Procedural metacognition is the set of affect-based mechanisms allowing agents to regulate cognitive actions like perceptual discrimination, memory retrieval or problem solving. This article proposes that procedural metacognition has had a major role in the evolution of communication. A plausible hypothesis is that, under pressure for maximizing signalling efficiency, the metacognitive abilities used by nonhumans to regulate their perception and their memory have been re-used to regulate their communication. On this view, detecting one’s production errors in signalling, or (...) solving species-specific trade-offs between informativeness, processing effort, clarity, or urgency depend on a form of procedural metacognition, called “metacommunication”. How does this view relate to Gricean theories of human communication? A parallel between procedural trade-offs and conversational maxims is discussed for its evolutionary implications. Rather than accepting radically discontinuist interpretations, in which mindreading operates a full reorganization of pragmatics, it is proposed that procedural forms of regulation are entrenched in all forms of human communication. According to contextual demands, humans adopt and monitor more or less demanding informational goals, such as factual updating, clarifying, explaining, proving, and reaching consensus in collective matters. Under time pressure, only part of these goals require adopting others’ viewpoint. Efficiency in collective decision-making, in particular, might have been considerably raised by an ability to interpret others’ intentions and motivations. (shrink)

_To develop reading skills of students, teachers have been advised to provide metacognitive reading strategy instruction by researchers. However, previous research has provided limited understanding of how teachers could foster metacognition of reading strategies in a ‘real’ classroom setting. Moreover, previous research pre-supposed an a priori list of teaching practices in the lessons and did not take into account the needs of the students and the context during metacognitive reading strategy instruction. Studies facilitating metacognitive reading strategy instruction in (...) an ESL setting are also rare. This paper reports on an action research that provides a detailed data-led understanding of how metacognition of reading strategies could be promoted in an ecologically valid university level ESL classroom setting. The study participants of this study were eight undergraduate university students. Data for the study was collected through learner diaries, interviews, think aloud protocols, note-taking, researcher journal and end of class feedback in two action research cycles over an academic year. The findings revealed that providing explicit instruction and opportunities for collaborative discussion about strategy use as well as promoting students’ interest in reading helped raise students’ awareness, use and regulation of reading strategies. Implications of the study are discussed. _. (shrink)

The importance of enchancing metacognition and encouraging active learning in philosophy teaching has been increasingly recognised in recent years. Yet traditional teaching methods have not always centralised helping students to become reflectively and critically aware of the quality and consistency of their own thinking. This is particularly relevant when teaching moral philosophy, where apparently inconsistent intuitions and responses are common. In this paper I discuss the theoretical basis of the relevance of metacognition and active learning (...) for teaching moral philosophy. Applying recent discussions of metacognition, intuition conflicts and survey-based teaching techniques, I then outline a strategy for encouraging metacognitive awareness of tensions in students’ pretheoretical beliefs, and developing a critical self-awareness of their development as moral thinkers. (shrink)

Teaching allows human culture to exist and to develop. Despite its significance, it has not been studied in depth by the cognitive neurosciences. Here we propose two hypotheses to boost the claim that teaching is a human instinct, and to expand our understanding of how teaching occurs as a dynamic bi-directional relation within the teacher-learner dyad. First, we explore how children naturally use ostensive communication when teaching; allowing them to be set in the emitter side of (...) natural pedagogy. Then, we hypothesize that the capacity to teach may precede to even have a mature metacognition and, we argue that a teacher will benefit from the interaction with her student, improving her understanding on both contents of knowledge: her own and her student’s. Thus, we propose that teaching may be the driving force of metacognitive development and may be occurring as an instinct from very early ages. (shrink)

The conception of thought as a kind of argumentative dialogue has been influential in curricula designed to promote the development of thinking skills. Educators have sought to “teach” this kind of thinking by providing their students with opportunities to participate in argumentative exchange. This practice is based on the belief that thinking processes will mirror or mimic the interpersonal exchanges in which the thinker engages. In this article, another approach to teaching argumentative thought is developed. It is argued that (...) while training and practice in interpersonal argumentation increases students’ overall argumentation skills, it is not particularly effective in helping students to develop the practice of engaging dialogically with their own beliefs. On this other approach, students are required to engage in “metacognitive inquiry” in which their own judgments in respect of curriculum materials, and in respect of the various strategies they have deployed to generate these judgments, become a subject matter for reflection and critical evaluation. The article concludes with the discussion of an in-class experiment in using the metacognitive approach. (shrink)

