The purpose of this study was to determine the extent of agreement among experts on the impact of e-learning technology in Canadian higher education learning experiences. Fourteen participants who are experts in e-learning in higher education agreed there are contentions about e-learning technologies in the following areas: (1) a platform for ideal speech; (2) greater opportunities for interactions; (3) the extent to which communities of learners can be created; (4) provision of a new kind of learning environment; (5) a platform for discussions; (6) demand for e-learning by students; (7) the degree to which the
environment is equal and equitable; and (8) the quality of the learning experience. The fi ndings of this study indicate that the value of e-learning requires further research before higher education leaders andteacher-practitioners are willing to incorporate them in teaching practices and policy documents.
According to a new survey of more than 4,000 undergraduates at 10 community colleges across the nation, half of all community college students are struggling with food and/or housing insecurity. Fully 20 percent are hungry and 13 percent are homeless. These numbers are startling and indicate the need for a multi-pronged, comprehensive set of institutional, state, and local policies to alleviate the barriers presented by poverty, so as to improve educational success.
Context: Generalization is a critical concept in all research designed to generate knowledge that applies to all elements of a unit (population) while studying only a subset of these elements (sample). Commonly applied criteria for generalizing focus on experimental design or representativeness of samples of the population of units. The criteria tend to neglect population diversity and targeted uses of knowledge generated from the generalization. Objectives: This article has two connected purposes: (a) to articulate the structure and discuss limitations of different forms of generalizations across the spectrum of quantitative and qualitative research and (b) to argue for considering population heterogeneity and future uses of knowledge claims when judging the appropriateness of generalizations. Research Design: In the first part of the paper, we present two forms of generalization that rely on statistical analysis of between-group variation: analytic and probabilistic generalization. We then describe a third form of generalization: essentialist generalization. Essentialist generalization moves from the particular to the general in small sample studies. We discuss limitations of each kind of generalization. In the second part of the paper, we propose two additional criteria when evaluating the validity of evidence based on generalizations from education research: population heterogeneity and future use of knowledge claims.
Women who start college in one of the natural or physical sciences leave in greater proportions than their male peers. The reasons for this difference are complex, and one possible contributing factor is the social environment women experience in the classroom. Using social network analysis, we explore how gender influences the confidence that college-level biology students have in each other’s mastery of biology. Results reveal that males are more likely than females to be named by peers as being
knowledgeable about the course content. This effect increases as the term progresses, and persists even after controlling for class performance and outspokenness. The bias in nominations is specifically due to males over-nominating their male peers relative to their performance. The over-nomination of male peers is commensurate with an overestimation of male grades by 0.57 points on a 4 point grade scale, indicating a strong male bias among males when assessing their classmates. Females, in contrast, nominated equitably based on student performance rather than gender, suggesting they lacked gender biases in filling out these surveys. These trends persist across eleven surveys taken in three different iterations of the same Biology course. In
every class, the most renowned students are always male. This favoring of males by peers could influence student self-confidence, and thus persistence in this STEM discipline.
Aboriginal peoples in Canada face multiple and systemic barriers to attaining and succeeding in post-secondary education. A long history of discrimination, including the legacy of residential schools, and chronic government underfunding of Aboriginal education has contributed to low high school completion rates, a widening gap in post- secondary attainment, and the lowest labour market
outcomes of any group in Canada.
Recommendations for Documentation Standards
and Guidelines for Post-Secondary Students
with Mental Health Disabilities
A project funded by the Ontario Ministry of Training, Colleges and Universities' Mental Health Innovation Fund
According to Statistics Canada, 25% of Canadian college students drop out of post-secondary training. Many instructors comment that college students are increasingly hard-pressed to keep up with assignments and readings. Would improving student performance through Essential Skills (ES) training enable students to become more effective, and therefore less likely to drop out? In January 2012, Douglas College recruited students into the National Framework for Essential Skills Research Project. In total, 143 students were tested using the Test of Workplace Essential Skills (TOWES) and Canadian Literacy Evaluation (CLE). Of these, almost two-thirds tested below the minimum Level 3 recommended for success in work, learning, and life. Since only those that scored a Level 2 in Document Use were eligible to participate in the project, 66 students were invited to take part in weekly study sessions. Of these, 37 students chose to participate. Following 10 weeks of study sessions, students were tested again. The results indicate that almost all the students moved positively within Level 2 and 75% moved from Level 2 to Level 3 or Level 2(3).
