Unlocking Learning Potential: Mastering Metacognition and Learning Strategies
Metacognition, often described as "thinking about thinking," is a powerful set of skills that enables learners to take charge of their own learning processes. It involves awareness of how one learns, evaluation of learning needs, generation of strategies to meet those needs, and implementation of those strategies. By developing metacognitive skills, individuals can become more effective and autonomous learners, capable of adapting to different learning situations and achieving their goals. Metacognitive strategies are techniques to help students develop an awareness of their thinking processes as they learn. These techniques help students focus with greater intention, reflect on their existing knowledge versus information they still need to learn, recognize errors in their thinking, and develop practices for effective learning.
The Essence of Metacognition
Metacognition is a form of self-regulated learning, which "refers to the processes used to plan, monitor, and assess one’s understanding and performance. Metacognition includes a critical awareness of a) one’s thinking and learning and b) oneself as a thinker and learner." It is one’s ability to use prior knowledge to plan a strategy for approaching a learning task, take necessary steps to problem solve, reflect on and evaluate results, and modify one’s approach as needed. Flavell (1976), who first used the term, offers the following example: I am engaging in Metacognition if I notice that I am having more trouble learning A than B; if it strikes me that I should double check C before accepting it as fact (p.
Metacognition involves two complementary processes: metacognitive knowledge and metacognitive regulation. Metacognitive knowledge refers to what individuals know about themselves as cognitive processors, about different approaches that can be used for learning and problem solving, and about the demands of a particular learning task. Metacognitive regulation refers to adjustments individuals make to their processes to help control their learning, such as planning, information management strategies, comprehension monitoring, de-bugging strategies, and evaluation of progress and goals.
Why Metacognition Matters
Improved metacognition can facilitate both formal and informal learning. Learners often show an increase in self-confidence when they build metacognitive skills. Metacognitive strategies often separate an expert from a novice. For example, experts are able to plan effectively on a global level at the start of a task. On the other hand, some adults do not spontaneously transfer metacognitive skills to new settings. Successful learners typically use metacognitive strategies whenever they learn. But they may fail to use the best strategy for each type of learning situation.
Nilson (2013) summarizes numerous studies that indicate that students who engage in metacognitive exercises improve their exam performance, written or designed products, and problem-solving ability. Moreover, metacognition helps students improve their sense of self-efficacy and independent agency, which in turn increases their motivation to learn (Ambrose, et al.
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Metacognition plays a crucial role in developing critical thinking and consists of a person being aware of their own thinking processes in order to improve them for better knowledge acquisition. Critical thinking depends on these metacognitive mechanisms functioning well, being conscious of the processes, actions, and emotions in play, and thereby having the chance to understand what has not been done well and correcting it. One consequence of this is that critical thinking improves with the use of metacognition.
Practical Metacognitive Strategies for Learners
Here are some practical strategies that learners can incorporate into their study routines to enhance their metacognitive skills:
Planning and Preparation
Effective learning requires some initial effort in planning. Expert learners spend a great deal of time in the planning stage, but more novice learners may not realize its importance (Chi, Bassok, Lewis, Reimann, & Glaser, 1989; Hayes & Flower, 1986). It is vital to teach students that time spent planning before a learning task is well worth the effort. Another necessary precedent for engaging in a learning activity is knowing one’s own strengths and weaknesses as a learner. This is different from knowing one’s own learning style, a concept that is not supported by research (Paschler, McDaniel, Rohrer, & Bjork, 2009). Rather than defaulting to a single preferred style, metacognitive learners are flexible in their approach, basing it on the task’s specific demands, their self-knowledge, and their own prior experience. Metacognitive learners also regulate the time allotted to various aspects of the task.
Pre-Assessment of Knowledge: Use a pre-class survey, homework assignment, polling questions in class, or a short reflective writing piece as a way for students to explore their existing knowledge about a topic. Asking how the topic relates to students’ experiences or interests can highlight pre-existing knowledge and boost engagement. Comment on the reflections or share some themes with the class.
Syllabus Review: Look at your syllabus. Your professor probably included a course schedule, reading list, learning objectives or something similar to give you a sense of how the course is structured. Use this as your roadmap for the course. For example, for a reading-based course, think about why your professor might have assigned the readings in this particular order. How do they connect? What are the key themes that you notice? What prior knowledge do you have that could inform your reading of this new material?
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Topic Preview: Before you read your textbook or attend a lecture, look at the topic that is covered and ask yourself what you know about it already. What questions do you have? What do you hope to learn? Answering these questions will give context to what you are learning and help you start building a framework for new knowledge.
Preparing for Class: Ask students to prepare for class by reviewing the week's syllabus topic and reading. Use the Canvas online quiz tool, in-class polling, or index cards to learn how students understand the goals for the class meeting, how they think they should prepare, and what they learned from the reading.
Some potential questions:
- What is one question you still have about the reading?
- What is one thing you are curious about?
- How can you best prepare for class?
- What can you do in class to help yourself learn?
Active Engagement and Monitoring
Metacognitive "Close Reading" Exercise: Ask your students to bring an assigned reading to class and have them consider how reading strategies can help them retain the information. One method is to ask students to individually read a short passage, note two to three strategies they used when reading, and compare their strategies with a partner.
