#Methods2Go: Ideas for starting off your university classes (inspired by EM Schumacher’s work)

“Methoden to go” by E.-M. Schumacher, which you see in the picture above, is a handy collection of well- and less-well-known methods for university teaching, organised by the six different phases of a typical session (getting into a topic, learning about a topic, discussing it, applying knowledge, securing results, and ending a lesson). It’s a collection of colourful flashcards that are loosely bound together, with a short description of a method on either side. I love the format — it’s playful and great to browse for inspiration; flipping through the cards is fun!

I recently re-discovered my copy and want to share a couple of the methods with you: the ones that sparked images in my head right away. But check out the method pool on the constructif website (in German, but many of the methods have english titles so you can either guess or google them) for a more comprehensive overview!

Today: methods to start off your lessons

Awaking interest

One idea to start off your lessons is to find something that sparks student interest in the topic you want to discuss. You could for example use quotes, snippets from movies, or provocative statements. These work especially well when students have an easy way to relate to them, for example because they are related to things that are relevant in their own lives or to their future in the profession.

Examples that come to mind:

1. A really fun question like Kjersti‘s below: How can you cool down a beer most efficiently when you are outdoors? Isn’t this intriguing even when you have no idea what the lecture is about?

Multiple choice question by Kjersti Daae, used with permission

This can be used as a multiple choice question at the beginning of the class, or just shown then and only picked up again at the end of the class, hopefully inspiring the students to pay attention in order to figure out the answer along the way.

2. Fun memes. I remember starting classes on ocean salinity with one showing a shark and saying something like “Did you know? The ocean is salty because of the tears of misunderstood sharks that just want to play” (tried to find the original source, but there are so many variations of this out there that I couldn’t be sure). Even though it’s probably obvious that this is not the answer we are going for, it still raises the question “why is the ocean salty” in a fun and playful way.

3. Interesting applications. I used to have a picture of a car with its heavy load poking through the front windscreen — it had clearly not been secured properly when the driver suddenly had to brake. Inertia can really be tricky… What’s great about such a picture is that it makes the relevance of an otherwise quite abstract and hard to imagine concept absolutely obvious.

I like having questions and pictures like these up on the screen while students enter the (virtual) room to get them thinking about the upcoming session. If you are really ambitious (in a good way!) you could also rotate through a slide deck with several types of prompts for thought/discussion…

Fast networking

Students interview each other on the topic of the upcoming lesson (maybe there could be an overall question or prompt that they are trying to find information for?) and visualise the results. This activates prior knowledge and, through the visualization bit, also puts different snippets of knowledge into relation with each other.

What’s different from “talk to your neighbour about this for a minute”? The clear roles of interviewer/interviewee facilitate a conversation more easily, especially with students that don’t know each other well and/or are shy.

Living statistics (sometimes also called sociometry)

This is a method that I have used a lot but had forgotten about now that things have been online for me in what feels like forever: asking questions and assigning spaces in the room for different answer options, and have students move around the room to answer them. This method is great when facilitating students getting to know each other, e.g. asking them to place themselves on an imaginary map of where they were born (without too clearly prescribing what is where, so that students need to talk to each other to figure out where to place themselves relative to each other), how much prior knowledge they have, what fields they come from in interdisciplinary courses, … It’s usually easier to remember who stood close by in response to a certain question than to remember everybody that had put their hand up, and especially in large classes where students don’t know each other yet, that is really helpful!

Place mat

For the “place mat” method, three or four students sit around a table together and simultaneously write their thoughts on a given question on a large sheet of paper, each in their own corner. After a while they then compile their thoughts into common notes in the middle of the piece of paper. Those common thoughts are then later shared with the whole group.

I really like this method because I am a big fan of note-taking, both to facilitate individual thinking as well as in group discussions. When I teach virtually, I often use a shared google slides document, in which each group is taking notes on their own slide. This is great for several reasons: a) students take notes so no ideas get lost between when they talk about it and later present it to the large group, b) I can “spy” on the groups’ progress and adjust the length of breakout sessions without interrupting groups by popping in on them, c) I get an idea of what they are discussing and can prepare a strategy for how I want to bring the points from different groups up in the following discussion with the whole group.

That’s it for today! We’ll continue next #TeachingTuesday with “methods to acquire knowledge”!

What other methods do you like for active starts of your lessons?

