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Practical things to try

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What can structured group work look like in your class? Well, I’m going to share three different strategies that are guided by those teaching principles I just mentioned that you can use and adapt in your teaching.

The first is the classic ‘Think, Pair, Share’ approach. In this, you give students a question or problem, you ask students to think for a minute or two, individually, about that question or problem, and then pair up with a partner and discuss their answers. During the share phase, you then invite students to share their responses with the entire class. This is one of the simplest structures you can use, but it’s a step up from what I call the Popcorn approach where you just throw out a question and see which students respond.

‘Think, Pair, Share’ gives every student a chance to collect their thoughts, and to kind of vet their ideas with a partner, and to get a little feedback on their answer. And what you’ll find is during the sharing phase, you’ll hear from more and from different students. One thing I like about ‘Think, Pair, Share’ is how adaptable it is. You can decide how long you want this to take. You can decide how students structure their small groups. Do they need to come to consensus during their small group time? Are they gonna share verbally? Or are you gonna use a classroom polling system of some sort? I think of ‘Think, Pair, Share’ as a very simple recipe that I can use and adapt to make lots of different meals in the classroom.

The second activity is, what is sometimes known as ‘Card Sorting.’ So the idea here is that you might give students a set of examples of some kind. So this depends entirely on what you’re teaching. So it could be social movements in a political science course or geological features in an earth science course. Maybe MRI scans in a health sciences course. In my faculty development workshops, I often use superheroes as my kind of case study for this. Whatever makes sense for your content.

And what you do is you give students these examples and you ask students to work in groups to sort the examples into categories of their choosing. They get to decide how to group these objects of study. They get to decide how to form those categories. And what they do is they end up paying attention to the objects themselves, the attributes they have, what they have in common with each other, what some of them don’t have in common with others. And if you’re doing this in a smaller class, sometimes you’ll actually put the examples themselves on index cards of some sort, which is why we call it a card sorting activity. You can imagine students literally moving cards around a table and putting them into groups based on whatever attributes they decide.

Now after the group work, I like to have groups share some of their work with the whole class without identifying why they put these objects in a particular category. I just have them share the members of that category that they’ve defined. And then I ask the other students in the room to reverse engineer the category definition, like why are these three superheroes together, for instance?

Now, ‘Card Sorting’ is a great way to help students notice both surface features in the objects of study, but also deeper and structural features in those objects. It’s also great for fostering a learning community, since students will inevitably approach the objects of study from different perspectives with different experiences, they’ll notice different things about them. And the activity is designed to surface those different perspectives and even to help students value each other’s perspectives through that reverse engineering process. I like that I get surprised by this activity sometimes by how students will think about things. I remember one workshop where I was having them sort superheroes, faculty were sorting superheroes, and one woman said, “These are the superheroes I’ve heard of, and these are the ones that I haven’t.”

The third teaching strategy I want to talk about is one called a ‘Jigsaw.’ And the ‘Jigsaw’, there are actually two rounds of group work. In the first round, each group gets a different thing to do. So maybe it’s a different text, or a different topic, or a different set of readings, and they’re supposed to explore that collectively and discuss. And then in the second round, you mix up the groups so that each second round group has a representative from each of the first round groups. And then you give the second round groups a new question or problem to tackle where they have to synthesise the resources and ideas from the different first round groups.

So, here’s an example from a 2017 article by Kimberly Tanner and colleagues. It’s from Biology. And so, in a developmental biology course, you might look at what is called Body Plan Patterning during embryonic development. I’m a mathematician, so these are unfamiliar words to me. But in this example, the first round groups were assigned different animals to look at and learn about. So fruit flies, nematodes, worms, zebra fish, things like that. Each first round group had a different animal, and then when they moved to their second round groups, they were asked to discuss what they had learned and to then kind of find commonalities among those animals. And so that’s one way you could structure a ‘Jigsaw.’ Different topics in the first round, and then looking for commonalities in the second round.

Now, I love a good Jigsaw. One of the reasons is because in the second round, each student has a unique role as a representative of that first round group. And so this is a really nice way to create interdependence through the group work structure itself. Students are not flying blind though, they have been prepared to play that role in the second round through the interactions in the first round. So hopefully they feel equipped to then bring their own unique perspective to whatever that second round problem is.

Now, here’s another example that you could adapt to a ‘Jigsaw’, especially if you want the students to all read the same thing in the first round. This is something called Structured Reading Groups by an article by sociologists, Parrott and Cherry. And in that case, the reading is the same, but the different students have different roles to play with that reading. So for instance, you might have some students be a passage master. Their job is to find key quotations in the article that are worth discussing with the group. Or some students would be the creative connectors. Their job is to look for connections between the current reading and other things from the course or maybe even outside of the course. And the devil’s advocate, that’s a third role where students’ job is to basically argue with the author and bring that to the group discussion. What I love about the structure is that each role that you’re asking students to play actually connects to an intellectual move that you would want all of your students to make. And the group work structure gives them a chance to practice making those intellectual moves and then essentially get feedback on that practice during the second round groups.

