Numerous studies have shown the benefits for Western universities of recruiting international students, finding that a diverse student body exposes students to different cultures and ideas, helps them develop globally relevant skills, and enriches classroom discussions.
But recent data suggest that domestic students often fail to perceive these benefits, and that, in some cases, they are decidedly lukewarm about learning alongside foreigners.
As Director of the Office of Scientific Research and Development, Dr. Vannevar Bush has coordinated the activities of some six thousand leading American scientists in the application of science to warfare. In this significant article he holds up an incentive for scientists when the fighting has ceased. He urges that men of science should then turn to the massive task of making more accessible our bewildering store of knowledge. For years inventions have extended man's physical powers rather than the powers of his mind. Trip hammers that multiply the fists, microscopes that sharpen the eye, and engines of destruction and detection are new results, but not the end results, of modern science. Now, says Dr. Bush, instruments are at hand which, if properly developed, will give man access to and command over the inherited knowledge of the ages. The perfection of these pacific instruments should be the first objective of our scientists as they emerge from their war work. Like Emerson's famous address of 1837 on "The American Scholar," this paper by Dr. Bush calls for a new relationship between thinking man and
the sum of our knowledge. — THE EDITOR
This fall I will again be the job-placement officer for my department — a position I have held more often than not for almost 20 years, in three different English departments. The role of the job-placement officer is to guide graduate students through the painstaking, drawn-out, and nerve-racking process of applying for positions in their field: from deciphering ads and preparing materials to interviewing with committees and, in the happy event, negotiating offers with chairs and deans.
For the second consecutive year, the Ontario Institute for Studies in Education (OISE) at the University of Toronto has been ranked the 11 best educational institution in the world by the Times Higher Education (THE) World University Rankings.
OISE also placed highest out of all institutions in Canada, and was one of only two Canadian universities within the top 15 spots. The University of British Columbia placed 13, followed by McGill at 35.
Information for international students interested in attending college or university in Ontario.
Several years ago, I read an essay, "Notes From a Career in Teaching," written by Murray Sperber, a retired professor of English and American studies. He shared this advice: Teach according to your personality. Vary your teaching methods. Don’t take attendance.
Take a hard line on late and incomplete work. Give students lots of options for major assignments and exams. Get
out of the way.
Stupid.
This word was spoken triumphantly and repeatedly as self-speak by a talented pre-service, k-12 special education teacher during my course Library Resources for Children. Until I heard her say it several times through the semester, I hadn’t seen how one word can hold an entire teaching philosophy. I hadn’t considered how the power of that word multiplies when it takes
the form of self-speak. I hadn’t realized how much it scared me to think that that word might follow her into a k-12 classroom.
When I learned that my own teaching philosophy existed on the pinhead of a single word whenever I’ve thought it at myself, I needed to send this email to that amazing up-and-coming teacher:
Background/Context: With a growing body of evidence to support the assertion that teacher quality is vital to producing better student outcomes, policymakers continue to seek solutions to attract and retain the best educators. Performance based pay is a reform that has become popular in K–12 education over the last decade. This strategy potentially produces positive impacts on student achievement in two ways: better alignment of financial incentives with desired outcomes and improved the composition of the teacher workforce. While evaluations have primarily focused on the former result, there is little research on whether the
longer term implementation of these polices can attract more effective teachers.
“Do you know how much this exam is worth?”
“I can’t find any office hours listed for one of my classes—are there any?.”
“What if I get sick and miss a few classes—will my grade be hurt?”
My answer was the same for all three questions—“I don’t know.” Even though these were my first-year seminar students asking these questions, they were looking at syllabi from their other courses, part of a syllabus review exercise I do each fall with first-time students.
There is a lot to cover on the first day of class. You establish procedures and convey expectations. You review the syllabus and, if you’re teaching a lab, safety protocol. You also spend some time teaching some material. While you might not make an assignment for the first day, you still should use some time on the first day to talk about your expectations for students’ work and how you assign grades.
Be very clear. Establish criteria for each assignment and put them in writing. That is, you must clearly tell students what you expect them to do and how the assignment should look when they turn it in. Some instructors communicate exactly how long each assignment is supposed to be and even go so far as to indicate what font and spacing students should use.
Abstract
Researchers are under increasing pressure to disseminate research more widely with non-academic audiences (efforts we call knowledge mobilization, KMb) and to articulate the value of their research beyond academia to broader society. This study surveyed SSHRC-funded education researchers to explore how universities are supporting researchers with these new demands. Overall, the study found that there are few supports available to researchers to assist them in KMb efforts. Even where supports do exist, they are not heavily accessed by researchers. Researchers spend less than 10% of their time on
non-academic outreach. Researchers who do the highest levels of academic publishing also report the highest levels of non-academic dissemination. These findings suggest many opportunities to make improvements at individual and institutional levels. We recommend (a) leveraging intermediaries to improve KMb, (b) creating institutionally embedded KMb capacity, and (c) having funders take a leadership role in training and capacity-building.
