“Write an initial post and then reply to two of your classmates.” These are the standard requirements for students participating in online course discussions. Discussions in an online course play a vital role in creating substantive interactions, aiming to capture the spirit of discourse in face-to-face settings. This, however, can look and feel like busy work, making the purpose of online discussions unclear to students.
The standard blueprint is safe but has been exhausted. “Initial posts” can be counterintuitive—in essence, they require students to complete small writing assignments individually before giving other students feedback on their work (Liberman, 2019). How can we think outside of the box of posting and replying when it comes to these discussions? One way is to use online discussions as an opportunity to promote student autonomy and ask students to be active participants not only in how they respond to class discussions, but how they initiate them. Here are five considerations for promoting student autonomy while also
breaking the online discussion mold:
Harvard, MIT and Stanford are key players in a global rush to facilitate the education of millions through distance education. The goal is noble, particularly when courses are free. Anyone with a computer will welcome lectures from professors who are gifted speakers as well as experts in their field.
Students may access electronic textbooks and even have opportunities for classroom discussion — although one wonders how lively the discussion was when MIT’s first online course had more students than all of its living graduates combined.
What myths about constructing a teaching persona merit review? Teachers regularly exchange general advice about how to establish an identity in the classroom. Like most myths, these contain kernels of truth, but we believe their conclusions require a critical look. What are your beliefs about teaching persona, how it develops, and the role it plays in student learning?
Early in my career, I sat on a doctoral committee in a field outside my discipline for the first time. I recall being startled at the dissertation defense when professors in the young man’s department began delivering scorching assessments of his theory, method, cases, and conclusions. As the incendiaries kept flying I grew concerned about his health. He whitened, started sweating visibly, and several times laid his forehead on the table. When it came my turn to speak, I froze and ended up sputtering, "Well, you have answered all my questions!" and fell silent.
Rethinking Gen Ed
Amid concerns that requirements may not mean much to students or professors, Harvard and Duke Universities both look to curricular changes to improve undergraduate education.
At a conference in Ottawa, academics, policymakers, students and community leaders addressed the role universities can play in reconciling Indigenous and non-Indigenous peoples.
What role can and should universities play in reconciliation efforts between Canadian institutions and Indigenous communities? What’s working well and what needs to change? These questions were central to a two-day symposium of university administrators, students, policymakers and community organizers called Converge 2017, hosted by Universities Canada in Ottawa last week.
If all required learning materials, including textbooks, were provided to all students on or before the first day of class, the average price per student of learning materials would drop and students would be more successful.
Douglas Mulford worried when his lab course moved to remote instruction this past spring. Mulford, a senior lecturer of chemistry at Emory University, had worked out a system for giving in-person exams in large classes. But with his 440 students taking their final online, he feared, it would be much easier for them to cheat.
So Mulford set out to protect his test. He looked into lockdown browsers, which limit what students can do on their computers during a test, but concluded they were pointless: Most of his students had a smartphone, too, he figured, and could simply consult it instead. He thought about using a proctoring service, but wasn’t convinced it could handle this volume
of tests on such short notice. So he settled on what he calls “Zoom proctoring,” having students take their final in a Zoom room, with videos turned on, while a TA watched them and recorded the session.
Two trends in the evolution of quality assurance in Canadian postsecondary education have been the emergence of outcomes-
based quality standards and the demand for balancing accountability and improvement. Using a realist, process-based
approach to impact analysis, this study examined four quality assurance events at two universities and two colleges in Ontario
to identify how system-wide quality assurance policies have impacted the curriculum development process of academic programs
within postsecondary institutions. The study revealed different approaches that postsecondary institutions chose to use in response to quality assurance policies and the mechanisms that may account for different experiences. These mechanisms
include endeavours to balance accountability and continuous improvement, leadership support, and the emerging quality assurance function of teaching and learning centres. These findings will help address the challenges in quality assurance policy
implementation within Canadian postsecondary education and enrich international discussions on the accountability-improvement dichotomy in the context of quality assurance.
Keywords: internal quality assurance, external quality assurance, accountability, continuous improvement, learning outcomes
“First and last class sessions are the bookends that hold a course together.” I heard or read that somewhere—apologies to the source I can’t acknowledge. It’s a nice way to think about first and last class sessions. In general, teachers probably do better with the first class. There’s the excitement that comes with a new beginning. A colleague said it this way: “Nothing bad has happened yet.” Most of us work hard to make good first impressions. But by the time the last class rolls around, everyone
is tired, everything is due, and the course sputters to an end amid an array of last-minute details. Here are a few ideas that might help us finish the semester with the same energy and focus we mustered for the first class.
As the administrators in charge of orientation for new students in our graduate school, we were naturally apprehensive about welcoming them to a virtual campus this fall. Several months into the pandemic, everyone is suffering from “Zoom fatigue.” Glitches, awkwardness, boring content — by now, we’ve all experienced the bad side of videoconferencing. But with our campus staying virtual, our new-student orientation had to be online, too.
