Faculty everywhere are flipping their classes, but can we flip faculty development? That’s the question I asked myself when I flipped the pre-conference workshop at the 2016 Teaching Professor Technology Conference. What I discovered is that we can “practice what we teach” and design faculty-centered learning experiences much the same way we design student-centered learning experiences.
In this article, I provide a few recommendations for flipping a faculty development workshop. For further inspiration, the article concludes with a showcase of the work created by the participants in my workshop last fall.
Fifty years ago, the position of university president was viewed in the US as the pinnacle of the academy and the capstone of an individual’s career. It came with a grace-and-favour home, working hours considered to verge on the leisurely and a certain sense of standing and prestige. It was not uncommon for a man to stay in the position for 15 years or more.
I say man because they were nearly always men – white, married, Protestant men who were invariably affable, intellectually curious, willing to spectate at college sports games and comfortable asking alumni for gifts and bequests. Almost all came through the ranks of the professoriate, often at the institution they went on to lead.
Abstract
This paper presents an empirical analysis of the Ontario-led strategic mandate agreement (SMA) planning exercise. Focusing on the self-generated strategic mandates of five universities (McMaster, Ottawa, Queen’s, Toronto, and Western), we asked how universities responded to this exercise of strategic visioning? The answer to this question is important because the SMA process is unique in Ontario, and universities’ responses revealed aspects of their self understanding. We adopted an organizational theory approach to understand the structure and nature of universities as organizations and explored how
they might confront pressures for change. Analysis of the universities’ own proposed strategic mandates found elements of both conformity and striking differentiation, even within this sample of five research-intensive university SMAs. Directions for further work on this planning exercise and on higher education reform more generally are discussed.
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.
As professors are consistently reminded, in a student's world of class rank, graduate school admissions and a highly competitive job market, grades rule. Given that, fairness and accuracy in the testing by which we measure student performance and assign grades is one of the foremost commandments of the professoriate.
Project-Based Learning
This challenging time provides an opportunity for students to work on real-world problems
they see every day.
Amid a pandemic, educators are trying to figure out how to make sure that kids are socially in tune, emotionally intact, and cognitively engaged. Moreover, we’re all attempting to figure out how to do this across a plethora of mediums, including computer screens, video cameras streaming into classrooms, and engaging students face-to-face albeit across shields, masks, and plexiglass.
Still, there is an opportunity here to give students a chance to discuss the challenges of their own environment, the barrage of news they face daily, and the core content they need for long-term success. One of the best options to meet these demands is for students to engage in rigorous problem- or project-based learning (PBL)—an approach that ensures students develop high rigor and experience high relevance by solving problems or
completing tasks in a remote or face-to-face environment.
Much of the debate about accessibility issues in higher education in recent years has focused on audio and video -- take, for example, the high-profile lawsuits against prestigious institutions such as Harvard University, the Massachusetts Institute of Technology and the University of California, Berkeley.
But new data from Blackboard show that the most common types of course content that students use on a daily basis -- images, PDFs, presentations and other documents -- continue to be riddled with accessibility issues. And while colleges have made some slight improvements over the last five years, the issues are widespread.
The findings come from Ally, an accessibility tool that Blackboard launched today (the company in October acquired Fronteer, the ed-tech company behind the tool). Ally scans the course materials in a college’s learning management system, comparing the materials to a checklist based on the Web Content Accessibility Guidelines (WCAG) 2.0 AA, developed by the World Wide Web Consortium’s Web Accessibility Initiative. If any issues arise, the tool flags them and suggests accessible alternatives.
It’s not surprising that the science, technology, engineering and mathematics (STEM) fields are capturing the imagination of university students. The tech sector has enjoyed a long boom — its social media platforms and digital disruptors have made mouth-watering profits, overtaken century-old companies, and revolutionized our daily lives, whether it be ride-hailing apps or disease-diagnosing smartphones. The science and engineering fields, for their part, are
pushing the boundaries of human knowledge, developing neural implants, electric vehicles and super-materials like graphene, which could help everything from water purification to spinal regeneration.
Students see in the STEM educational track the chance to solve social challenges, make money, or both. Preferential visa access for STEM graduates in many countries, including the United States, along with fears of rising automation in a growing number of professional jobs, add further gloss to technical degrees.
