OISE/UT Guidelines for Theses and Orals
The expansion of public, postsecondary education and the attendant additional costs associated with that expansion are significant concerns to governments everywhere. Ontario is no exception. Innovation in the delivery of academic programs holds the potential to contain costs, improve quality, and enhance accountability. This project is intended to assist the Higher Education Quality Council of Ontario (HECQO) to better understand how a shift to competency-based education might affect the cost and quality of higher education programs, institutions and systems and to investigate how competency-based education might enhance the productivity and accountability of public higher education systems and institutions.
This study assesses the economic and financial benefits for individuals and the province of Ontario of implementing a coordinated, province-wide credential and credit recognition and transfer system for Ontario college graduates enrolling in a university undergraduate degree program in the province. The study demonstrates that there are solid economic and financial reasons to develop such a system. It also recognizes that the current patchwork transfer framework results in significant instances of inequity for students and that an enhanced system will encourage more students to pursue the higher education that matches their interests and skills. It will also reduce the number of students who feel compelled to leave Ontario to continue their education. The study recommends a Made-in-Ontario solution to address the fundamental equity and fairness concerns of students, to simplify administration for post-secondary institutions, and to strengthen our economy by providing educational opportunities for the workforce this province will need to compete and prosper in the global economy.
The use of data has produced a narrowing effect in education. It has caused schools to narrow the content we are teaching, focusing on key learning targets (e.g. Common Core State Standards). At the same time, it has caused us to narrow the students we are teaching. Since schools are evaluated by proficiency percentages, educators are using data to create categories of “green,” “yellow,” and “red” students, and diverting resources disproportionately toward “yellow” students as a means of boosting overall percentages. This commentary discusses the consequences of this phenomenon,
particularly on student
l systems to use data in a way that tracks growth rather than performance, in an effort to mitigate the triaging effect.
In this article we describe our experiences with using small-group instruction in college settings for a combined total of 60 years. Since others, including Johnson and Johnson (1989), Kagan (1994, 2009), Sharan (1994), and Aronson (2011), have developed specific forms of group work, such as structured controversy, jigsaw, and group investigation, we will focus on how we have used group work as a core technique and have developed additional procedures that seem to potentiate the power of group work, regardless of the specific procedure and discipline.
After putting in the time, money and energy to complete a degree, it can be extremely discouraging to realize you no longer want to work in that industry. If you spent the better part of four years in a classroom only to learn you don’t want to pursue the field you’re now qualified for, what do you do? Most people don’t have the time or money to go back to school and start over again — but don’t fret. There are steps to take when trying to change career paths to something not directly associated with your degree. While making the switch may be difficult, it’s not impossible. The following steps will help push you in the direction you want to go.
Many schools are emphasizing typing and programming skills to prepare their students for the workplace of the future, but it isn’t just about being able to code.
Tour any IT department and you will find a web of servers and routers that store and disseminate information while firewalls and security systems keep the information safe. To most of us, this tech world is something we know we need and rely on, but have little knowledge of in terms of how it operates.
Should this disconnect of layman understanding of the tech world continue on a wide scale we could see a debacle in the workforce with a lack of qualified technicians. Luckily, there are schools and companies confronting this for new generations of students.
In their initial study, authors Boston, Ice, and Gibson (2011) explored the relationship between student demographics and interactions, and retention at a large online university. Participants in the preliminary study(n = 20,569) included degree-seeking undergraduate students who completed at least one course at the American Public University System (APUS) in 2007. Two notable findings from the study were (1) the importance of transfer credit, and (2) the consistency of activity in predicting continued enrollment.Interestingly, the latter finding was confirmed upon the analysis of longitudinal data from the current study.Further related to the latter finding-yet unexpected, was the existence of new literature that, although subtle,affirms the importance for online institutions to conduct ongoing research on these topics. Readers of the current study are encouraged to refer to the preliminary study toward a comprehensive understanding of these nuances. Though informative, the researchers wished to validate the original study findings through longitudinal evaluation of retention.
The Canadian Trans Youth Health Survey was a national on-line survey conducted by researchers from several Canadian universities and community organizations. The survey had 923 trans youth participants from all 10 provinces and one of the territories. The survey included somewhat differ- ent questions for younger (14-18 years) and older (19-25 years) trans youth about a wide range of life experiences and behaviours that influence young people’s health. This national report is a first snapshot of survey results.
Instructors of large classes must contend with numerous challenges, among them low student motivation. Research in evolutionary biology, echoed by work in other disciplines, suggests that aspects of the classroom incentive structure – such as grades, extra credit, and instructor and peer acknowledgment – may shape motivations to engage in studies and to collaborate with peers. Specifically, the way that incentives are distributed in relative quantity (the slope of competition; the proportion of benefits earned through performance relative to peers) and space (the scale of competition; the proportion of peers with whom one is competing) may affect strategies to cooperate or to compete with others.
We hypothesized that students would cooperate with one another more when competition was “global” (i.e., dispersed over the entire population of Introductory Psychology students) than when it was “local” (i.e., concentrated amongst a smaller group of students). We further hypothesized that students would be more motivated when competition was “steep” (i.e., benefits were conditional on relative rather than absolute performance) than when it was “shallow” (i.e., benefits were conditional on absolute rather than relative performance). Moreover, these two variables were expected to interact: cooperation among students was hypothesized to be greatest when competition was both global and steep and weakest when competition was both local and steep.
