When universities start teaching in the Fall, what choices does the pandemic give us? Here’s a full taxonomy of fifteen options. (Including HyFlex, which seems to be popular even though it’s also perhaps the most difficult for faculty to pull off well?) What is your university saying it will do, and what do you think they will actually do when the Fall arrives?
When we made the switch to online because of the pandemic, I imagine we all were asking ourselves: “How can students learn under these circumstances, and how can I possibly teach well?” Now that we’ve adjusted somewhat, I think now is the time for us to consider another consequential question: Which technological tools might be harming the educational environment of our virtual classroom?” In particular, is it a good idea to implement automated electronic surveillance of our students in this time of crisis?
In academia and science we pride ourselves in being evidence-led. Our research stems from countless hours of painstaking work, yet when we give advice or plan our futures we fall back onto ‘common sense’, conventional wisdom and personal experience. However it is important to realise that we are not perfectly rational actors and so often fall afoul of basic logical errors, one of which is forgetting how unrepresentative we and our peers are of those we seek to help.
One of my goals with this blog is to make evidence-based teaching practices more accessible to scientists who aren’t prepared for a deep dive into educational jargon and theory. I sometimes have been asked to recommend a book that does this, and I couldn’t find one. They say that you should write the book that you think the world needs, so that’s what I did. It’s an outgrowth of Small Pond Science, but it’s all new material.
During my years as an undergraduate student I noticed that different sciences have been moving forward to do more interdisciplinary work and because of this movement, I had the opportunity to work with amazing scientists that redirect the traditional scientific perspective and integrate it with other disciplines. I think this is amazing! My perspective on science is that science aims to understand the different components about life, but life does not only work in one direction. Because of this reason, we, as scientists, have been collaborating and developing new questions with different perspectives. As a result, we have been able to expand our knowledge on how to improve the way we address research questions.
The pandemic is, quite sensibly, consuming a lot of our energy and most of us are stretched quite thin. I thought it would be nice to bring up something of a distraction, but also relevant to our lives right now. What music are you working to? (When you are able to work, that is.)
Thank goodness, nobody I am working with has asked or expected me to maintain my productivity at the level it was before All Of This started. Though from what I’m hearing from others, there’s some folks expressing that this social distancing is a great moment to write a crap ton of papers and grants. Yeah no, it’s not working out like that. For those who are positioned to do so, I wish you well.
Oh, and definitely not least: Stephen Heard’s new book is now out! “Charles Darwin’s Barnacle and David Bowie’s Spider: How Scientific Names Celebrate Adventurers, Heroes, and Even a Few Scoundrels” (amazon|indiebound) My copy has still yet to arrive! This definitely looks fun.
Yesterday, I was reading how some K-12 districts were switching to a pass/fail model for this semester. Two beats later, I thought — hey — this is something that looks important to college students too.
This morning, I saw that higher ed twitter has been talking about it, and many universities have already taken action. And it’s part of the discussion in the slack channel for my department (which after some years, is no longer moribund). So, this is a thing (and it’s not my idea), and if your institution isn’t on it, perhaps this would be a moment for some leadership and bring it up with the policy makers?
Here is a rather substantial list of sites with online laboratory modules for a great variety of STEM disciplines. If I was teaching a lab this semester, and was compelled to teach online on very short notice, I’d probably be spending hours combing through what’s available. It looks really useful for this moment that we are in. It was assembled by folks on a POD Network listserv*.
It looks like folks who have more than a tangential relationship to the Pruitt affair are now being quite mum, as Dr. Pruitt has done gone lawyered up and sent out a bevvy of nasty letters bearing what I imagine is letterhead from a very scary law firm. I only know about this from this news story that came out in Science yesterday. The kicker in that article, a quote from the EIC of Ecology Letters, pretty much sums up the slowly unfolding situation: “I don’t think it looks promising that a simple, nonfraud, compelling explanation will surface.”
Some of us have already stopped holding classes in person. It looks like a lot more of us will be making the shift online very soon, as the COVID-19 outbreak will continue to expand in the United States.
We have a couple months left in the semester. I don’t think anybody knows whether campuses that go to online teaching will switch back to campus before the semester is over? It looks like we need to be prepared to stay online through the end of the spring.
I think one of the sillier rituals in academia is composing cover letters to accompany our manuscripts when we submit them to a journal.
We stopped submitting manuscripts by post about 20 years ago. You’d put three copies of your manuscript into a manila folder, and cover these manuscripts with a letter, as a form of explanation. “Hi, I’m sending you these manuscripts because you’re the editor and I’m submitting it to your journal.” And while you’re at it, it doesn’t hurt to write few lines why you think the paper is exciting and relevant for the audience of the journal.
But now that we’re not doing manuscript reviews by post, why are we still doing cover letters?
It often takes a large number of applications for highly qualified applicants to land a tenure track position. Let’s say that many universities signed on to a common application system for faculty applications. What would that look like, and how would it change the job market and the outcomes of searches?
I taught biostatistics for several years. You know what was one of bigger challenges of teaching that class? Finding articles to use in class that had straightforward application of the statistical principles that we were learning in class.
Last week, I had a conversation with someone who was mildly cheesed off about how some universities make tenure-track job offers that expire within a couple weeks. If you don’t really understand how and why this goes down, please let me explain.
But if you don’t want the explanation, I’ll spare you the cognitive load: If you don’t want to be in a position where you might have to accept or decline a job offer in a window of a couple weeks, just save everybody the trouble and don’t apply for tenure-track positions at universities that are not highly ranked.
A few weeks ago, I was hit by an unexpected gut punch. It was an email from a trusted colleague, obliterating trust to smithereens. It has taken me a while to recover my breath. I’ve been in the process of rethinking who and how I trust. What should it take for a person to be granted trust, and what does it take to maintain or lose that trust?
Shortly after news of the Pruitt affair broke last week, it didn’t take long for a lot of us to ask ourselves: Can we trust all of our peers to be ethical? When our professional success, and the success of our students, rides on successful collaborations, what is the pathway to building successful collaborations? As this worry has been occupying far too much of my mind for weeks now, and current events have triggered discipline-wide introspection into the same question, I don’t feel so alone.
If you’re not one of those folks who pays close attention to social media and the lil’ blogosphere of ecology and evolution, it’s possible you haven’t heard about this, yet. But I imagine you will, soon enough. Before this ends up in the pages of Nature and Science and the New York Times, I have some thoughts I’d like to share (though not in any particular order), but first, I’ll give you the lowdown.
My head spins when I see science opportunities designed to increase the diversity of applicants to graduate STEM programs, they are designed to exclude students who just graduated. I think this filters out a lot of the target population.
Low-income students receive less support as undergraduates, so it’s harder for them to make the transition into grad school while they’re enrolled as undergraduates. Then, once these students graduate, they get even less support!