Enacting frames of reference in geoscience education? (After Rollinde, Decamp and Derniaux, 2021)

I just read a super interesting article by Rollinde, Decamp ad Derniaux (2021) on “Should frames of reference be enacted in astronomy instruction?”. Frames of reference are an important concept in the geosciences, and one that is difficult to grasp as we’ve noticed when teaching about Coriolis force and how trajectories look differently depending on whether we observe them on the rotating table from the lab’s frame of reference, or via the co-rotating camera. So what Rollinde et al. propose here is intriguing: Using embodied cognition to teach about frames of reference? The idea is that when students use their bodies to represent movements of e.g. planets in the solar system, it becomes easier to switch between different frames of reference, and understand that they are just different ways of describing the same motion, even though speeds, distances, shape of trajectories depend on which representation one chooses.

In the article, the goal is to teach about the movements or the Earth, Mars, and the Sun over a day or a year. Those are investigated from three different frames of references, a terrestrial, a geocentric, and a heliocentric one. Students investigated the movements by using either a printed model on which they trace the movements with their fingers, or a large version drawn on the ground, which several students walk on, representing the different objects. I find this idea intriguing — I know that in the one case where I’ve used a similar embodied experience before (to explain why sound is refracted towards the areas of lowest speed, or why waves turn towards the beach), it has left a lasting impression.

Unfortunately, the authors did not have a classical “non-embodied” control group, so we don’t know whether their two approaches work better than any of the classical ones. But what they do find is that both seem to work well, and that — contrary to their expectations — the large one where students actually walked on the diagrams did not work better than the smaller ones. They suggest that there might be several reasons for this: having to coordinate the whole body and with other people might constitute a high cognitive load, drawing resources away from otherwise processing what’s going on. Also having other people, and especially the teacher, looking at their bodies might make them self-conscious, again drawing capacities away from where they would be best allocated for learning.

But in any case, I find the suggestion of using embodied learning in such a way in geoscience education fascinating. It seems quite unusual, and might not be feasible in all cases, but it’s definitely something that I’ll keep in mind as one possible strategy to be considered in the future!

What do you think? Would that work for your topic and your students?


Rollinde, E., Decamp, N. & Derniaux, C. (2021). Should frames of reference be enacted in astronomy instruction?. Physical Review. Physics Education Research, 17(1). (pdf here)

Teaching inspiration dispenser

I just had this fun (I think) idea of a “teaching inspiration dispenser” for faculty development (inspired by Laura’s Instagram post on her experience with a @shortedition kiosk): I basically want a receipt printer, located somewhere centrally on campus, that gives out small pieces of paper with teaching inspiration or tips when people press a button.

It can be charged with new ideas

  • from every teaching workshop that happens (we’d just ask people to write minute papers at the end with their best teaching tip; either one of their own, something they heard about, or the best idea they got during the workshop),
  • from what students wish teachers thought of,
  • from what the Centre for Teaching and Learning thinks is good advice or inspiring to think about,
  • from what visiting scientists share,
  • from what we read or hear about,

All we need is a really short text (maybe with the author’s name and date, to make it more personal and relatable?), and then there need to be a couple of dozen of those in storage, so people are not likely to get the same one too often if they are repeat customers.

I think something like that would be awesome to

  • just share interesting ideas (“Mmh, I wonder if I should try…”),
  • generate conversation (“Guess what the teaching inspiration dispenser told me this morning?”),
  • be a collectible item that people put on their pin boards above their desks or maybe even swap or pass on to someone else who they think might benefit from the idea,
  • represent artefacts of collective learning as the database behind it grows.

There is of course also the much more boring low-tech version (much less appealing that pressing a button and seeing paper coming out!) where we just have a big bowl of folded pieces of paper where people pick one. We could colour-code the paper, e.g. the light green spring edition of newly added pieces of paper, or the red ones are for large classes. People could also easily put in their own pieces if they wanted to contribute; that way it’s not moderated and thus more democratic. So maybe it’s an equally good or even better option?

I’m the kind of person who would really love getting the physical piece of paper, sticking it in my bag, finding it weeks later and being reminded of the thing I wanted to try in my teaching. Even though I get so much inspiration and so many ideas from social media, podcasts, blog posts, books — just having a small piece of paper with an interesting thought would really appeal to me. A bit like a fortune cookie, except with some useful advice and minus the cookie (not a fan, but YMMV. Maybe the teaching inspiration cookie would be something for you?).

What do you think? Would you enjoy getting teaching inspiration that way? Would you want the automated dispenser or would you prefer to pick from a bowl?

When you post pictures of your coffee on the Internet and end up in an oceanography textbook

When you post pictures of your* coffee on social media, the coolest things can happen!

