This article focuses on high school to university transitions for Indigenous youth at universities in British Columbia, Canada. The study is premised on an Indigenous research design, which utilizes the concept of visioning and a storywork methodology (Archibald, 2008). The results challenge existing in-stitutional and psychological approaches to transitions in revealing that they are deeply impacted by a variety of lived experiences and that a visioning process is vital to Indigenous youths’ participation in university. The paper concludes with implications for practitioners working in educational and Ab-original community-based settings.
10 Ways to Distinguish Consent
A GUIDE FOR STUDENTS AND ADVISORS
Very often, we tend to interpret a person's behavior as an act that reflects their character, however, behaviors don’t always tell us everything we need to know about a person's personality. The desire to classify people and judge them prevents us from seeing things that can explain the reason for that behavior, and according to prominent American psychotherapists, Beck, and Arthur Freeman, authors of "Cognitive Therapy of Personality Disorders," something bigger often hides in abnormal behavior that can indicate a mental illness with the same symptoms. In order for you to try and identify these disorders in their
initial stages and to prevent further development and/or treat it, and especially so as not to rush to judge people because of their behavior, we’ve collected for you eight personality traits that many of you have encountered in a certain person and perhaps interpreted incorrectly.
This study examined aspects of approval processes for baccalaureate degree programs in colleges in the following 11 jurisdictions: Alberta, British Columbia, Austria, Denmark, Finland, Flanders, Florida, Germany, Ireland, the Netherlands, and New Zealand. More detailed profiles are provided for seven of the jurisdictions. In order to make the data more relevant for the Ontario reader, some comparisons with characteristics of the baccalaureate degree approval process in Ontario are noted.
Among the keys to success in just about any endeavor, preparation is perhaps the most fundamental. Examples of this are plentiful: Musicians practice, athletes train, and actors rehearse long before the concert hall fills, the starting whistle sounds, or the curtain rises. Preparation is a key to success in higher education as well, and a lack of it can be a serious obstacle for students seeking a college credential. Community colleges have a long tradition of open access, but if students who come through the open door are not adequately prepared for college-level work, they have a fairly low chance of graduating. Given this reality, the current national emphasis on college completion – the Completion Agenda – would seem to necessitate an equally strong emphasis on the first step toward that goal: college readiness
Americans reaching traditional retirement ages during the past two decades and today face a different retirement environment than did prior cohorts. Mandatory retirement has been eliminated for the vast majority of American workers, and important work disincentives (or retirement incentives) in Social Security and in employer pension plans have been eliminated or reduced. Americans are living longer and healthier lives, fewer have physically arduous jobs, and technology has increased the options about where and when people work. In addition, the age of eligibility for ‘full’ Social Security retirement benefits has been increased from 65 to 66 (and will soon increase to 67), which is equivalent to an across-the-board benefit cut, and fewer firms are offering employer-sponsored post-retirement health insurance. There are concerns about the future of Social Security, Medicare and Medicaid. Some of these changes are good news for older workers and some bad, but they all have altered the relative attractiveness of work and leisure late in life in favor of work.
According to the most recent Statistics Canada census data (2006), there are 242,000 Aboriginal people living in Ontario, primarily comprising three distinct groups: First Nation (158,000), Métis (74,000) and Inuit (2,000). The remaining 8,000 Aboriginal people classified themselves as “other.” Aboriginal peoples in Ontario have diverse languages, cultures and traditions. The census also identified that approximately 47,000 First Nations people live on reserves in Ontario; these are lands set aside for the use and benefit of a specific band or First Nation. There are a total of 133 First Nation communities in Ontario, each of which has its own government or tribal council. The delivery of education through schools on reserve is the responsibility of the First Nation and the federal government. The federal government is financially responsible for the education of First Nation students living on reserve, whether these students attend First Nation or provincially operated schools.
Vision
• Unlocking potential.
Mission
• We provide pathways to success, an exceptional learning experience, and a global outlook to meet the needs of students and employers.
Canada has one of the most highly educated populations in the world, a publicly funded health-care system and a growing appreciation for contributions that ongoing learning makes to the health and well-being of individuals and to the quality of life within our communities.
However, new health literacy maps of Canada show that our country is not a picture of health. Six in 10 Canadian adults do not have the skills needed to adequately manage their health and health-care needs.
Straightforward advice for job candidates in search of a professorial recommendation.