Debrief with the class and share a list of common strategies
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- Preview your reading (title, abstract, headings, charts, diagrams, questions, terms highlighted in bold text, italicized words, etc.)
- Based on your preview, develop some questions that you think the text will answer
- Write down any questions you have
- Read a paragraph, paraphrase it, and check to see if it answered any of your questions
- Repeat this process with the entire document to ensure you understand the material and can answer your questions
- After you finish reading, test yourself on your questions
- Make a note of what is still unclear
Talk Through Your Material: You can talk to your classmates, your friends, a tutor, or even a pet. Just verbalizing your thoughts can help you make more sense of the material and internalize it more deeply. Talking aloud is a great way to test yourself on how well you really know the material. In courses that require problem solving, explaining the steps aloud will ensure you really understand them and expose any gaps in knowledge that you might have.
Self-Explanation: Teach learners how to think aloud and report their thoughts while performing a difficult task. A knowledgeable partner can then point out errors in thinking or the individual can use this approach for increased self-awareness during learning. Another approach to thinking aloud is the working out loud approach.
Active Note-Taking: Many students take notes as they are reading. Often this can turn notetaking into a passive activity, since it can be easy to fall into just copying directly from the book without thinking about the material and putting your notes in your own words. Instead, try reading short sections at a time and pausing periodically to summarize what you read from memory.
Foster Self-reflection: Emphasize the importance of personal reflection during and after learning experiences. Encourage learners to critically analyze their own assumptions and how this may have influenced their learning.
Reflection and Evaluation
Reflection Questions (Classroom Assessment Techniques): After assignments have been completed, ask students to reflect on their work and discuss their answers in class to clarify their thinking.
Sample prompts:
- Explain two ideas in the reading that you found confusing.
- Did working with your group help you learn? Why or why not?
- What advice would you give yourself now if you were to start this project again?
- What went well?
- What could have gone better?
- What could you do to improve things in the future?
Self-Reflective Questions: Asking self-reflective questions is key to metacognition. Take the time to be introspective and honest with yourself about your comprehension.
Writing and Concept Mapping: Writing can help you organize your thoughts and assess what you know. Just like thinking aloud, writing can help you identify what you do and don’t know, and how you are thinking about the concepts that you’re learning. Write out what you know and what questions you have about the learning objectives for each topic you are learning. Using concept maps or graphic organizers is another great way to visualize material and see the connections between the various concepts you are learning.
Exam Review: Reviewing an exam that you’ve recently taken is a great time to use metacognition. Look at what you knew and what you missed. Try using this handout to analyze your preparation for the exam and track the items you missed, along with the reasons that you missed them.
Periodic Time-Outs: When you’re learning, it’s important to periodically take a time out to make sure you’re engaging in metacognitive strategies. We often can get so absorbed in “doing” that we don’t always think about the why behind what we are doing. For example, if you are working through a math problem, it’s helpful to pause as you go and think about why you are doing each step, and how you knew that it followed from the previous step.
Self-Testing: You don’t want your exam to be the first time you accurately assess how well you know the material. Self-testing should be an integral part of your study sessions so that have a clear understanding of what you do and don’t know. Many of the methods described are about self-testing (e.g., thinking aloud, using writing, taking notes from memory) because they help you discern what you do and don’t actually know.
Error Analysis: After students receive their homework or tests back with the errors noted, consider not putting a grade on the paper initially, but rather giving students time to evaluate their errors and consider future alternatives.
- Did you leave questions unfinished at the end? If so, do you think you knew the answers to some of them?
- Did you skip more difficult questions along the way so that you could’ve gotten to the last questions (and gone back to the others as time allowed)?
- Were any of your errors due to not following instructions?
- What predictions did you make about the test that were correct?
Strategy Evaluation: It is important to figure out what learning strategies work best for you. It will probably vary depending on what type of material you are trying to learn (e.g. chemistry vs. history), but it will be helpful to be open to trying new things and paying attention to what is effective for you. If flash cards never help you, stop using them and try something else instead.
Metacognitive Strategies for Educators
As instructors, we want our students to develop into goal-directed, independent thinkers with the ability to reflect on their own learning. In order to become this type of self-directed learner, students must develop “executive functioning” skills that allow them to take charge of their own thinking processes. The final principle of the eight principles of learning in this series describes the importance of metacognition in reaching this goal. A metacognitive student is one who continually engages in reflection. She has an awareness of what she does and doesn’t know, a variety of learning strategies along with an understanding of when and how to use them, and the flexibility to change course when a strategy fails. Lovett et al. (2023) suggest that “to become self-directed learners, students must learn to assess the demands of the task, evaluate their own knowledge and skills, plan their approach, monitor their progress, and adjust their strategies as needed” (p. 189), and decades of research has identified these behaviors as predictors of academic success at all grade levels (e.g., Pintrich & DeGroot, 1990; Young & Fry, 2012). With increased learning demands at the college level, learning strategies that go beyond memorization and passive knowledge acquisition are especially important (Kitsantas, 2002). Many of our students, however, are underprepared for the metacognitive demands of college (Cohen, 2012). This can be true of even our high-ability students (Balduf, 2009), who may never have been sufficiently challenged to prompt the development of metacognitive strategies. Even worse, students who continue to use poor learning strategies often do so because they don’t have the metacognitive skill to realize their mistakes (Kruger & Dunning, 1999); thus, “not only do they reach erroneous conclusions and make unfortunate choices, but their incompetence robs them of the ability to realize it” (p. courses. 2003). thinking by integrating metacognitive activities into their courses.
