Metacognition is awareness and control of your own thinking and learning: judging how well you know something, planning how to study it, monitoring whether your approach is working, and adjusting when it is not.
How it works
Metacognition has two parts. Monitoring is your sense of what you know, such as feeling confident that you understand a topic. Control is what you do with that sense, such as deciding to move on or to study more. Good learners monitor accurately and control wisely.
The challenge is that monitoring is easily fooled. Material you have just reread feels familiar, and familiarity feels like knowledge. Strategies that feel smooth, like rereading or blocked practice, can seem more effective than strategies that feel hard, like active recall and interleaving, even when the hard ones produce more learning. Improving metacognition largely means replacing feelings with evidence.
How to build metacognition (steps)
- Test, do not judge. Before deciding you know a topic, try to recall it or answer questions on it.
- Predict, then compare. Before a practice test, write down the score you expect. Compare it with your actual score.
- Keep an error log. Record each mistake and its cause: content gap, misreading, careless slip or poor timing.
- Plan each session. Write down what you will study, how, and what “done” looks like.
- Review each session. Afterwards, note what worked and what you would change.
- Explain it. Use the Feynman technique to check understanding, not just recognition.
Evidence
John Flavell introduced the term metacognition in developmental psychology in the 1970s, including in a widely cited 1979 paper in American Psychologist. Kruger and Dunning (1999) found that people with the lowest performance on tests of skills such as logical reasoning tended to overestimate their performance the most. In education, Karpicke, Butler and Roediger (2009) surveyed college students and found that most reported rereading as a main study strategy, while few reported self-testing, suggesting many students do not recognise the value of retrieval practice. Kornell and Bjork (2008) found that learners judged blocked practice to be more effective than interleaved practice, even though interleaving produced better results. Robert Bjork’s work on desirable difficulties explains why: conditions that make learning feel easy are not always the ones that make it last.
Using metacognition with Duetoday
Duetoday gives you evidence about what you know rather than relying on how it feels. Take a practice test on a lecture before you decide it is done, and use flashcard results from spaced repetition to see which topics you keep forgetting. When you find a weak area, ask Galileo to explain it from your own notes and quiz you again.
