Metacognition: Teaching People to Think About Their Thinking

Introduction

Metacognition is thinking about your own thinking. The term was introduced by the developmental psychologist John Flavell, who described it as both metacognitive knowledge, what you understand about how you think, and cognitive monitoring, the ongoing regulation of your thinking as you work. ¹

In plainer language, metacognition is the part of you that notices when you are confused, catches yourself making an assumption, decides a strategy is not working, and changes course. It is the difference between a student who reads a page, realizes nothing went in, and re-reads it, and a student who turns the page anyway.

This matters because metacognition is unusually high-leverage. It is not one more skill competing for class time. It is the skill that makes the others work, which is why it sits at the center of what Arq.training measures and trains.

The two halves of metacognition

Flavell's framework splits metacognition into two parts that are still the standard today. ¹

The first is metacognitive knowledge: what you know about thinking in general, about yourself as a thinker, and about which strategies suit which tasks. Knowing that you tend to skim when you are tired, or that summarizing helps you remember, is metacognitive knowledge.

The second is metacognitive regulation: the active control of thinking while you work. It usually breaks into three moves. Planning, deciding how to approach a task before you start. Monitoring, checking how it is going while you do it. Evaluating, judging how it went and what to do differently next time.

These are concrete and observable, which is exactly why they can be taught and assessed rather than just admired. A learner who plans, monitors, and evaluates leaves visible traces of doing so.

Why it is worth the attention

The case for metacognition is not a hunch. The Education Endowment Foundation, which reviews the strongest available evidence in education, concludes that explicitly teaching metacognitive and self-regulation strategies can be worth the equivalent of about seven additional months of progress over a year, and it is relatively low cost to implement. ²

That finding sits inside a broader pattern. John Hattie's synthesis of more than 800 meta-analyses places metacognitive and self-regulation strategies among the higher-impact influences on achievement, well above the average effect that marks a typical year of learning. ⁴

The mechanism is straightforward. A student who monitors their own understanding catches gaps early. A student who evaluates their strategies stops wasting time on ones that do not work. The gains compound across every subject because the skill is not tied to any one of them.

How it connects to critical thinking

Metacognition and critical thinking are often taught as separate topics, but the research treats them as deeply linked. In the Delphi Report's anatomy of critical thinking, self-regulation, the monitoring and correcting of one's own reasoning, is one of the six core skills. ³

Diane Halpern's model for teaching critical thinking that transfers makes the same point from the other direction: metacognitive monitoring is one of the four ingredients that lets a skill show up in a new context, because learners have to recognize when a situation calls for the thinking they have practiced. ⁵

Put simply, you cannot be a strong critical thinker without metacognition, because critical thinking includes the act of checking your own thinking. Developing one develops the other.

How to build it

Metacognition is taught by making invisible thinking visible and then handing the controls to the learner. The EEF's guidance is built around explicit teaching of strategies, modeling, and gradually releasing responsibility so learners regulate themselves. ²

• Model your own thinking out loud, including the false starts and the moments you change strategy.

• Ask planning questions before a task: what is this asking, and how will I approach it?

• Build in monitoring checkpoints: is this working, and how do I know?

• Require evaluation after: what worked, what did not, and what will I do differently?

• Teach the names of strategies so learners can choose between them deliberately.

The throughline is shifting attention from the answer to the process that produced it. When learners are regularly asked to narrate and judge their own thinking, they start doing it on their own. Arq applies this in conversation, prompting people to surface their reasoning and reflect on it as they work, so the monitoring habit is practiced rather than just described.

Originally published on Arq.