Teachers who use metacognitive strategies can positively impact students who have learning disabilities by helping them to develop an appropriate plan for learning information, which can be memorized and eventually routine. As students become aware of how they learn, they will use these processes to efficiently acquire new information, and consequently, become more of an independent thinker.
Here are some metacognitive teaching strategies that educators can use in the classroom:
Promote Metacognitive Learning Objectives: Consider including at least one explicit course learning objective focused on metacognition. A few samples include the following:
- Assess the way you learn and study and make changes based on what works in theory and for you.
- Describe your thinking process for how to choose which concepts and methods to use when considering a problem or issue.
- Explain which social identity categories are most operative in shaping your views, assumptions, and interactions with others in given contexts.
Demonstrate Metacognition as Part of "Expert" Thinking and Learning: Students tend to encounter expert thinking in its most polished, scholarly forms, such as the published peer-reviewed paper or slick textbook, the public release of a carefully produced video or presentation, or the polished lecture perfected over several years. Such texts or performances can demonstrate strong rigor and set very high standards, which are important, but they also tend to obscure the process of their production, such as the many false starts, wrong turns, changes of course, multiple revisions, frustrations or wonders, and so on. As a result, students may not come to understand or appreciate the work involved in thinking and learning that becomes "expert" or achieves the level of rigor an instructor might expect. Instructors can "pull back the curtain," so to speak, and reveal the process of expert inquiry by including deliberate moments of metacognition or "thinking in action." An example of this is the "think aloud," in which an instructor models how they first encounter a new text, problem or issue - literally speaking aloud their initial impressions, the basic questions they ask themselves to get inquiry started, the immediate associations or connections they make, the preliminary speculations or hypotheses they have, and so on. Such demonstrations can be powerful "aha" moments for students and provide them with important clues for how to engage in their own inquiry and learning process. Instructors can also have students practice think alouds together in pairs or groups, creating explicit moments for simply trying out ideas or approaches with no expectation that they are "right" or must be "correct." The whole class can debrief think aloud exercises, with the instructor and students sharing how and why they chose certain starting places or strategies, what they might do differently or more extensively next time, what they found easy or challenging, and so on.
Include Explicit Metacognitive Learning Activities: Generally speaking, metacognitive activities can be organized into three main categories: short, frequent activities; a scaffolded series or regularly repeated activity; or a "big picture," whole course reflection.
An example of a short, frequent metacognitive activity is a "wrapper," in which students engage in self-reflection prior to and after different classroom activities. For instance, before starting an assignment or taking an exam, students can be asked how well they think they can describe an important concept or solve a specific kind of problem or answer a specific kind of question and why. After students then complete the assignment or exam, see their actual results, and receive feedback , they can be asked to the same reflection questions, albeit looking back at their actual work. Then they can compare their prior perceptions/assumptions with their actual performance and identify what was accurate or inaccurate, what worked or didn't work, what they should do again or do differently to prepare for next time, etc.
Ask Questions: During formal courses and in post-training activities, ask questions that allow learners to reflect on their own learning processes and strategies.
Encourage Self-questioning: Foster independent learning by asking learners to generate their own questions and answer them to enhance comprehension.
Teach Strategies Directly: Promote Autonomous Learning. When learners have some domain knowledge, encourage participation in challenging learning experiences.
Provide Access to Mentors: Many people learn best by interacting with peers who are slightly more advanced.
Provide Opportunities for Making Errors:
The Interplay Between Metacognition and Critical Thinking
Critical Thinking is a concept without a firm consensus, as there have been and still are varying conceptions regarding it. Its nature is so complex that it is hard to synthesize all its aspects in a single definition. While there are numerous conceptions about critical thinking, it is necessary to be precise about which definition we will use. We understand that “critical thinking is a knowledge-seeking process via reasoning skills to solve problems and make decisions which allows us to more effectively achieve our desired results” (Saiz and Rivas, 2008, p. 131).
The components of critical thinking can be categorized into cognitive and non-cognitive aspects. The former include perception, learning, and memory processes, with thinking being the most important knowledge acquisition mechanism. The latter encompass motivation and interests, with metacognition acting as a bridge between cognitive and non-cognitive elements by incorporating judgment and control over thoughts.
Both cognitive and non-cognitive components are essential for improving critical thinking, as one is incomplete without the other. Neither cognitive skills nor dispositions alone suffice to train a person to think critically. Metacognition, in particular, has bidirectional relations with critical thinking, influencing and being influenced by the degree of consciousness we have about our own mental processes and our capacity for self-regulation.
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