It is one of the most critical steps in a graduate student’s path to permanent academic employment, yet ironically it’s also one of the most mysterious. Asking a professor for a letter, or more likely many letters, of reference can be stressful, and rarely are
students instructed on proper etiquette. Fortunately, the process doesn’t have to be intimidating.
There is increasing interest, if not demand, from universities and students for faculty to teach using online technologies. However, many faculty members are reluctant to teach online. In this paper, we examine data collected from a broad range of faculty (part-time, tenure track, new and more experienced, in education,business, and liberal arts) to explore the relationship between faculty attitudes, experiences, self-perceived preparedness, and concerns about teaching online courses. In particular, we examine whether faculty who have taught online courses, feel more prepared and more motivated to teach online and have more positive attitudes about online teaching than those who have not taught online. Our findings indicate that while there are a number of concerns about teaching online among the faculty we surveyed, concerns about students are among the most important. We end with some policy and procedural implications for why faculty may or may not usenew technologies to teach.
Vision
Success for all through learning and partnerships.
Mission
To ensure quality, accessible education through innovative programs, services and partnerships for the benefit of our Northern communities.
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.
Last fallDonald Trump theorized that the computer hacker who stole emails from the Democratic National Committee could have been “someone sitting on their bed that weighs 400 pounds.” But the stereotypical rogue nerd isn’t the threat that most concerns information-security officers on college campuses.
Charter schools, Teach For America, and the Knowledge Is Power Program may have their merits, but they are not whole-system reform. The latter is about improving every classroom, every school, and every district in the state, province, or country, not just some schools. The moral and political purpose of whole-system reform is ensuring that everyone will be affected for the better, starting on day one of implementing the strategy. The entire system should show positive, measurable results within two or three years. We have done this in Ontario, Canada, where we have had the opportunity since 2003 to implement new policies and practices across the system—all 4,000 elementary schools, 900 secondary schools, and the 72 districts that serve 2 million students. Following five years of stagnation and low morale, from 1998 to 2003, the impact of the new strategies has been dramatic: Higher-order literacy and numeracy have increased by 10 percentage points across the system; the high school graduation rate has risen 9 percentage points, from 68 percent to 77 percent; the morale o teachers and principals has improved; and the public’s confidence in the system is up.
This research study was initiated and funded by OPSEU Local 110 at Fanshawe College. The report was presented as part of a panel discussion of the Rae Review featuring Bob Rae, Darryl Bedford, Glen A. Jones and Mary Catharine Lennon in London, Ontario on March 31st, 2015. The opinions expressed in this paper are those of the authors and may not reflect the views of OPSEU Local 110 or its members.
Work-integrated learning (WIL) has been identified as a key strategy for supporting Canada’s postsecondary education (PSE) system in responding to an increasingly dynamic, globalized, knowledge-based economy. Ontario in particular has been described as a “hot bed” of co-operative education (Ipsos Reid, 2010). However, while there is a common belief that WIL improves employment outcomes (see Gault, Redington & Schlager, 2000; Kramer & Usher, 2010), research on this topic has generally been specific to certain programs and types of WIL (Sattler, 2011).
Using publicly available information, the study has compiled employment data on 88 percent of the university’s PhD graduates from 2000 to 2015.
In a bid to understand where PhD graduates end up after they finish their doctorates, the school of graduate studies at the University of Toronto launched a project to collect publicly available data on the roughly 10,000 U of T students who received their PhDs between 2000 and 2015. Called the 10,000 PhDs Project, it provides a snapshot of where these former students are currently in their careers.
In a recent Center for Digital Education (CDE) survey, 74 percent of responding higher education decision- makers said improving student retention and graduation rates is the top goal of their college or institution. The ability to retain and promote students not only influences college rankings, reputation and recruitment of top talent, but also impacts the bottom line. Enrolled students provide a steady revenue stream via tuition and other purchases (e.g., books, parking passes and food services). Student retention also allows recruitment dollars to go further by decreasing the need to continually replace students who have dropped out.
The scientific study of human learning and memory is now more than 125 years old. Psychologists have conducted thou- sands of experiments, correlational analyses, and field studies during this time, in addition to other research conducted by those from
neighboring fields. A huge knowledge base has been carefully built up over the decades.
Given this backdrop, we may ask ourselves: What great changes in education have resulted from this huge research base? How has the scientific study of learning and memory changed practices in education from those of, say, a century ago? Have we succeeded in building a translational educational science to rival medical science (in which biological knowledge is translated into medical practice) or types of engineering (in which, e.g., basic knowledge in chemistry is translated into products through chemical engineering)?