Understanding metacognition: meaning, types, and examples

Have you ever stopped to think about how you think? That is metacognition — reflecting on our own mental processes.

This ability is a key competency for both personal and academic development. It also plays a role in society by encouraging individuals to be more autonomous, analytical, and strategy-oriented.

In this article, we explain what metacognition is, its true meaning, its components, and how to apply it in daily life and the classroom.

We’ll also explore tools and strategies of metacognition to incorporate conscious learning into educational programs.

Meaning of metacognition 

Metacognition is the human ability to reflect on one’s own cognition (thinking and learning), including cognitive processes, strategies, and outcomes. In short, it is about learning how to learn by becoming aware of the knowledge acquisition process.

It involves understanding the cognitive tasks we engage in and how we monitor, regulate, and organize them. These include memory, calculation, and attention to achieve a specific goal.

Thus, metacognition involves:

• Analyzing the starting point for a given topic
• Setting and coordinating the necessary tasks
• Choosing the right strategy to complete the tasks
• Evaluating the result and making adjustments.

This awareness helps people comprehend, manage, and evaluate their learning in a holistic way. It supports active learning built on previous experiences, closely tied to constructivism.

As you can see, the process is crucial for acquiring knowledge, developing competencies, and enabling conscious, autonomous, and meaningful learning.

Origins of metacognition

The term was introduced in the 1970s by cognitive psychologist John Flavell. He was the first to suggest that humans not only think, but also have the ability to reflect on and regulate their own cognitive processes.

In his work Metacognition and Cognitive Monitoring: A New Area of Cognitive-Developmental Inquiry, Flavell formally introduced this concept.

He identified four key interacting components in this process: metacognitive knowledge, metacognitive experiences, cognitive goals, and both cognitive and metacognitive strategies.

He also defined two major dimensions:

1. Metacognitive knowledge: Understanding one’s cognitive strengths and weaknesses, recognizing learning strategies, and knowing how to tackle tasks.
2. Metacognitive control: Planning, monitoring, and evaluating mental actions.

Are metacognition and instructional scaffolding related? 

Yes, metacognition and scaffolding are closely linked. Both guide students toward autonomy.

Scaffolding in education is based on Lev Vygotsky’s Zone of Proximal Development (ZPD). It consists of temporary support until the student can complete tasks independently. Through various techniques like tutoring and questioning, students gradually build confidence and strategic skills.

This progression activates metacognitive processes such as planning, regulation, and self-assessment, reinforcing transferable, conscious learning.

What types of metacognition help explain how humans think?

Metacognition comprises skills and attitudes that help individuals regulate their thinking and learning.

Regarding the different types, we can distinguish three main components that work in a related way: metacognitive knowledge, metacognitive regulation, and metacognitive experience. Each of these includes its own subtypes, which you’ll explore below.

Metacognitive knowledge 

Metacognitive knowledge leads individuals to question what they know about their own thinking. In other words, it focuses on understanding their own cognitive processes and how they work.

While this may seem difficult at first, it can be developed through three key questions:

• What strategies can you apply? (Declarative knowledge)
  
• How will you apply them? (Procedural knowledge)
  
• When and why will you use a specific strategy? (Conditional knowledge)
  

These three questions imply three categories of knowledge:

• About the person (understanding how one learns best)
  
• About the task (recognizing its difficulty and nature)
  
• About strategies (identifying which techniques will improve learning)
  

For example, the process might look like this: imagine you need to study a history topic. You could use several strategies, such as identifying key elements to better understand the content. 

Once you’ve picked out the main ideas, you decide to create a diagram to help organize and visualize them. You then realize that a timeline is the most effective format for learning sequences of historical events.

Each of these steps reflects awareness of one’s own thinking and involves concepts like metamemory (both understanding it and applying strategies to improve it) and metalanguage (using language as a thinking tool).

Metacognitive regulation

Here, the function is to manage thinking in real time through planning, monitoring, and self-assessment, which can be guided by the following questions: 

• Planning: How will you approach the topic and what resources do you need?
• Monitoring: Are you understanding the topic well or completing the task properly?
• Self-assessment: Did the strategy you chose and applied work, or do you need to try a different one to be more effective?

This dimension includes meta-attention (self-regulation of attention to avoid distractions) and metacomprehension (the ability to improve one’s own understanding).

As you can see, this self-regulation is essential for achieving educational and professional goals.

Metacognitive experience

Metacognitive experience refers to subjective evaluations such as perceptions, emotions, and judgments that accompany thinking. For example, it includes the feeling of not making progress, the perception of difficulty, or the ability to judge whether an answer is correct without needing to verify it.

It also involves aspects like transfer, which is the application of acquired knowledge to new contexts, and cognitive bridges, which allow connections between prior knowledge and new learning, helping to consolidate information in long-term memory.

Purpose of metacognition and applications in life and education

Metacognition is present throughout all areas of human life, including daily routines, education, and professional development.

It is essential for learning in a conscious and strategic way, and it helps individuals reflect on how to improve their performance in any field. This is why models like competency-based learning often include it.

You’ll understand it better by looking at its benefits:

• Increases the effectiveness of the task being performed.
  
• Promotes critical thinking and problem-solving skills.
  
• Enhances adaptability in complex situations.
  
• Supports the development of self-regulation skills and encourages the efficient use of working memory.
  
• Improves long-term understanding and retention of information, as learners identify which strategies work best in each situation.
  
• Optimizes knowledge transfer by connecting strategies with outcomes and applying acquired skills in new contexts.
  
• Reduces stress and anxiety, since individuals know how to approach a task to achieve a specific result.
  
• Boosts the autonomy of students and professionals by improving informed decision-making through active engagement in their own learning.