In spring 2018, overall postsecondary enrollments decreased1.3 percent from the previous spring. Figure1 shows the
12-month percentage change (fall-to-fall and spring-to-spring) for each term over the last three years. Enrollments decreased
among four-year for-profit institutions (-6.8 percent), two-year public institutions (-2.0 percent), four-year private nonprofit
institutions (-0.4 percent), and four-year public institutions (-0.2 percent). Taken as a whole, public sector enrollments (twoyear
and four-year combined) declined by 0.9 percent this spring.
Current Term Enrollment Estimates, published every December and May by the National Student Clearinghouse Research
Center, include national enrollment estimates by institutional sector, state, enrollment intensity, age group, and gender.
Enrollment estimates are adjusted for Clearinghouse data coverage rates by institutional sector, state, and year. As of
spring 2018, postsecondary institutions actively submitting enrollment data to the Clearinghouse account for 97 percent of
enrollments at U.S. Title IV, degree-granting institutions. Most institutions submit enrollment data to the Clearinghouse several
times per term, resulting in highly current data. Moreover, since the Clearinghouse collects data at the student level, it is
possible to report an unduplicated headcount, which avoids double-counting students who are simultaneously enrolled at
multiple institutions
A large-scale analysis of gender disparities in research output and impact finds that while the number of women researchers has increased over the past 20 years, women researchers publish fewer papers on average than men and are less likely to collaborate internationally and to undertake research that cuts across the corporate and academic sectors. At the same time, a report on the findings notes there is little difference between papers published by men and women in impact as measured by citations and downloads.
Being admitted to graduate school can feel like a prize — until you actually get there and have to do the work. I’m a full professor now, yet I still vividly recall those daunting first months. And I’m reminded of them each academic year, as I watch so many excellent students make the same missteps.
That got me thinking about how graduate students can better set themselves up for success.
The result is this list of 10 tips.
A monumental shift is steadily occurring in America’s workforce, as an ever-increasing percentage of jobs require some form of postsecondary education and training. In the Recovery 2020 report, Georgetown University Center for Education and the Workforce projects that by 2020, 65 percent of all jobs will require some form of postsecondary education. However, this may be a conservative estimate, according to the center, considering that of the 11.6 million jobs created in the 2010 to 2016 recovery, 11.5 million of them, or 99 percent, were filled by workers with postsecondary training.
While higher education has seen a plethora of initiatives designed to increase educational attainment and alternative delivery methods intended to expand educational opportunities, large numbers of students still do not have access to higher education while still in high school. In particular, offering academically advanced high school students the chance to take college courses (dual enrollment) is widely seen as a way to help them make better use of their senior year. And even less advanced students can participate in dual enrollment courses with support, through approaches such as the Early College model.
The student who says “I’m bad at languages” or “I don’t ‘get’ math” is approaching learning with a “fixed” mindset – believing that his or her competence is, and always will be, limited.
A student with a “growth” mindset, on the other hand, understands things differently. He or she believes that with diligence and smart work habits, improvement is not only possible, but inevitable.
The difference in mindset can make all the difference in performance.
“Are students getting it? How do I know?” Instructors answer these questions through a variety of assessments, from small, informal methods such as asking students if they have questions, to formal, graded methods such as multiple-choice exams and research papers. These assessments provide cognitive feedback, whether in the form of a score, a correction, lack of
an answer, or an abundance of questions. But is that the whole picture? While these assessments can help us gauge how well students are “getting it,” it often fails to explain why or why not.
This document was written by a working group of the Canadian Association for Graduate Studies* and is intended to promote and facilitate discussion on the doctoral dissertation of the 21st century among those responsible for or undertaking doctoral education. The outcome of these consultations will help inform the development of a series of recommendations by the working group.
I arrived at my Monday-evening seminar 10 minutes early to set up, get my bearings, and chat a little with the students before class started. While I was fiddling around on my laptop, a student spoke up from the middle of the room: "Professor Lang, I couldn’t see the feedback you gave us on our last papers."
Two years ago, I began grading papers via my college’s learning-management system (LMS, for short). I had evaluated the first round of papers in my senior seminar the previous week. Yet according to this student, while she could see her grade, she couldn’t read either my comments on the paper or my end note, in which I give instructions on how students might improve their next papers.
Abstract
Since the 1980s, research on employment conditions in post-secondary institutions has focused on the growth of contingent academic workers, or what the Higher Education Quality Council of Ontario (HEQCO) has labelled “nonfull-time instructors” (Field, Jones, Stephenson, & Khoyetsyan, 2014). Very little attention, however, has been paid to administrative, physical plant, and other operational staff employed within universities and colleges. Using data from a study of University of Regina students and employees, academic and support staff, this paper confronts the broader conditions of labour around the ivory tower. Employment at a post-secondary institution is analyzed through the lens of living wage research advanced by the Canadian Centre of Policy Alternatives (CCPA) (Ivanova & Klein, 2015). The study reframes the notion of a living wage in a post-secondary institution to include work-life balance, job security, and the realities of dignity and respect in the university workplace.