Yesterday I got a copy of this Chinese oceanography textbook for pupils in the mail. It’s called 探海观澜:海洋观测的奥秘 (“watching waves and exploring the ocean: the secret of ocean observations” — how cool a title is that??) and it’s featuring a picture of diffusive layering in a coffee that I took! I am so excited! How awesome is it to see my coffee in a Chinese textbook? This will definitely come up as anecdotal evidence in all conversations about the usefulness and reach of science communication on social media from here on onwards!

Thank you, Zhiwu Chen, for reaching out and giving me this super cool opportunity! The book will definitely live in a place of honour among my oceanography-themed books! And I am very much intrigued about the context of the picture (I spot salt fingering and more double-diffusive mixing on the same page) and the rest of the book. I wish I could read Chinese!

*Actually, I think it was @chirinegramke‘s coffee and I just made her let it get cold because the layers were so cool and I wanted to take the picture ;-)

Negotiating a rubric of learning outcomes and letting students pick the format in which they show they’ve mastered the learning outcomes

I’m still inspired by Cathy’s work on “co-creation”, and an episode of “Lecture Breakers” (I think the first one on student engagement techniques where they talked about letting students choose the format of the artefact they do for assessment purposes; but I binge-listened, and honestly, they are all inspiring!). And something that Sam recently said stuck with me — sometimes the teacher and the students just have “to play the game”. Assessment is something that needs to happen, and there are certain rules around it that need to be followed, but there are also a lot of things that can be negotiated to come to a consensus that works for everybody. So, as a teacher, just be open about your role in the game and the rules you yourself are bound by and the ones you are open to negotiate, and then start discussing! Anyway, the combination of those three inputs gave me an idea that I would like your feedback on.

Consider you want to teach a certain topic. Traditionally you would ask students to do a certain activity. You have specific learning outcomes you want your students to reach. Whether or not they reach those outcomes, you would evaluate by asking a certain set of questions to see whether they answer them correctly, or maybe by asking them to produce an artefact like an essay or a lab report. And that would be it.

But now consider you tell students that there is this specific topic you want to teach (and why you want to teach it, how it relates to the bigger picture of the discipline and what makes it relevant. Or you could even ask them to figure that out themselves!) and that they will be free to produce any kind of artefact or performance they want for the assessment. Now you could share your learning outcomes and tell them about what learning outcomes matter most to you, and why. And then you could start discussing. Do students agree on the relative importance of learning outcomes that you show in the way you are weighing them? Are there other learning outcomes that they see as relevant that you did not include (yet)?

Once that is settled (possibly by voting, or maybe also coming to a consensus in a discussion, depending on your group and your relationship to them. And of course you can set the boundary conditions that maybe some learning outcomes need to count for at least, or not more, a certain threshold), you are ready for the next important discussion. How could students show that they have mastered a learning outcome? What kind of evidence would they have to produce? What might count as having met the outcome, what would still count as “good enough”?

Now that it’s clear what the learning outcomes are and what they mean in terms of specific skills that will need to be demonstrated, you could let students add one learning outcome that they define themselves and that is related to the format of the artefact that they want to produce (possibly public speaking with confidence when presenting the product, learning to use some software to visualise, or analysing a different dataset than you gave them themselves, …). You could have already included 10% (or however much you think that skill should “be worth”) in the rubric, or negotiate it with students.

While negotiating learning outcomes, students will already have needed to think about how each learning outcome will become visible with their chosen way of presentation, and this should be talked through with you beforehand and/or documented in a meta document, so that a very artistic presentation does not obscure that actual learning has taken place.

How much fun would it be when people can choose to give a talk, do a short video, present a poster, design an infographic, rhyme a science poem, or whatever else they might like? I imagine it would be super motivating. Plus it would help students build a portfolio that shows their subject-specific skills acquired in our class alongside other skills that they think are fun or important to develop. And maybe some artefacts could be used in science communication, engaging other people by hooking them via a format they are interested in, and then maybe they also get interested in the content? I’ve seen hugely creative ideas when we asked students to write blog posts about phenomena we had investigated in the rotating DIYnamics tanks, like a Romeo-and-Juliet-type short novel on two water drops, or an amazing comic — and there they were confined to writing. What if they could also choose to make objects like my pocket wave watching guide, or to perform a play?

I guess it could be overwhelming when the content is very difficult, the task is very big, and students then also have to consider how to show that they learned it, in a way that isn’t pre-determined. Also timing might be important here so this task does not happen at the same time as other deadlines or exams. And obviously when you suggest this to your students, they might still all want to pick the same, or at least a traditional, format, and you would have to be ok with this if you take them seriously in these negotiations. What do you think? What should we consider and look out for when trying to implement something like this?