about that payoff, despite strong evidence. Focusing on the variation in outcomes across individuals helps to clarify that the existence of the high average payoff, and the reality of significant benefits for most students, is not inconsistent with disappointing outcomes for some. We hope to put the disturbing stories of this relatively small segment of students into context and to direct attention to improving opportunities for all
students.
Abstract
The demand for quantitative assessment by external agencies and internal
administrators can leave post-secondary instructors confused about the
nature and purpose of learning outcomes and fearful that the demand
is simply part of the increasing corporatization of the university system.
This need not be the case. Developing learning outcomes has a number
of benefits for course design that go beyond program assessment. This
article clarifies some key aspects of the push toward using learning outcomes
and introduces a tripartite nomenclature for distinguishing among
course outcomes, outputs, and objectives. It then outlines a process for
instructors to use these three categories to develop and design courses
that meet institutional assessment demands while also improving overall
teaching effectiveness.
Résumé
L’évaluation quantitative que demandent les agences externes et les
administrateurs internes peut confondre les instructeurs de niveau
postsecondaires quant à la nature et à l’objectif des « résultats d’apprentissage
», et leur faire craindre que cette demande ne fasse simplement partie de
la privatisation croissante du système universitaire. Ce n’est pas forcément
le cas. La création de résultats d’apprentissage présente de nombreux
avantages sur le plan de la conception de cours, avantages qui vont au-delà
de l’évaluation de programme. L’article clarifie quelques aspects principaux
de la poussée vers l’utilisation de « résultats d’apprentissage » et présente
une nomenclature tripartite pour faire la distinction entre les résultats de
cours, le rendement et les objectifs. Il décrit ensuite un processus pour
Learning (About) Outcomes / R. S. Ascough 45
CJHE / RCES Volume 41, No. 2, 2011
que les instructeurs emploient ces trois catégories afin de concevoir des
cours qui répondent aux exigences en évaluation de l’institution, tout en
améliorant l’efficacité de l’enseignement dans son ensemble.
This report compares eligibility for student financial aid by examining the amount of funds (both repayable and non-repayable) that a student would be eligible to receive in each province, based on their income group (low-, middle- and high-income). Provincial administration of part (or all) of financial aid has resulted in great variability in the type, quantity, and availability of resources offered to students. Individual provinces have demonstrated priorities such as debt reduction strategies, universal grants, and student independence from parental support, to name a few.
Key findings include that:
• The combination of federal, provincial and joint administered student financial aid programs are inherently complex, lack transparency, and thus, remain removed from public scrutiny and discussion.
• Appalling inequities exist in the amount of resources offered to students, based on their province of residence.
• Enormous differences in tuition between provinces are the greatest factor in determining the cost of education and therefore have a great impact on the amount of debt a student may accumulate.
• Provincial grant programs, whether needs-based or universal, are the largest contributor to debt reduction.
In the knowledge-based economy (KBE), a strong education system should produce a
citizenry that is equipped with the tools for success: skills,ompetencies, 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. This research note is the second of a three-part series that examines international trends in strategies for developing knowledge-based economies1. It examines issues pertainingto the development of skills, competencies, and knowledge — areas of focused government attention — and the labour market issues faced by skilled graduates. It draws heavily on the experiences of the United Kingdom, the European Union, and the United States and examines particular fields of government interest in addition to the issues of labour market demand, of skills-matching, and of employer needs. An understanding of these international activities and trends should be of help when Ontario is developing a comprehensive and informed strategy for ensuring students are prepared for the KBE labour market. This research note is structured in three sections, each covering a major theme in the literature. In the first section, debates on the role of higher education within the knowledge based economy are addressed. The role of government in determining future skills needs is discussed, and international trends toward developing a demand-led rather than a supply-led system are addressed. The second section provides an overview of trends in such government activities designed to produce
graduates with specific skill sets and qualifications in Science, Technology, Engineering,and Mathematics (STEM), Creative Competencies, and Middle Skills which many governments consider priority areas. The third section examines skills-matching in the labour market and deals specifically with skills-matching and valued graduate characteristics by examining Ontario data on skills training.
This research uses the Youth in Transition Survey, Reading Cohort 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.
This research was funded by the Higher Education Quality Council of Ontario (HEQCO), which also provided useful feedback throughout the project, but the authors retain all responsibility for the paper and opinions expressed therein. This work is based on earlier research carried out for the Canada Millennium Scholarship Foundation through the MESA project.
Nearly every college and university in America has refocused its attention on “student success.” Like many institutions, Cleveland State University, where I work, has erected an entire enterprise devoted to this endeavor. We have reorganized ourselves administratively, invested in new staff, updated technology and taken a deep dive into institutional data to ensure we are best positioned to make sure all our students have a high potential to graduate. We have improved as a result.