The article concludes with a brief outline of the specificity of metacognition in the context of STEM education and digital environments, together with concrete directions for future research, laying the groundwork for a forthcoming study on the metacognitive competence of mathematics and computer science teachers.
Abstract
The article presents a theoretical review of the concept of metacognition and metacognitive skills as a foundation for further research in educational psychology and teacher education. The topic is situated within the context of international “21st century skills” frameworks (the OECD Learning Compass 2030) and European frameworks for digital competence and lifelong learning (DigComp 2.2), which place metacognitive and reflective skills among the expected outcomes of contemporary education. The article traces the evolution of the concept itself from Flavell’s (1979) foundational work to contemporary structural models distinguishing metacognitive knowledge (declarative, procedural, conditional) from metacognitive regulation (planning, monitoring, evaluation). The main theoretical debates in the field are examined – whether metacognition is a single, general construct or a system of partially independent, domain-specific processes – as well as its relationship to related but distinct constructs such as self-regulated learning, executive functions, and motivational self-efficacy. A critical review of the main approaches to measuring metacognition (self-report questionnaires, protocol-based methods, product-based indicators) is presented, along with their advantages and limitations. The article concludes with a brief outline of the specificity of metacognition in the context of STEM education and digital environments, together with concrete directions for future research, laying the groundwork for a forthcoming study on the metacognitive competence of mathematics and computer science teachers.
The development of metacognition involves cognitive processes related to knowledge, production, and regulation of actions, contributing to awareness and self-evaluation of learning by individuals in the school context. This study aims to identify the development of metacognitive skills in high school students through a...
Rony Almeida Aragão, A. Bizerra· Revista Diálogo Educacional· 0 citations
This article analyzes the articulation between metacognition and Didactic Engineering as a strategy for the development of pedagogical practices in Science Education. Grounded in references from Cognitive Psychology and Mathematics Education, the study characterizes metacognition as the ability to plan, monitor, and se...
Francisca Érica da Silva Maia, Lázaro Luis de Lima Sousa· Revista Diálogo Educacional· 0 citations
This article aims to analyze, from a theoretical and reflective perspective, the role of metacognition in mathematics teaching-learning processes, exploring its conceptual foundations, strategies, and pedagogical possibilities. It starts from the premise that learning mathematics goes beyond executing algorithms and me...
Mariana Figueira Secafim, M. M. Pontin Darsie· Revista Diálogo Educacional· 0 citations
Self-regulated learning is one of the most important constructs within the field of higher education that
refers to the processes of planning, monitoring and evaluation of one's academic behavior under limited
guidance from external sources. Even though there is an extensive amount of research dedicated to the
topic, t...
Malika Z. Talipova, Marietta Karamyan, Sh.K. Urakova et al.· Archives for Technical Scien...· 0 citations
It is argued that if educators do not provide the metacognitive support necessary for students to utilize the digital tools in a strategic way, then most of what is considered "digital pedagogy" will function more like activity taxonomies.
Naila Nafissa Cadi· Agria Média 2025 : „Oktatás...· 0 citations
We use cookies to run the site and, with your consent, for analytics and to show ads.
See our Cookie Policy.