The following is taken from the Metacognition: Reflecting on Learning Goals, Strategies, and Outcomes section. Simply put, metacognition is the process of thinking about thinking. Indeed, to access the metacognitive monitoring of children, schoolchildren aged nine to ten were invited to solve arithmetic problems and evaluate their performance in an fMRI scanner. The results showed that children's brain activity in the left inferior frontal gyrus increased during problem solving and following procedures. Using latent profile analysis, we explored the emergence of different profiles of secondary school learners based on their various combinations of cognitive and metacognitive learning strategies. The purpose of this study was first to investigate the mathematical metacognitive characteristics of high-achieving students by comparing high-achieving and low-achieving students. Second, the aim was to explore the pathways of effective mathematics learners' mathematical metacognition in mathematics achievement. In this, metacognition can be defined more generally as “reflections on cognition” Schoenfeld, 1987, “intentional reflection on thinking” and “understanding and control of cognitive processes” Anderson, 2002, p. 3. It has also been defined more narrowly as "awareness and reflections on one's knowledge, experiences, emotions, and, The Adaptive Learning Model has offered a theoretical scaffolding for understanding the results of various psychological frameworks, including including motivation, emotion, metacognition, self-concept and learning. The model describes two parallel processing modes: a mastery or learning mode and an adaptation or well-being mode. Previous research in the area of metacognition indicates that there is a construct of self-confidence in adults and primary school children -12. In this chapter we review the results. Although metacognition is about learners taking control of their own learning, the role of the teacher is essential in developing students' metacognitive skills and strategies to empower them to do so. 3. Metacognition requires careful planning. Metacognition is most effective when integrated into a school's curriculum and lesson on a specific subject. Metacognition is the ability to: Reflect on one's own thoughts; Be aware of yourself as a problem solver; Monitor, plan and control mental processing. Understand this material, OR simply memorize it. Accurately judge your level of learning Taken from: Flavell, JH 1976. Metacognitive aspects of problem solving. Strategies for teaching metacognition in the classroom. This is the third post in a six-part blog series on 21st century skills, including problem solving, metacognition, and critical thinking. INTRODUCTION. Students who reflect on their own thinking are able to learn more than their peers who are not metacognitive. Metacognition is an essential component of education that correlates with learning outcomes Wang et al. 1990, student performance Young and Fry, 2008 Vukman and Licardo, 2009, and problem solving, 2.1. MCS and reading comprehension. Knowledge of metacognition in reading incorporates knowledge of Eskey's reason and purpose for reading, as well as how comprehension problems might be approached. Learning the metacognitive system seems to be