Metacognition

Metacognition is the awareness and understanding of one’s own thought processes, often described simply as thinking about thinking. It covers both knowledge about how one learns and the active regulation of that learning in real time.

Origins of the term

Developmental psychologist John Flavell is widely credited with introducing the term metacognition into psychological and educational research in the late 1970s, building on earlier work studying how children become aware of and monitor their own memory processes. Flavell’s framework distinguished metacognitive knowledge, what a person knows about cognition in general and their own cognitive abilities specifically, from metacognitive regulation, the active strategies used to plan, monitor, and evaluate a learning task.

Planning, monitoring, and evaluating

Metacognitive regulation is often broken into three phases that map onto a learning task’s timeline: planning, deciding how to approach a task before starting it; monitoring, checking understanding and progress while the task is underway; and evaluating, reflecting on how well the approach worked once the task is complete. Students who move through all three phases deliberately tend to catch errors and adjust strategies earlier than students who simply work through a task without reflection.

Common classroom strategies

Teachers build metacognitive skill through strategies such as self-questioning, prompting students to ask themselves what they understand and what remains unclear; think-alouds, where a teacher or student verbalizes their reasoning process step by step; and reflective journaling after completing an assignment. These strategies share the goal of making an otherwise invisible mental process visible and therefore improvable.

Relationship to self-regulated learning

Metacognition is a core component of the broader concept of self-regulated learning, which also includes motivation and behavioral strategies such as managing time and the study environment. Researchers generally treat strong metacognitive skill as a prerequisite for effective self-regulation, since a learner cannot adjust a strategy that is not working without first being aware that it is not working.

Metacognition and expertise

Research comparing novice and expert learners consistently finds that experts in a domain tend to have stronger metacognitive awareness of their own understanding within that domain, more accurately judging what they do and do not know, than novices do. This finding has practical implications for teaching: students who are new to a subject often need explicit metacognitive prompting that more experienced learners have already internalized on their own.

Overconfidence and metacognitive accuracy

A persistent finding in metacognition research is that lower-performing students frequently overestimate their own understanding more than higher-performing students do, a pattern that complicates self-assessment as a learning tool on its own. This is one reason teachers pair self-assessment with external checks, such as low-stakes quizzes or peer review, rather than relying on student self-report alone to gauge actual understanding.

Metacognition across subjects

While metacognitive strategies are taught across nearly every subject, their specific application differs: in reading, metacognition often involves monitoring comprehension sentence by sentence and rereading when meaning breaks down; in mathematics, it often involves checking whether an answer is reasonable given the problem’s context, rather than simply accepting the result of a calculation at face value.

Teaching metacognitive strategies explicitly

Because metacognitive skill does not reliably develop on its own simply through exposure to content, many researchers argue it should be taught explicitly rather than assumed to emerge as a byproduct of subject-matter instruction. Programs that directly teach strategies such as self-questioning and goal-setting, and give students practice applying them across multiple subjects, have generally shown stronger and more durable effects than programs that mention metacognition only briefly or in passing.

Metacognition and motivation

Metacognitive awareness also interacts closely with student motivation: a student who accurately recognizes a gap in their own understanding is better positioned to seek help or adjust their approach than a student who is simply discouraged without a clear diagnosis of what specifically is going wrong. For this reason, metacognitive training is often paired with broader self-regulated learning instruction rather than taught as an isolated academic skill.

Over a full school career, students who develop strong metacognitive habits are generally better equipped to transfer study strategies across new subjects and settings than students who relied mainly on strategies a specific teacher happened to require for a specific class.

This transferability is a major reason metacognitive instruction is often framed as teaching students to become better learners generally, not only better performers in one specific class.

Many college success and study-skills programs for incoming students explicitly build on this logic, teaching metacognitive strategies as a foundation that supports performance across an entire course load rather than one class at a time.

Researchers studying metacognition across cultures have also found that the specific strategies emphasized can vary with educational tradition, though the underlying value of monitoring and adjusting one’s own learning appears broadly consistent.

That consistency has encouraged metacognitive instruction to spread well beyond the specific educational systems where the original research was first conducted.

As a result, metacognitive strategy instruction now appears in teacher training programs across a wide range of national education systems, not only in the research traditions where it originated.

FAQs

Who is credited with introducing the term metacognition? Developmental psychologist John Flavell, in the late 1970s.

What are the two broad components of Flavell’s metacognition framework? Metacognitive knowledge, what a person knows about cognition, and metacognitive regulation, the strategies used to plan, monitor, and evaluate learning.

Editorially reviewed by Specialty Digest Editorial TeamLast reviewed November 2, 2026Researched and drafted with AI assistanceReport an issue