Metacognition: Meaning, Examples and a Simple Plan to Think About Your Own Learning

What metacognition means, in simple words

Cognition is thinking: reading, remembering, solving, understanding. Metacognition is one level above that. It is knowing how your own thinking works, and using that knowledge to steer it. The Columbia University Center for Teaching and Learning describes it simply as thinking about your own thinking. The MIT Teaching + Learning Lab gives a fuller definition: learners use what they know about the task, about learning strategies and about themselves to plan their learning, keep track of their progress, and then judge the result.

The idea comes from the psychologist John Flavell, who wrote about it in the 1970s. He described it as a person's knowledge about their own thinking processes and anything related to them. Since then, teachers and researchers have turned the idea into practical habits that any student can learn.

Here is the difference in one example. You read a chapter on acids and bases. That reading is cognition. Then you stop and ask yourself: could I explain why a solution turns litmus red, without looking? You try, you get stuck, and you decide to go back to that one part. That stopping, checking and deciding is metacognition.

The two parts: knowing and regulating

Teaching centres split metacognition into two parts. Columbia calls them cognitive knowledge and cognitive regulation. You need both.

1. Metacognitive knowledge: what you know about learning

This is what you know about yourself as a learner, about the task in front of you, and about the strategies you can use and when to use them. For example: 'I understand physics better when I draw the situation first.' 'This chemistry test will have numericals, so reading the theory alone will not be enough.' 'Testing myself works better than reading my notes again.' The MIT Teaching + Learning Lab notes research by Pintrich (2002) which found that students with more metacognitive knowledge learn better than those with less.

2. Metacognitive regulation: what you do with that knowledge

Knowing is not enough. Regulation is the action: looking at the task, choosing a plan and resources, checking how it is going, and then judging the result and changing your goals or methods. Columbia lists these steps as assessing the task, planning and using the right strategies, monitoring how you are doing, and evaluating what you did and what came out of it.

The plan-monitor-evaluate cycle

Most practical guides describe regulation as a loop of three steps. MIT's page lists simple checklist prompts for each one, from work by Gregory Schraw (1998). They are short enough to remember without a notebook.

1. Plan, before you start. 'What is my goal?' 'How much time will I need?' Decide what done looks like: not 'study chapter 7', but 'answer all the back exercise questions of chapter 7 without the book'.
2. Monitor, while you work. 'Am I reaching my goal?' Every 20 to 30 minutes, stop and check: can I explain what I just did? Is this method giving results, or am I just turning pages?
3. Evaluate, after you finish. 'What would I do differently next time?' Look at the result, not just the effort. Which questions did you get wrong, and why?

The loop then feeds the next plan. What you learn in the evaluate step becomes knowledge about yourself and about strategies, so your next plan is better. Over weeks, this is how a student moves from 'I studied a lot and still did badly' to 'I know what to change'.

What research says about metacognition

Metacognition has been studied for decades. A few findings matter most for a student.

We often feel we know more than we do

In a well-known 1999 paper, Justin Kruger and David Dunning ran four studies on tests of humour, grammar and logic. People in the bottom quarter scored at about the 12th percentile, but they guessed they were at about the 62nd. The authors linked this to weak metacognitive skill: the ability to tell a right answer from a wrong one. When the same people were taught the skill, they became better at seeing their own limits. The lesson for students: a feeling of 'I know this' is not proof. You need a check.

Rereading makes us feel ready when we are not

Asher Koriat and Robert Bjork (2005) showed why. When you judge how well you have learned something while the answer is in front of you, the answer itself makes you feel confident. In the exam, that answer is missing. They called this an illusion of competence. A 2009 survey by Jeffrey Karpicke and colleagues asked 177 college students how they study. Most said they read their notes or textbook again, and relatively few tested themselves, even though testing helps memory much more.

Judge your learning after a short gap, not straight away

John Dunlosky and Thomas Nelson (1992) found that people predict what they will remember far more accurately when they judge a little while after studying, not immediately after, and when they see only the question, not the question with its answer. In one condition, every one of the 45 people in the study showed this effect. The MIT Teaching + Learning Lab turns this into advice: check what you know after a delay of more than 30 minutes, without the text in front of you.

A short planning exercise before exams raised grades

In a study published in Psychological Science in 2017, Patricia Chen and colleagues tested a self-run online exercise with students in a college statistics course, across two groups of students. Before each exam, students in the exercise group thought about which study resources they would use, why each would help, and how they would use them. These students reported more self-reflection, used their resources better, and on average beat the comparison group by one third of a letter grade.

It takes time, and it does not always carry over

MIT's page also notes two cautions from research. Metacognitive skills may not carry from one subject to another unless they are practised in each one (Hattie and colleagues, 1996). And university students may need longer-term practice, not a few days, to see gains, partly because they first have to drop old habits. So give the methods in this guide a fair trial of at least a few weeks.

Examples of metacognition in everyday study

Metacognition is not one special technique. It shows up in small moments. Here are examples of metacognition for common Indian study situations.

Notice that the right-hand column does not need more hours. It needs more noticing. That is why metacognition is called a skill: you can practise it and get better.

Self-questions to use before, during and after study

Kimberly Tanner, a biology professor, published a widely used list of self-questions in 2012 in the journal CBE: Life Sciences Education. The questions below are drawn from her list, shortened and adapted for school and college students in India. Pick two or three from each stage. You do not need all of them every day.

Tanner also describes the 'muddiest point': at the end of a class, write one line in answer to 'What was most confusing to me today?' It takes a minute. It also shows that confusion is a normal part of learning, not something to hide. Columbia suggests a similar one-minute question: what is your main takeaway from today's class?