This fifth annual report on national college completion rates offers a look at the six-year outcomes for students who began postsecondary education in fall 2010, toward the end of the Great Recession. It looks at the various pathways students took toward degree completion, as well as the completion rates through May 2016 for the different student types who followed each pathway.
It will be some time before we know the full impact of the COVID-19-induced shift to remote learning this spring -- how it altered the arc of students' academic careers, for example, or affected the extent and nature of their learning.
But we now have some early data on how it reshaped instructors' teaching practices.
A survey released today by Bay View Analytics (formerly the Babson Survey Research Group) and its president, the digital learning researcher Jeff Seaman, offers some insights into the transition that virtually all colleges, instructors and students undertook this spring as the novel coronavirus shut down campuses across the country.
Teachers can help students strengthen their brain's executive function with "workouts" in which they practice pausing, prioritizing, improving their working memory, and mapping their options.
Instruction of team skills is quickly emerging as an important and missing dimension of engineering education. This project evaluated a new framework for guiding students in providing self- and peer assessments of their effectiveness in teamwork. This framework is the foundation for a new web-based tool that offers students structured feedback from teammates, along with personalized exercises and actionable strategies that guide targeted learning in the areas thereby identified. Specifically, the study documented in this report investigated whether the feedback framework, when used for intra-team self and peer feedback, increased students’ abilities to learn about and improve their team-effectiveness in executing design projects.
Last spring semester, I began experimenting with polling as a way to improve student participation in my classroom. Persuaded by the work of Eric Mazur and others, I started polling my students — using multiple-choice or short-
answer questions — to collect a quick overview of their opinions on whatever we were discussing.
As we move forward into a new millennium and the landscape of higher education continues to change rapidly, there is a growing interest in using technology to improve the student learning experience. With the developing awareness of the science behind learning, an increasing number of higher education faculty and course instructors are looking for means to use their time with students more effectively, and see technology as a potential part of the solution.
The inverted (or flipped) classroom is a teaching approach in which students are introduced to the fundamental ideas of a course through pre-class activities that often involve the viewing of a short video. This enables the in-class time to be used for learning activities that go beyond traditional lecturing. In many ways, this is akin to the practice of requiring readings before
class and using class time for debate and discussion that is common in many humanities and social science courses and seminars. In some sense, the inverted classroom approach is an adaptation of this long-standing instructional method to courses, in such fields as engineering and science, for which readings before class are not typically required or completed. This approach has great potential to create a more student-centred environment that is more conducive to effective
learning. It can be used to support a number of fundamental principles of the science of learning that have been well established over the past 100 years. It enables students to engage in more active learning experiences, process the new material in meaningful ways and incorporate these new ideas into their own existing knowledge framework. It allows for enhanced student-faculty interactions and opportunities for prompt formative feedback throughout the learning process. As
well, it supports the instructor to scaffold the material appropriately, as there is a greater awareness of how much the students understand prior to and during the in-class experiences. Despite the strong theoretical reasons for use of the inverted classroom approach and growing interest in the approach, empirical studies that systematically investigate the effects of the approach on students’ behaviours, perceptions and learning outcomes are not often seen. Therefore, more empirical evidence is needed to support effective implementation of the approach.
Some thoughts about change—not so much what to change, as the process of change, offered in light of its slow
occurrence.
Yes, lecture is a good example. In a recent survey, 275 econ faculty who teach principles courses reported they lectured 70 percent of the class time, led discussion 20 percent of the time, and had students doing activities for 10 percent of the time. The article cites studies in that field from the mid-’90s reporting similar percentages. Maybe some other fields have changed more, but evidence supports a continuing reliance on lecture in many fields.
However, lecture isn’t the only example of where we’re slow to change. Many aspects of teaching—course design, approaches to testing, assignments, and grading—have also changed little. Granted, some faculty do change, a lot and regularly, but not the majority. The question is, “Why?” Here are some possibilities I’ve been considering.
Across academe, the conversation about career diversity for Ph.D.s has cracked wide open up in just a few years.
That’s equivalent to the blink of an eye in academic (read: glacial) time. The proposition that graduate programs
should prepare students for the actual jobs that they’ll get — not just for professorships — no longer receives the
fierce pushback that it did even five years ago. We’ve gone from "Why should we?" to "How should we?" in a
remarkably short time.
The question has two sides: how to prepare students for diverse career paths and how to prepare employers. Most
of the attention up to now has gone to the former — debating and adopting reforms to train graduate students (and
their teachers) for what amounts to a new reality. We’ve got to change graduate school so that doctoral education
can support students who pursue a range of careers. That’s a big job, and it’s still under way.
Imagine you have completed a scholarly article, book or creative product that you intend as a contribution to your discipline. Who will evaluate your work, attest to its quality and determine whether it is published or exhibited? Who will review the work when you are up for tenure and promotion or contract renewal?
Now, in your mind’s eye, imagine a person who is likely to review the quality of your teaching for professional benchmarks.