> ## Content Index > Fetch the complete content index at: https://digitalteachernotes.com/llms.txt > Use this file to discover other available public pages before exploring further. # What Happens When Students Create Instead of Consume? - URL: https://digitalteachernotes.com/what-happens-when-students-create-instead-of-consume/ - Published: 2026-09-05T09:01:35.000Z - Updated: 2026-09-05T09:01:35.000Z - Description: Students spend a lot of time consuming information. Research suggests that explaining, drawing and creating materials for others can turn creation itself into part of learning. - Author: Digital Teacher - Tags: Teaching Ideas Watch this video. Read this chapter. Look at this diagram. Listen to this explanation. Click through these slides. A lot of learning involves receiving information. That's unavoidable. Students can't discover the entire history of civilization or reconstruct modern physics from first principles. But there is an important difference between **receiving information and doing something with it**. What happens if, instead of asking students to watch another explanation, we ask them to create one? Research into learning by teaching and other generative learning activities suggests something interesting. **Creating can change the way students think about what they're learning.** ## The short version Research suggests several reasons to give students opportunities to create: 1. [**Explaining something exposes gaps in understanding**](#explaining-something-exposes-gaps-in-understanding) because students have to organize what they know. 2. [**Preparing to teach can itself improve learning**](#preparing-to-teach-can-itself-improve-learning) even before the teaching happens. 3. [**Creating learning materials can help the creator learn**](#creating-learning-materials-can-help-the-creator-learn) especially when students transform information into visual or audiovisual forms. 4. [**Drawing can become a learning activity**](#drawing-can-become-a-learning-activity) when students use it to organize and connect ideas. 5. [**Not all creation is useful**](#not-all-creation-is-useful) because making something attractive isn't necessarily the same as thinking deeply. 6. [**AI makes the distinction even more important**](#ai-makes-the-distinction-even-more-important) because a polished product tells us less about who actually did the thinking. ## Explaining something exposes gaps in understanding A good explanation feels clear. A good diagram looks obvious. A good teacher can make a difficult idea seem simple. That creates a problem. When someone else has already organized an idea perfectly, it's easy to feel that we understand it too. Then someone asks: **Can you explain it?** Suddenly the gaps appear. Creating an explanation requires decisions. What's important? What comes first? How are these ideas connected? Which example would make this understandable? What don't I understand well enough to explain? Those decisions are part of the learning. ## Preparing to teach can itself improve learning One of the most interesting findings comes from research into **learning by teaching**. A meta-analysis of 28 studies compared ordinary studying with preparing to teach and actually teaching someone else. Students who **prepared to teach** learned more than students who simply studied the material. Students who prepared and then **actually taught** showed an even larger advantage. The estimated effect size was 0.35 for preparing to teach and 0.56 for preparing and then teaching. The researchers also found benefits for both deeper and more surface-level learning, including after a delay. In other words, telling students: **“Learn this because you're going to explain it to someone else”** can change the way they approach the material. [Read the meta-analysis on learning by teaching](https://doi.org/10.1111/jpr.12221?ref=digitalteachernotes.com) ## Creating learning materials can help the creator learn Students don't necessarily need to stand in front of the class to get some of these benefits. They can create something **for another learner**. A 2022 meta-analysis looked at 23 articles containing 62 comparisons in which students created teaching materials for other people. Overall, creating teaching materials produced a small but statistically significant learning advantage. There was also an interesting difference between formats. **Visual and audiovisual teaching materials performed better than purely textual ones.** That gives us plenty of possibilities. Students could create: - a short tutorial - a diagram - an infographic - a worked example - a mini-presentation - a quiz for classmates - a short video - revision cards The product creates a reason to reorganize the material. [Read the 2022 meta-analysis on creating teaching materials](https://doi.org/10.1016/j.edurev.2022.100475?ref=digitalteachernotes.com) ## Drawing can become a learning activity Suppose students read an explanation of the water cycle. Then ask them to draw how it works from what they understand. Suddenly they need to make decisions. Where does the water go? Which processes connect? What causes what? What should the arrows represent? The drawing isn't simply illustrating their understanding. Creating it can become part of building that understanding. But recent research adds an important qualification. A 2025 meta-analysis examined different kinds of instructional support for drawing-to-learn. Simply adding more support to a drawing task didn't automatically improve learning. What did matter was helping students **integrate** the visual representation with the ideas they were learning. Support designed around that integration was associated with better comprehension. So: **“Draw something about the water cycle”** isn't necessarily enough. A stronger task might be: **“Draw how evaporation, condensation and precipitation are connected, then explain the connections shown by your arrows.”