How to build metacognition, step by step

These steps turn the cycle into a weekly habit. Each step names the real decision you need to make.

1. Find out how you study now. For three days, write down what you actually do when you sit to study: read, highlight, make notes, solve, watch videos, test yourself. Be honest. Many students find that most of their time goes to reading again. Decision: which one habit will you change first?
2. Set a goal you can check. Replace 'study biology' with 'draw and label the heart from memory, and explain the path of blood in five lines'. A goal you can check lets you know when you are done and whether it worked.
3. Predict before you check. Before you test yourself, write down a guess: 'I think I will get 7 of 10.' Then test. Comparing your guess with your score is the fastest way to train your sense of what you really know. Over time, the gap should get smaller.
4. Test yourself after a gap. Following the delayed-judgement research, wait more than 30 minutes after studying before you judge how well you know something. Close the book, and try the question alone. Our guide to active recall shows how to write good questions for this.
5. Monitor at fixed points. Set two or three check-in points in each study session, for example after each section. Ask: can I explain what I just read? If not, do not move on yet. Decide whether to reread a smaller part, look at a worked example, or mark it for your teacher.
6. Plan your resources before each test. Borrowing from the 2017 study, list the resources you have (textbook, class notes, past papers, a teacher, a study group, recorded classes). For each one, write why it will help for this test and how you will use it. Drop the ones that do not have a clear use.
7. Review every test you get back. Use the exam wrapper in the next section. The aim is to find patterns, not to feel bad.
8. Change one thing at a time. If your review shows that you run out of time in exams, change only your timed practice for the next two weeks. If you change everything at once, you will not know what helped.

A ready exam wrapper you can copy

An exam wrapper is a short sheet you fill in when a test is handed back. Carnegie Mellon University's teaching centre describes wrappers as short handouts that help students look past the grade: to find their own strengths and weak areas, think about whether their preparation time and study methods were right, and spot patterns in their mistakes. Columbia recommends the same kind of self-assessment after exams. Here is a simple version for school and coaching tests.

Part 1: How did you prepare? (fill in from memory)

• How many hours did I spend preparing, and over how many days?
• What share of that time went to: reading or rereading, making notes, solving questions, testing myself, watching videos?
• What mark did I expect before the result came?

Part 2: Where did the marks go?

Part 3: What will I change?

• The one biggest reason I lost marks was:
• One study habit I will keep, because it worked:
• One study habit I will change or drop:
• My plan for the next test, in one line:

Keep your filled wrappers in one folder. Read the last one before you plan for the next test. At Carnegie Mellon, one physics teacher collected the wrappers and gave them back before the next exam, as a reminder of what students had found out about themselves. You can do the same for yourself.

Worked example: two weeks of metacognition for a Class 10 science test

Here is how one example student could use the cycle. The student has a science unit test in two weeks on two chapters: Chemical Reactions and Life Processes. Their last test score was lower than they hoped, and they usually prepare by reading the chapters again.

The total study time here is not unusual. What changes is that every few days the student checks, with evidence, whether the method is working. If you want help fitting sessions like these into your week, see our guide to making a study timetable.

Common mistakes, and how to fix them

When metacognition is not helpful, or not enough

Thinking about your thinking is useful, but it is not always the right move. In a 2020 paper in Frontiers in Psychology titled 'Why Metacognition Is Not Always Helpful', Elisabeth Norman described three problems.

• It can get in the way of the task. For some tasks that rely on quick, practised or intuitive skill, stopping to describe what you are doing can make you do it worse. In the middle of a timed exam or a speaking test, do not stop to analyse yourself. Save the analysis for later.
• The cost can be bigger than the benefit. A strategy takes time and effort. Checking your understanding while reading a story for fun is unlikely to help. Use the full cycle for study that matters, not for everything.
• It can turn into negative self-judgement. If your thoughts about yourself are harsh or unfair, more reflection can lower confidence and raise stress. The paper also warns against reflection that pushes you into comparing yourself with others.

Metacognition is also not a replacement for content. If you have not been taught a topic, or the basics are missing, no amount of planning will fill that gap. Ask a teacher, use your textbook, or join a class. And if worry about exams or about yourself is affecting your sleep, food or daily life, talk to a parent, teacher, school counsellor or doctor. That is not something a study method can fix.

A good rule: reflect before and after a task, keep the check-ins during a task short, and keep the tone of your notes plain and factual.

Why this matters for Indian students today

Indian education policy is moving towards the same goal. The Government of India's booklet on the National Education Policy 2020 lists among the policy's aims to promote critical thinking rather than rote learning, and to focus on learning instead of studying. It also describes a 360 degree holistic report card for better evaluation. Students who can plan, check and judge their own learning are better placed for this kind of education, and for later study and work where no teacher plans every step.

If you are a teacher or run a tuition centre, you can build the same habits in class: start with a goal, add a one-minute muddiest-point question, and give an exam wrapper with every returned test. Our guide to formative assessment explains how short, regular checks support this.

Practise metacognition together on Sikhami

Sikhami is a social network for people in India who are learning, for every kind of learning. A few of its tools fit the plan-monitor-evaluate cycle well.

• Join a live study room with a friend. Say your goal for the session at the start, and say what worked and what did not at the end.
• Use quiz battles as a quick check. Predict your score first, then play, and look at every question you missed.
• Read free study notes from teachers and other learners, then close them and test whether you can explain the idea yourself.
• Find people learning the same subject in clubs and share your exam wrapper patterns, not just your marks.

You can read more on the page for learners.