What is the metacognitive ladder and what are its development levels?

The metacognitive ladder is an educational tool designed to encourage students to reflect on their learning. This process helps them develop the ability to self-regulate by moving up a series of question-based steps.

In the end, the student should become aware of what they have learned, how they learned it, and how they can apply it in other contexts.

The ladder includes the following four basic steps or questions that each student should answer:

• What have I learned from the activity?
  
• How did I learn it and what skills did I develop in the process?
  
• What was it useful for?
  
• In what other situations can I use it?
  

There are variations of this tool, like the one below, which is more detailed. Ideally, the steps should be adapted to the level and needs of your students:

• I don’t know what I don’t know: The student is unaware that they need to learn, or of the mistakes and difficulties they face.
  
• I know what I don’t know: The student begins to reflect on their thinking.
  
• I know what I need to know: At this stage, they can identify their goals and what is needed to move forward.
  
• I know how I can learn it: The student becomes aware of the strategies and resources needed to reach their goals, such as creating outlines or asking questions. This is where self-regulation begins.
  
• I understand that I’m learning actively: This involves monitoring the learning process, allowing the student to adjust methods and assess their progress.
  
• I’m able to teach or apply what I’ve learned to other contexts: At this final step, the student has developed the ability to transfer knowledge and self-regulate independently.

Who is the metacognition ladder useful for? 

This strategy is not only helpful for students to identify their current level of awareness or how they can keep progressing, but it is also valuable for teachers because it facilitates the teaching of metacognitive skills and instructional design. 

Metacognition is also highly valuable in a professional context, as it promotes strategic thinking within teams and fosters a culture of continuous learning and improvement.

Examples of strategies to develop metacognition in the classroom

Understanding the levels of the metacognition ladder will help you design concrete pedagogical interventions so your students can progress toward self-regulated learning.

To develop metacognitive skills in the classroom, you can combine two approaches:

1. Thinking routines

These naturally and contextually activate mental processes by acting as simple, repeatable guides that allow students to explore ideas and make thinking visible.

They are brief, repeatable, and flexible formulas for organizing tasks before, during, and after an activity, mainly developed in Harvard’s Project Zero research.

Some examples of these structures include: I see – I think – I wonder; explain – support – question; or I think – I’m interested – I investigate.

2. Thinking skills

In this case, the procedures are more complex and, according to Robert Swartz’s classification, focus on generating, classifying, and evaluating ideas.

For example, brainstorming sessions can be organized into tables listing pros and cons to support decision-making. Specific evaluation criteria are applied to select the best option.

We have gathered other practical examples of these metacognitive techniques that you can draw inspiration from:

• Metacognitive log or learning journals: You can invite your students to engage in cognitive reflection through a sort of “thinking diary” about what they have learned, how the process went, and how they felt. This also helps develop socio-emotional education, as highlighted by UNESCO in its study on contributions to teaching socio-emotional skills.
  
• Checklists: These are very useful tools for creating lists of requirements that students must meet to progress in their learning.
  
• Verbalizing learning: This involves students expressing aloud what they are doing and feeling while completing a task. This method can also be enriching for other students if shared in class, encouraging peer participation.
  
• Guided self-assessments: When students finish a task or project, invite them to ask themselves questions like what they did well, where they faced challenges, what they could improve, and what they learned.
  
• Peer assessment: Promoting feedback among classmates helps students become aware of how others perceive their actions. This dynamic also encourages assertiveness and inclusion, and provides invaluable information that helps teachers create more constructive assessments.
  
• Concept maps: These are very useful tools that make thinking visible, encourage planning and data organization, allow clear self-assessment of the process, and stimulate meaningful learning.
  

Developing metacognition in the classroom is essential to strengthen your students’ ability to reflect on, regulate, and improve their learning, reduce frustration, and achieve better outcomes.

The result for the teacher is clear: greater student engagement and improved evaluations of their classes.

How to apply the metacognitive method in the classroom step by step

To help you get started with the metacognitive method, we have prepared a simple roadmap that you can adapt according to your own criteria:

If you want to add more meaning to the activity, consider creating a digital wall or a collaborative mural poster where each student can share their final reflections. 

Encourage them to answer three questions: 

• What have I learned? 
• Which strategy worked best for me? 
• What would I change if I had to do this task again?

You could title it: “What we’ve learned about how we learn” to highlight the importance of learning how to learn.

Metacognition and educational technologies 

The digital transformation of society — and education along with it — has greatly expanded opportunities to integrate metacognition into virtual environments.

Adaptive learning platforms, whether standalone systems or integrated within Learning Management Systems (LMS), are designed to adjust to each student’s performance level. However, they also offer great potential by promoting metacognition through continuous, reflective interaction with the learning process.

By detecting patterns of correct and incorrect answers, response times, and the user’s strategic choices, these platforms provide tools that can suggest when a student should review concepts or move forward. 

It’s a kind of simulation of the metacognitive process, encouraging students to reflect on their own progress and self-regulate, even if “guided” by these systems.

Another example of the connection between metacognition and educational technologies is online proctoring systems — technologies designed to monitor remote assessments using artificial intelligence, biometrics, and user behavior tracking.

While the primary goal of these solutions is to ensure the authenticity of evaluations, they can also offer benefits related to metacognition.

So, how does this connection work? Since these online monitoring systems analyze behavioral patterns, navigation between questions, and time management, they can help identify the level of self-regulation and application of cognitive processes during an assessment.

Beyond their monitoring function, this data can support formative feedback and strengthen your learning planning and assessment strategies.

At Smowltech, we offer our clients proctoring plans that integrate AI solutions to maximize their formative strategies. If you want to experience how it works firsthand, feel free to request a free demo.