In recent years, there has been a surge of research into early brain development. As recently as the 1980s, many professionals thought that by the time babies are born, the structure of their brains was already genetically determined. The role of experience on the developing brain structure was under-appreci-ated, as was the active role of babies in their own brain development through interaction with their environment (Shore, 1997). While much of the research examining brain func-tioning has been done with animals, new technologies are enabling more non-invasive research to be done with humans. Although there is still much to learn, we now know much more about the brain’s development and functioning.
Any seasoned academic who has been involved with job searches knows there are two sets of criteria for some positions: the ones in the published ad and the "hidden" ones.
"The dean says we must hire a woman this time," reports the chair. Or the dean says: "The department’s lack of racial diversity is becoming a problem, you’ve got to fix that with this year’s search." Or the department’s star faculty member tells the chair, "If you don’t hire my spouse into a permanent line finally, we will take jobs elsewhere next year." All of those fall into the hidden-criteria column.
Discussions of Canada’s so-called “skills gap” have reached a fever pitch. Driven by conflicting reports and data, the conversation shows no signs of abating. On the one hand, economic indicators commonly used to identify gaps point to problems limited to only certain occupations (like health occupations) and certain provinces (like Alberta) rather than to a general skills crisis. On the other hand, employers continue to report a mismatch between the skills they need in their workplaces and those possessed by job seekers, and to voice concern that the postsecondary system is not graduating students with the skills they need.
On the basis of national surveys conducted in 1998, 2004 and 2010, about half of Canadian adults were found to participate in further education courses annually. The vast majority of adults were participating in informal learning related to paid employment, housework and general interests. About 20 percent express unmet demand for further education. Older and working class people may have somewhat lower rates of participation in further education courses but not in informal learning. There are also suggestions of a trend toward increasing underutilization of educational qualifications and continuing underuse of computer skills in paid workplaces.
It’s something many graduate students have heard: “You must be very intelligent.” It’s also the title of a new novel about academic life that asks if going to grad school really is a smart choice -- or even a sane one.
Author Karin Bodewits, co-founder of NaturalScience.Careers, an advice website, started writing You Must Be Very Intelligent: The Ph.D. Delusion (Springer), between the submission and defense of her doctoral thesis (biochemistry and microbiology) in 2011, while backpacking around South America. The first scribbles of it remain in the back of her travel guidebook. While people who read the first chapters encouraged her to continue, she said, she was scared of the potential consequences. Why? Take the prologue, to start.
This draft framework has been approved by the Committee of Presidents of the 24 publicly-funded colleges. In approving this template, the presidents recognize that individual colleges may need to make changes to reflect local circumstances during the development of their stand-alone sexual violence and sexual assault policy and protocol. In doing so, the colleges have committed to retaining as much consistency with the template as possible to reflect a similar style, tone, and format that will help
students and others easily access information they need no matter which college they approach.
Ontario’s 20 publicly assisted universities offer graduate and undergraduate degree programs in a wide variety of fields. In 2010/11, these universities enrolled the equivalent of about 390,000 full-time students, excluding about 44,000 foreign and other students taking courses not eligible for provincial assistance. These universities employed approximately 15,000 full-time faculty members. Faculty include tenure-stream staff, who have both teach- ing and research responsibilities; teaching staff, who
generally have no research responsibilities; and part-time sessional instructors, who are under contract to teach one or more courses.
Most Ontario universities were established or continued by acts of the provincial legislature that set up their governing structures. University governance is often a shared responsibility between the Board and the Senate. The Board is generally responsible for the university’s corporate side, including management of property, revenues, expenditures and other business affairs. The Sen- ate is responsible for academic matters such as determining the courses of study, setting admission
standards, and awarding diplomas and degrees.
The United States remains the leading educational destination of globally mobile students; however, actionable information about the experiences that mitigate the key challenges international students face is rare. Almost weekly, new headlines highlight the uneven and unequal experiences of international students.
This report confirms many of the disturbing trends reported in major higher education periodicals, including a lack of community, low-quality faculty-student interactions, and uneven global learning. It adds to the nation-al conversation by highlighting “encounters with difference that make a difference” based on an analysis of a representative sample of 36,973 U.S. and international students from 135 U.S. colleges and universities using the Global Perspective Inventory (see Braskamp, Braskamp, & Engberg, 2013).
With so many classroom research studies published daily, you can be forgiven for missing some. The techniques below are super-tactical and, for the most part, unsung strategies that you’ll be excited to try tomorrow.
Today's students increasingly expect ubiquitous lecture capture so they can review lectures to improve their understanding
of the material or catch up on a class they missed. "Lecture capture in general is becoming very quickly an
expectation of students," said Chris Edwards, assistant vice president at the University of Cincinnati in Ohio.
O ne characteristic that distinguishes academics from professionals in the corporate world is the former don’t necessarily aspire to climb the management ladder. Many professors — perhaps most, and especially the tenured — are content to spend their lives focusing on teaching and research, with no desire to become a department chair or dean.