Many proponents of online education have speculated that the digital learning environment might be a meritocracy, where students are judged not on their race or gender, but on the comments they post.
A study being released today by the Center for Education Policy Analysis at Stanford University, however, finds that bias appears to be strong in online course discussions.
The study found that instructors are 94 percent more likely to respond to discussion forum posts by white male students than by other students. The authors write that they believe their work is the first to demonstrate with a large pool that the sort of bias that concerns many educators in face-to-face instruction is also present in online education.
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.
Here's an unsettling fact. One of Canada's most-renowned universities, with a student population the size of a small city, is chronically reliant on philanthropic donations to meet the demand for on-campus mental-health programs.
Let's think about that for a second.
Imagine having to scramble every year for donations simply to meet a minimum service standard. Now imagine being an institution without the luxury of a large rolodex of donors – relying only on tuition fees or internal funding.
In 2012, Mohawk College solicited the support of the Education Policy Research Initiative (EPRI) to collect and use administrative and other data on students held by Mohawk as part of a broad initiative to improve student success based on the principle of evidence‐based decision making.
The first project involved analyses to better understand student retention at Mohawk using both descriptive and statistical modelling approaches. This work led to the development of a predictive model to identify students at risk of leaving college early.
In 2015, Mohawk and EPRI applied to and became part of the Higher Education Quality Council of Ontario’s (HEQCO) Access and Retention Consortium (ARC) to undertake a project that would build on this earlier work. The purpose was to update, refine and extensively test the predictive model, which would then be used to inform and assess a set of alternative advising interventions put in place for students entering Mohawk College in Fall 2015.
One of us, Karen Gross, recently wrote an article about how co-presidencies could improve higher education, and it received no shortage of concern and criticism. To be clear, the article didn’t suggest that this type of governance was the ultimate solution for all that ails our educational institutions and their governance. It did not even hint at the idea that copresidencies are optimal or ever workable for many colleges and universities.
Having coached academic writers for more than a decade, I've noticed a pattern that tends to stall the development
and publication of their research.
I’ve work with a diverse group of humanists, social scientists, and STEM researchers, but they all hear the same drumbeat: "Get it out there!" The tremendous pressure to complete quality research and then send manuscripts out quickly can warp the writing process. In such a frantic atmosphere, even rigorously trained academics who care deeply about their topics can find themselves working from the outside in, rather than the reverse.
Study finds gender of instructors influences evaluations they receive, even if they have fooled students (in an online course) about whether they are men or women.
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.
It had happened before, sitting at the computer, working on a syllabus, again, fluctuating between excitement about a new course and a vague sense that life itself was being sucked out of me one sterile byte at a time. I was fighting boredom. And this was supposed to interest students? I tried to imagine it igniting their curiosity, but instead I saw them staring at it with the
enthusiasm saved for the fine print on a life insurance policy. But they must read it. It is their life insurance policy for a future full of knowledge and wisdom! It defines how we’re going to relate! As I sat there writing my syllabus I had a vision of the Ferris Bueller video of the professor droning on and on while asking for input: “Anyone? Anyone?” That was not where I wanted to go. I had to stop and rethink what I was doing.
New research has revealed students’ preferences for their lecturers’ personalities, and if you are neurotic,
disagreeable, closed off and unreliable, you may want to look away now.
We have heard recently of lecturers rating students; now students have got their own back. Looking at five
personality traits -- openness, conscientiousness, extroversion, agreeableness and neuroticism -- a survey of more
than 260 students, from three London universities, found that conscientiousness was the most desired trait in
lecturers.
Student evaluations of teaching reflect students’ biases and are otherwise unreliable. So goes much of criticism of these evaluations, or SETs. Increasingly, research backs up both of those concerns.
On the other side of the debate, SET proponents acknowledge that these evaluations are imperfect indicators of teaching quality. Still, proponents argue that well-designed SETs inevitably tell us something valuable about students’ learning experiences with a given professor.
Think back to your time as a student. How did you experience feedback from your own instructors? Did reading their comments on your work bring moments of elation? Pride? Disappointment? Bewilderment? Do you still have a visceral reaction to a lot of red ink?
Feedback can be a powerful force in college classrooms, and there are ways to make the experience of providing and receiving it even stronger. That’s especially important as students continue to report dissatisfaction with the feedback they get on assignments and tests — calling it vague, discouraging, and/or late.