Peer Feedback in the In-Between: Student Teachers’ Shared Orientation and the Emergence of Postdigital Peer Feedback
Drawing on Embodied and Multimodal Conversation Analysis, this study reveals that postdigital peer feedback among student teachers engaged in collaborative animation emerges not through explicit verbal evaluation but through the socio-material interplay of shared orientation, anticipatory coordination, and perceptual alignment.
Original paper licensed under CC BY 4.0 (https://creativecommons.org/licenses/by/4.0/). This is an AI-generated explanation of the paper below. It is not written or endorsed by the authors. For technical accuracy, refer to the original paper. Read full disclaimer
In the modern classroom, learning is no longer just about sitting at a desk and listening to a teacher. It often happens in groups, where students work side by side with physical materials like clay and fabric, alongside digital tools like tablets and software. This blending of the old and the new is sometimes called a postdigital environment, a space where the line between the physical world and the digital world has become so blurred that they function as a single, tangled system. Within these spaces, a key part of learning is peer feedback, the process where students help each other improve their work. Traditionally, we think of feedback as something spoken or written: a student says, "This part is too dark," or writes a comment on a screen. However, researchers are beginning to wonder if this verbal exchange is only a small part of the story. They suspect that before a student ever speaks a word of critique, a great deal of coordination is already happening through shared attention, body language, and the way a group pauses together to look at a project. Understanding these silent moments is crucial because it reveals how people actually learn to work together in complex, technology-rich settings.
A team of researchers at Mälardalen University in Sweden set out to investigate exactly how this silent coordination works. They focused on a group of student teachers who were learning to make stop-motion animations. Stop-motion is a technique where objects are moved slightly between individual photographs to create the illusion of movement when the photos are played in sequence. In this study, the students worked in small groups, using analog materials like wire, paint, and cardboard, which they manipulated with their hands, while simultaneously using iPads and software to capture and review their progress. The researchers recorded these sessions with high-definition video, capturing not just what the students said, but exactly where they looked, how they moved their hands, and the precise timing of their interactions. By analyzing a single minute of this footage in extreme detail, the team discovered that peer feedback does not begin with an evaluation or a suggestion. Instead, it emerges from a series of subtle, shared behaviors that happen in the moments between actions.
The study identified three distinct ways the students coordinated their work before they ever offered a verbal opinion. The first step was establishing a shared orientation. In the video, the researchers saw that before a student could point out a problem, the whole group had to agree on what they were looking at. One student would gesture toward the screen or the object, and the others would immediately shift their gaze to match. This was not just about looking at the same thing; it was about confirming that everyone was seeing the same detail. The researchers found that this moment of shared focus was the true starting point of feedback. Without this collective agreement on where to look, any subsequent comment would have been meaningless. The students were essentially building a common ground, a shared visual understanding, before they even began to discuss the work.
Once this shared focus was established, the students moved into a phase of anticipatory coordination. This is where the concept of "in-between" moments became most visible. The researchers observed that after a student suggested an idea, the group did not immediately jump into action. Instead, they often paused. During these pauses, which lasted for a second or two, the students did not sit idle. They held their positions, looked at the screen, and made small adjustments with their hands, preparing for the next move. This silence was not empty; it was a productive space where the group calibrated their next steps. One student might gesture to show how fast an object should move, and the others would watch and align their own movements to that rhythm. The feedback here was not spoken; it was embedded in the timing of their actions. They were waiting together, using that pause to ensure everyone was ready to act in the same way.
The final piece of the puzzle was perceptual alignment, which occurred when the group stopped to watch their animation play back on the screen. In these moments, the students would fall silent and stare intently at the moving images. The researchers noted that this collective viewing was a necessary step before any evaluation could happen. The students were not just watching; they were synchronizing their perception. They were watching the same movement, at the same time, with the same focus. Only after this shared inspection was complete would one student finally speak, often saying something like, "It went faster there." The researchers found that this verbal comment was simply making explicit what the group had already understood through their shared silence and gaze. The feedback was not the words themselves, but the entire process of looking together that made those words possible.
The findings of this study challenge the common assumption that feedback is primarily a verbal exchange of ideas. The researchers argue that in collaborative, technology-rich environments, the most important part of feedback often happens in the quiet moments before a word is spoken. It is found in the way a group aligns their eyes, the way they pause to prepare, and the way they watch a screen together. These moments of shared attention and timing are just as critical as the spoken suggestions that follow. For educators, this suggests that teaching students how to give feedback should involve more than just teaching them how to phrase a critique. It should also involve helping them learn how to pay attention together, how to wait for the right moment, and how to read the subtle cues of their peers. In a world where learning increasingly happens through a mix of physical and digital tools, the ability to coordinate attention and timing may be just as important as the ability to speak. The study shows that true collaboration is not just about what we say to each other, but about how we learn to see and act together in the spaces between our words.
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