** Now the drawing has a job to do. [Read the 2025 drawing-to-learn meta-analysis](https://doi.org/10.1007/s10648-025-10067-7?ref=digitalteachernotes.com) ## Not all creation is useful This distinction matters enormously in digital learning. Students can create a beautiful presentation without understanding much of the topic. They can spend 40 minutes choosing fonts. They can animate every slide. They can search for images. They can make the title fly dramatically across the screen. And none of that necessarily requires them to think deeply about photosynthesis. So “student creation” isn't automatically active learning. The useful part is the **thinking embedded in the creation**. Does the student have to select important information? Organize it? Connect ideas? Explain relationships? Generate an example? Translate the idea into another form? Make a decision about what to include? Those are the parts worth designing for. ## A quiz can be more interesting to create than to take Here's a simple example. Instead of giving students ten revision questions, ask each student to **write three good questions**. Not three random questions. Three questions that would reveal whether someone genuinely understands the topic. Then ask them to provide: - the correct answer - plausible wrong answers - an explanation of why the correct answer is correct That's a very different cognitive task from answering a multiple-choice question. To create a convincing wrong answer, a student may even need to think about common misconceptions. Now the quiz isn't simply assessing knowledge. **Creating it becomes part of learning.** ## Ask students to transform information Another useful approach is to change the form. After reading a text: **Turn it into a diagram.** After studying a process: **Create instructions for someone who has never done it.** After watching a video: **Explain the three most important ideas without replaying it.** After learning two theories: **Create a visual comparison.** After studying an event: **Build a timeline and justify which events belong on it.** After solving a problem: **Create a worked example that teaches someone else how to solve a similar one.** Each transformation requires students to reconstruct the material rather than simply encounter it again. ## Digital tools can be particularly good at this A device can easily become a consumption machine. Videos. Websites. Slides. Feeds. AI answers. But the same device can also become a creation tool. Students can build diagrams. Record explanations. Create interactive presentations. Design quizzes. Annotate images. Make timelines. Organize evidence collaboratively. Create tutorials. Publish explanations for a real audience. The educational question therefore isn't simply: **Are students using technology?** It's: **What is the technology asking students to do?** ## AI makes the distinction even more important Generative AI introduces an obvious complication. If the educational value comes from students constructing an explanation, what happens when AI constructs it? If the value comes from selecting and organizing information, what happens when AI does the selecting and organizing? The final product may look excellent. But the student may have skipped exactly the thinking the assignment was designed to produce. That doesn't mean AI can't be part of creative learning. It means we may need to pay more attention to **who is doing the cognitive work**. A useful question for an AI-assisted assignment might be: **What decisions does the student still have to make?** Maybe AI generates examples and the student evaluates them. Maybe AI proposes a diagram and the student identifies what's missing. Maybe AI creates a first explanation and the student has to correct it. The important thing is not whether AI was involved. It's whether the student still has something meaningful to think about. ## Don't just ask for a product. Ask for thinking. Creation is attractive because students end up with something visible. A poster. A presentation. A video. A diagram. A quiz. But the product isn't really the point. **The thinking required to make it is.** That's why useful creation tasks often contain constraints. Explain this in three steps. Show the relationship between these ideas. Choose the five events that mattered most and justify your choices. Create two wrong answers that reveal common misconceptions. Teach this concept to someone two years younger than you. Those constraints turn **“make something”** into **“understand something well enough to make deliberate choices about it.”** ## Maybe students should create more of the learning materials Teachers spend enormous amounts of time creating resources for students. There may be situations where students should create some of them instead. Revision questions. Examples. Diagrams. Explanations. Study guides. Flashcards. Tutorials. Comparisons. Not because it saves the teacher work, although occasionally it might. Because **making the resource can itself be the lesson**. The next time students are about to watch, read or click through something, it may be worth asking: **What could they create from this afterwards?** Sometimes the best way to understand information isn't to consume more of it. It's to turn it into something new. ### Sources **Kobayashi, K. (2019).** *Learning by Preparing-to-Teach and Teaching: A Meta-Analysis.* Japanese Psychological Research. [Read the study](https://doi.org/10.1111/jpr.12221?ref=digitalteachernotes.com) **Ribosa, J. & Duran, D. (2022).** *Do students learn what they teach when generating teaching materials for others? A meta-analysis through the lens of learning by teaching.* Educational Research Review. [Read the study](https://doi.org/10.1016/j.edurev.2022.100475?ref=digitalteachernotes.com) **Leutner, D. & Biele, J. (2025).** *Without Integration, Everything Is Nothing: A Meta-Analysis of the Effectiveness of Instructional Support for Drawing-to-Learn.* Educational Psychology Review. [Read the open-access study](https://doi.org/10.1007/s10648-025-10067-7?ref=digitalteachernotes.com)