There is no substantial gap in what we need to know in order to improve schools and student learning and achievement on a very wide scale. In this brief paper I will (1) encapsulate what we obviously know; (2) what we should know but fail to understand (which thus makes finding the solution less likely); and (3) identify the action implications for teachers themselves, principals, district leaders, and system leaders.
For decades, research and public discourse about gender and science have often assumed that women are more likely than men to “leak” from the science pipeline at multiple points after entering college. We used retrospective longitudinal methods to investigate how accurately this “leaky pipeline” metaphor has described the bachelor’s to Ph.D. transition in science, technology, engineering, and mathematics (STEM) fields in the U.S. since the 1970s. Among STEM bachelor’s degree earners in the 1970s and 1980s, women were less likely than men to later earn a STEM Ph.D. However, this gender difference closed in the 1990s. Qualitatively similar trends were found across STEM disciplines. The leaky pipeline metaphor therefore partially explains historical gender differences in the U.S., but no longer describes current gender differences in the bachelor’s to Ph.D. transition in STEM. The results help constrain theories about women’s underrepresentation in STEM. Overall, these results point to the need to understand gender differences at the bachelor’s level and below to understand women’s representation in STEM at the Ph.D. level and above. Consistent with trends at the bachelor’s level, women’s representation at the Ph.D. level has been recently declining for the first time in over 40 years.
n 2005, for the first time in a half-century, the Government of Ontario made an investment of $6.2 billion into post-secondary education over five years that began a process of strengthening the Ontario higher education system. The Reaching Higher plan focused on areas in post-secondary education that were in dire need of attention after years of neglect: enhanced student financial assistance; increased enrolment and outreach to underrepresented groups; and improved accountability for student and public dollars.
While there have been large and measurable successes over the past five years of considerable commitment from the Ontario government, there are also areas where goals were set and plans were laid out, but results did not come to fruition. Students understand the reality that sought-for improvements, particularly to the quality of education, were unattainable in the university sector despite record funding, due to unforeseen enrolment pressures and a rate of cost inflation that is consistently higher than the province’s normal rate of inflation or growth in government spending.
Love it or hate it, social media is no passing fad -- and increasingly it’s intertwined with more traditional academic platforms. Numerous scholars have popular blogs, for example, on which they test out new ideas and share research. Other academics have made names for themselves on Twitter or Facebook -- both to the benefit and detriment of their respective careers.
The primary goal of this study was to identify a wide range of characteristics of college students that may influence their decisions to select online courses. The motivation underlying this study is the realization that online courses are no longer exclusively being taken by non-traditional students (for undergraduates, that would be students age 25 years and older with career, family, and/or social obligations). In fact, there are recent reports indicating that traditional undergraduate students (on-site students that are age 18-24) are now including online courses in their course curriculum. To accomplish the goal of this study, an ordered logit model was developed in which a Likert scale question asking students how likely/unlikely they were to take an online course was used at the dependent variable. The independent variables were based on a wide range of responses to questions regarding student demographic, experience, and preference information (these are the students’ characteristics). The data for this study is from a 2010 Oklahoma State University campus-wide student survey. The results of the study have identified a number of considerations that may be helpful to administrators wishing to improve and/or expand online course offering, as well as areas that can be further investigated in future studies. For example, undergraduate and graduate students enrolled in business majors were more likely than those in other majors to select online courses. On the other hand, undergraduate students(traditional and non-traditional) enrolled in engineering majors and graduate students enrolled in anatomy,biochemistry, biology, and botany major were the least likely groups of students to select online courses.Freshman and sophomores were found to be more likely than juniors and seniors to select online courses, and were much more likely than graduate students to select online courses. With respect to residency, out-of-state/non-residents (not including international students) were the most likely to select online courses, while international students were the least likely to select online courses. Finally, a significant and positive relationship was identified between some web 2.0 technologies, such as online social networking (e.g.Facebook) and live video chatting (e.g. Skype), and students’ likelihood of selecting online courses.
The more open universities are about where their PhDs are getting jobs, the better equipped current students are to
forge their own career paths.
In the summer of 2012, the Administration Committee proposed and agreed to the creation of a working group whose mandate would be to set recommendations on online teaching and learning based on the University’s particular situation. The Working Group on E-Learning was created in the fall and started meeting in November 2012.