Here, we designed an experimental test of these hypotheses in a very large, university-level class. Over four semesters, students were randomly assigned, via their tutorial groups, to various competition conditions: global (between-tutorial) competition, local (within-tutorial) competition and asocial (individual) competition. Notably, the global and local competition conditions implied steeper competition than did the asocial competition condition. Within each semester, students were
rotated through each condition, so that all students experienced all conditions over distinct testing phases. Students competed over weekly tests for “bonus” credit that could be applied to reweight the course final exam in their favour. We measured their test performance (i.e., scores on the weekly tests) as well as their evaluations of the learning environment (e.g.,
their reliance on peers and their sense of community in the course).
A diploma mill, also known as a degree mill, is a phony university that sells college diplomas and transcripts—the actual pieces of paper—rather than the educational experience. Diploma mills are scam colleges that literally crank out fake diplomas to
anyone who pays the requested "tuition."
Diploma mills often promise a fast college degree based on "life experience."
The Get Educated online education team has prepared these Top 10 Signs of an Online College Degree Mill to help students protect themselves from this popular online scam.
Administrators at many colleges and universities have had online courses at their institutions for many years, now. One of the hidden challenges about online courses is that they tend to be observed and evaluated far less frequently than their face-to-face course counterparts. This is party due to the fact that many of us administrators today never taught online courses ourselves when we were teaching. This article provides six "secrets" to performing meaningful observations and evaluations of online teaching, including how to use data analytics, avoid biases, and produce useful results even if observers have never taught online themselves.
There is a significant debate in Nova Scotia respecting student finance. Students Nova Scotia is a key contributor to this debate, voicing concerns about unmet need, student debt, tuition and other fees. Like others, we do not always effectively communicate how these different factors or different policies are impacting concretely on real, individual human beings, nor have we successfully situated students’ current circumstances in time. This means many do not understand the real circumstances
of students, the debate often remains superficial, and few appreciate the negative and positive
changes that have taken place.
To demonstrate changes in the circumstances and challenges facing students since StudentsNS was created in 2004, StudentsNS has conducted a number of case studies on the resources and costs that students must meet to attend post- secondary education in Nova Scotia. These case studies are not perfect and certainly cannot capture all the circumstances of the more than 50,000 students attending post-secondary education in the province. They do, however, provide a picture of how circumstances have changed, the impact of different policy decisions made by government, and the impact of policies advanced by StudentsNS.
General Colin Powell Chairman (Ret), Joint Chiefs of Staff A Leadership Primer - PPT presentation
This research was funded by TIAA-CREF to provide a deeper understanding of the issues facing academic institutions when age-eligible professors do not retire, and how those issues can best be addressed. In particular, insight was sought on the reasons why financially-ready, age-eligible professors do not retire; as well as, on the kinds of positive strategies colleges and universities have used and could use to encourage such individuals (“reluctant retirees”) to retire that would be both effective and well-received. To provide qualitative insight on these issues, Mathew Greenwald & Associates conducted one-on-one, in-depth interviews with two types of individuals.
Canada’s businesses agree completely with the Prime Minister regarding the potential of our Aboriginal peoples to contribute to our collective economic prosperity. In fact, members of the Canadian Chamber of Commerce identified the participation of
the Aboriginal peoples in our workforce as one of four priority areas in addressing the barrier to their competitiveness posed by their difficulties in finding workers with the skills they need.
The Canadian Chamber has focused on the significant difficulties Aboriginal peoples face in completing elementary, secondary and post-secondary education and in obtaining and retaining employment. In this paper, we take a different approach to this issue by highlighting productive initiatives to improve the workforce participation of Aboriginal peoples and the competitiveness of employers. We will also offer recommendations to the federal government and Canada’s businesses
on measures both can take to provide Aboriginal peoples and communities—as well as businesses—with the tools to make these
success stories the norm.
A few decades ago it was possible for most business leaders to do their jobs blissfully unaware of issues pertaining to societal welfare, conditions in the natural environment, the health and work-life concerns of employees, and human rights in nascent global supply chains, among numerous other matters. They were largely unaffected by activist NGOs and shareholder resolutions, the threat of protests and boycotts, not to mention calls for greater transparency and the dramatic increase in exposure by the Internet.
During the economic doldrums that have followed The Great Recession, employees in the education sector (administrators, staff, and teachers or faculty at both the K-12 level and the post-secondary level) are confident about both their retirement savings behavior and their likely retirement outcomes. African American and white American employees in the education sector are more optimistic about their retirement planning and prospects than are U.S. workers overall. Education sector employees—both African Americans (87%) and white Americans (88%)—are more likely than U.S. workers overall (59%) to currently save for retirement. This fact helps justify their greater confidence that they will have enough money to live comfortably throughout retirement. Seven of every ten black American employees and seven of every ten white American employees are confident (‘very’ or ‘somewhat’) of this, while nearly half of all U.S. workers express this level of confidence.
It is a fundamental responsibility and obligation of government and of institutional leaders to assure that postsecondary institutions are sustainable and capable of providing a high quality academic experience.
This paper offers a conceptual framework for examining the sustainability of Ontario’s public postsecondary institutions. It discusses the definition of the term “sustainability,” how it can be measured and the various tools and strategies available to both institutions and government to meet sustainability risks when they are identified.
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.