Activity 1: Think-Pair-Share

In this activity, you give students a question or problem to consider, then ask them to take a minute or two to think about their answers. Then you ask students to pair up and discuss their answers, perhaps coming to a consensus on their best answer. Finally, you ask students to share their answers with the class, either by volunteering or being called upon. There could be different variations of each part of this activity for example, consider moderating the silence of the think time with a timer, you could use a phone or a watch. You could also vary the sharing part by only inviting certain students to share or using an anonymous polling system via a classroom response system (CRS). The table below presents further alternative suggestions to the share part of this activity (Cooper, K. M., Schinske, N. J. and Tanner, D. K., 2021):

Alternatives to the shareDescription of the alternativeBenefits of the alternative
Modifying the share
Optional consent to shareDuring the pair, the instructor privately asks individual students if they would be willing to share their ideas with the whole class before calling on them.It provides students more time to prepare to speak in front of the whole class. It gives students a chance to opt out if they do not feel comfortable sharing.
Local shareStudents exchange ideas beyond their pairs (e.g., with another pair of students or with their table mates), but the discussion is not opened up to the whole class.It provides students with practice articulating their thoughts in front of a larger group without being intimidated by the possibility of being asked to share in front of the whole class.
Go-aroundThe instructor poses a question with many possible ways to answer and then goes around the class so that each student can contribute an idea to the discussion.Every student’s voice is heard. It may reduce students’ fear of negative evaluation.
Real-time synthesis of student ideas
Classroom pollingInstructors collect and respond to evidence gathered from polling systems (e.g., clickers) immediately following a pair discussion.Every student can contribute to the poll. Anonymous polling can reduce students’ anxiety associated with sharing their ideas.
Listening inDuring a pair discussion, an instructor can walk around and listen to students’ conversations to gain insight into students’ ideas.It likely offers the instructor richer insight into students’ thinking, compared with hearing from only a few students.
Assigning competenceInstructors summarise pair discussions and strategically bring attention to the contributions of certain students.It increases the students’ expectations for themselves as well as the class’s expectations for those students.
Asynchronous synthesis of student ideas
Index cardsInstructors ask students to record their ideas on a note card following pair discussions. Instructors can review all cards or a subsample of the cards after class.Instructor has access to all student ideas. Instructor has more time to review students’ responses for common themes or misconceptions.
Electronic postsStudents contribute their ideas via an electronic platform (e.g., discussion board, online survey) following a pair discussion.Students may be more comfortable sharing their thoughts via an electronic platform. It gives the instructor more time to review and synthesise all student responses.
Eliminate the share
Eliminate the shareStudents’ thoughts and ideas are not shared with the instructor or the class after a pair discussion.Instructors may be able to meet all their learning goals using only the think and pair. It allows for more time for other in-class activities while reducing student anxiety about speaking out in front of the whole class.

Activity 2: Card Sorting

In this activity, you give students a set of examples from some domain. Maybe it’s social movements in a political science class or geological features in an earth science class or MRI scans in a health sciences class or super-heroes in a pop culture class. You then ask your students to work in groups to sort the examples into categories of their choosing. In a smaller class, you might print the examples on index cards, thus the name of the activity: Card Sorting. Students then consider the objects of study, looking for attributes that some have in common while others don’t and sorting the objects accordingly. After the group work, you might have groups share their work with the class without revealing why they put certain objects in particular categories. Instead, ask the other groups to reverse engineer the categories based on the members of those categories.

Activity 3: Jigsaw

This activity involves two rounds of group work. In the first round, you give each group of students a different text or resource to make sense of and discuss. In the second round, you mix up the groups so that each new group has one representative from each of the original groups. You then ask the groups to tackle a new question or problem, synthesising the resources and perspectives from the first round of groups.

Cooper, K. M., Schinske, J. N. and Tanner, K. D. (2021). Reconsidering the Share of a Think-Pair-Share: Emerging Limitations, Alternatives, and Opportunities for Research. CBE Life Sciences Education, 20-1.

Think-Pair-Share Infographic, Derek Bruff, Creative Commons licensed.

Huston, T. (2009). Teaching what you don’t know. Harvard University Press.

Parrott, H. M., & Cherry, E. (2011). Using Structured Reading Groups to Facilitate Deep Learning. Teaching Sociology, 39(4), 354–370.

Tanner, K., Chatman, L. S., & Allen, D. (2003). Approaches to Cell Biology Teaching: Cooperative Learning in the Science Classroom - Beyond Students Working in Groups. Cell Biology Education, 2(1), 1–5.

Discussions

The Think-Pair-Share structure can be used for just about any question or problem you might want to give students. The other two activities described here—Card Sorting and Jigsaw—take a little more adaptation to your teaching context. For a course you teach (or might teach), share your ideas of how you might use Card Sorting or Jigsaw to help your students work through a particular problem.

Please share your thoughts and questions in the comments section below.