The E-Learning Working Group met twice a month and heard the views of different people. It also undertook detailed research to learn about the benefits of e-learning and blended learning and reviewed what other institutions are doing on e-learning.
Research and experience have demonstrated that early childhood development (ECD) is integral to future outcomes. Quality ECD programming contributes to healthy growth and development, as well as school readiness and success. Given the legacy of colonialism in Canada, access to culturally relevant ECD programs can play a key role in bridging gaps in life-chances between Indigenous and non-Indigenous children.
This!project!researched!the!impact!of!bachelor!degrees!on!colleges!and!students.!It!includes!four!main! methodological!components.!The!first!was!an!extensive!literature!review!of!the!literature!in!Ontario,! Canada!and!international!relevant!jurisdictions.!This!is!included!in!the!main!report.!The!literature!review! also!analysed!39!theses!on!college!baccalaureates!in!the!North!America,!including!seven!based!on! Canada.!This!is!included!as!Appendix!2.!The!second!is!the!process!of!data!analysis!which!had!two! components.!The!first!component!was!analysis!of!open!access!policy!and!accreditation!documents!and! college!websites.!The!second!component!was!analysis!of!the!Ontario!Student!Satisfaction!Survey,!the! Graduate!Outcomes!Survey,!the!Ontario!Employer!Survey!of!college!graduates!and!college!enrolment! data!and!graduation!rates.!The!second!consists!of!interviews!with!102!people,!including!policy!leaders,! institutional!leaders,!faculty!members!and!degree!students.!The!fourth!is!a!curriculum!analysis!that! compares!and!contrasts!four!degrees!in!colleges,!four!degrees!in!universities!that!emphasise! experiential!learning,!and!four!degrees!in!traditional!universities.!
As our nation strives to have all students graduate from high school ready for college and other postsecondary learning opportunities, we have to confront the reality that we are far from achieving this goal. The problem is most severe with
economically disadvantaged students. For example, in states where all eleventh graders take the ACT® college readiness assessment, only 45% of low-income students in 2012 met the ACT College Readiness Benchmarks in English, 30% in reading,
21% in mathematics, and 13% in science. For many students, especially those from disadvantaged backgrounds, learning gaps
appear in early childhood.2 Large numbers of disadvantaged students enter kindergarten behind in early reading and mathematics skills, oral language development, vocabulary, and general knowledge. This situation poses a challenge for
intervention models that presume that 15% or so of students need short-term additional help, 5% or so need long-term intervention, and the regular academic program will take care of the rest. In cases where the great majority of students are
academically behind and need major assistance, the regular academic program must be upgraded to deliver a richer curriculum to all students. Such a curriculum is highly beneficial for all students, but is especially critical for disadvantaged students, who often arrive from home with limited knowledge and vocabulary. School districts must develop a system of practices that enable such a curriculum to be taught effectively.
A philosophy is a set of principles based on one’s values and beliefs that are used to guide one's behavior. Even though your educational philosophy may not be clearly defined, it is the basis for everything you do as a teacher (DeCarvalho, 1991). It guides your decision making, influences how you perceive and understand new information, and determines your goals and beliefs (Gutek, 2004). An educational philosophy outlines what you believe to be the purpose of education,
the role of the student in education, and the role of the teacher.
Educational philosophies address the following kinds of questions: Why do we educate people? How should we educate people? How does education affect society? How does education affect humanity? Who benefits from a particular type of education? What ethical guidelines should be used? What traits should be valued? Why type of thinking is of worth? How should we come to know the world and make decisions? What is the educational ideal? What is the natural of reality? What do we believe to be true in regards to knowledge and truth? How do we come to know? What do you believe to be true in regards to humans and human
learning?
University research drives innovation, builds economic prosperity and improves quality of life for all Canadians. We can be proud of our globally competitive research infrastructure, the excellence and capacity of our faculty, and the international scope of Canada’s research initiatives.
Canada has the necessary building blocks to become a world leader in innovation, and universities are at the heart of this work. Investing in university research is integral to a nation’s long-term economic growth and productivity. Universities, industry and governments need to work together to encourage creativity and risk-taking and support students, researchers and entrepreneurs to cultivate a robust innovation system.
Moving into the broader campus community, the campaign builds on the success of 2017's university initiative when more than 20,000 student-athletes from 53 universities led the campus mental health conversation at more than 100 university sports events leading up to Bell Let's Talk Day.