That said, some faculty members do want to scale the ladder of academic administration, the first rung of which is usually department chair. Others may not have pursued a management job but nevertheless find it extended to them. And still others may feel some obligation to "take their turn" at the helm, for the good of their department or simply to share the burden. Professors in all three of those groups, at some point, face the same dilemma: "Should I do this, or not?"
This article presents a case study of a technology-enhanced face-to-face health sciences course in which the principles of Universal Design for Learning (UDL) were applied. Students were offered a variety of means of representation, engagement, and expression throughout the course, and were surveyed and interviewed at the end of the term to identify how the UDL inspired course attributes influenced their perceptions of course accessibility.
Students responded very positively to the course design, and felt that the weaving of UDL throughout the course resulted in increased flexibility, social presence, reduced stress, and enhanced success. Overall, students felt more in control of their own learning process and empowered to make personal choices to best support their own learning. This course design also led to increased satisfaction from the perspective of the instructor and reduced the need for intervention by the campus disability services department.
Instructors have temporary experiences with groups of students each semester. Even so, these brief moments have the power to change lives. As professors, we decide the impact of our semester-long relationships. We decide to what degree we will work towards student engagement and transformation within our courses. If you would like to create a community of engaged learners within your classroom, it takes more than regurgitating the most compelling content, and it goes beyond collaborative pedagogical practices. The secret to inspiring and transforming students rests in the power of building a community of learners.
There is a global trend toward improving programs and student experiences in higher education through curriculum review and mapping of degree programs. This paper describes an action research approach to program improvement for a course-based MEd degree. The driver for continual program improvement came from actions and recommendations that arose from an
institutionally mandated, year-long, faculty led curriculum review of professional graduate programs in education. Study findings reveal instructors’ perceptions about how they enacted the recommendations for program improvement,
including (1) developing a visual conceptualization of the program; (2) improved connections between the courses; (3) articulation of coherence in goals and expectations for students and instructors; (4) an increased focus on action research; (5) increased ethics support and scaffolding for students; and (6) the fostering of communities of practice. Study findings highlight strengths of the current program and course designs, action items, and research needed for continual program improvement.
Universities Canada members voted to uphold seven “inclusive excellence” principles and to undertake an action
plan from 2017 to 2022.
At Universities Canada’s fall membership meeting, university presidents endorsed a set of principles to advance
diversity, equity and inclusion on their campuses, and committed to a five-year action plan to measure their progress
and outcomes.
“It’s the coming together of a number of things that have led us on this path,” said Mike Mahon, the president and
vice-chancellor of the University of Lethbridge, who was voted in as the new board chair of Universities Canada at
the meeting on Oct. 25. On top of the many conversations over the years in the university community around
creating inclusion, “there is this landscape around us – the commitment of the federal government to be as
inclusive, diverse and equitable as possible,” he said, and that includes efforts to increase equity and diversity in the Canada Research Chairs program.
Will community colleges be prepared to accept the changes ahead, from economic difficulties and fast-changing technology, to the public’s distrust and disenchantment with academic credentials?
PwC has been retained by Colleges Ontario to provide an independent assessment of the fiscal sustainability of the Ontario college sector over the next decade to 2024-25.1 To that end, we have analyzed the current fiscal condition of Ontario’s 24 public colleges (collectively referred to hereafter as “colleges”) and conducted interviews with senior executives at each college to augment our understanding as to how recent economic and demographic trends have affected colleges’ financial condition, as well as the challenges and opportunities they foresee, for their respective college, over the course of the next decade.
Historic High in the History of the Learning Technology Industry
The investments made to learning technology companies in the first half of 2015 were the highest for a half year period in the history of the learning technology industry and exceeds the total amount for the entire year of 2014. In the six month period between January and June 2015, $2.51 billion was invested in learning technology companies across the globe. This is astonishing considering that the total global investments made to learning technology companies for the entire year of 2014 was $2.42 billion, which set a record in the industry.
Abstract - The earliest studies of undergraduate retention in the United States occurred in the
1930s and focused on what was referred to at the time as student mortality: the failure of students to graduate (Berger & Lyon, 2005). Historically higher education research has had an eye toward pathology with a focus on repairing students’ problems (Shushok & Hulme, 2006). To this end, much research exists on why students fail to persist as opposed to why they succeed. Strength-based approaches to the study of undergraduate retention involve studying successful students. Studying
what is right with students may illuminate new aspects of successful student experiences which can in turn be applied to supporting all students. This paper will provide a brief historical overview of undergraduate retention followed by factors commonly related to undergraduate retention. Finally, an overview of the recent application of motivational theories to understand undergraduate retention including attribution theory, expectancy theory, goal setting theory, self-efficacy
beliefs, academic self-concept, motivational orientations and optimism will be provided. Considerations for the future of motivational theories in undergraduate retention will be discussed with particular emphasis on the value of strength-based approaches to study and practice.
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).