In summaries of “best practices” for pedagogy, one typically encounters enthusiastic advocacy for metacognition. Some researchers assert that the body of evidence supplied by decades of education studies indicates a clear pedagogical imperative: that if one wants their students to learn well, one must implement teaching practices that cultivate students’ metacognitive skills. -/- In this dissertation, I counter that education research does not impose such a mandate upon instructors. We lack sufficient and reliable evidence from studies that use (...) the appropriate research design to validate the efficacy of metacognitive skill-building interventions (not just evaluate their relationship to learning outcomes). I argue that improved academic outcomes following these interventions aren’t necessarily mediated by increased metacognitive skills; rather, enhanced student performance can be accounted for by other factors that accompany metacognitive training, particularly the explicit provision of domain-specific knowledge. -/- On the way to this conclusion, I elaborate some complications and controversies surrounding “metacognition.” This is a sprawling and nebulous construct, which makes generalizations about its pedagogical value dubious from the outset. Moreover, it is unclear the extent to which the end goal of metacognitive skill-building (cognitive self-mastery, involving knowledge of and control over our own minds) is even possible, given our mental architecture; some cognitive scientists allege that we are subject to phenomenological illusions which make this seem more achievable than it actually is. -/- I also attempt to provide an account of how metacognitive skill-building could receive glowing endorsements from educators and education researchers, even though its conceptual and empirical underpinnings are flimsy. The error theory I offer identifies two major factors that may foster belief in the efficacy of metacognitive training: goalpost-shifting around the objective of such efforts, and motivated reasoning in defense of the desirable conclusion that educators can significantly reshape students’ minds and unlock their intellectual potential through simple pedagogical interventions. (shrink)

This paper argues that explicit reading instruction should be part of lower level undergraduate philosophy courses. Specifically, the paper makes the claim that it is necessary to provide the student with both the relevant background knowledge about a philosophical work and certain metacognitive skills (e.g. their ability to reflect on the learning process) that enrich the reading process and their ability to organize the content of a philosophical text with other aspects of knowledge. A “How to Read Philosophy” handout and (...) student reactions to the handout are provided. (shrink)

This paper is an adaptation of a paper presented at the British Educational Research Association Conference in Belfast, Northern Ireland, in August 1998. It reports on a study on reading pedagogy and metacognition in six classrooms in Leeds and six classrooms in Dublin. The evidence is based on 12 teacher interviews, 43 separate lesson observations and school/class, policy/lesson documents. The paper analyses the teachers' thinking and their classroom practices with reference to inter-related themes, tasks, texts and contexts, and it (...) draws out the implications for the development of metacognitive awareness among the g-year-old children that these teachers reach. It attempts to explain practice with reference to teachers' conceptions of teaching, the learner and reading. (shrink)

Childhood obesity, linked to a sedentary lifestyle and an unbalanced diet, is one of the main problems in today’s Western societies. In this sense, the aim of the study was to analyze students’ perceived satisfaction in physical education classes with learning strategies and engagement in learning and critical thinking as determinants of healthy lifestyle habits. The study involved 2,439 high school students aged 12–18 years (M= 14.66,SD= 1.78). Structural equation modeling was conducted to analyze the predictive relationships between the study (...) variables. The results showed that teaching, teaching mastery, and cognitive development are precursors to deep thinking on the part of students, indicators of the adoption of healthy lifestyle habits. These results reflect the importance of the methodology adopted by the teacher in order to positively influence the students’ habits. (shrink)

Less than two decades ago, Halpern (1998) presented a convincing approach for teaching critical thought. However, nowhere in her article did she explain how to “get” faculty to teach to thinking skills to transfer across domains of knowledge using: “(a) dispositional or attitudinal component, (b) instruction in and practice with critical thought, (c) structure–training activities, and (d) a metacognitive component used to direct and assess thinking.” (p. 451) It is an open question as to what type of strategies will (...) faculty need to demonstrate to create productive, knowledgeable, thinking citizenry? In this paper I focus on the faculty’s role in promoting the teaching of critical thought, that is, critical thought processes, with particular reference to dental education. Many students can develop processes of critical thought with frequent practice involving the active use of multiple types of ill-structured problems and situations designed to require the ability (1) to recall useful information, (2) to use pattern recognition, (3) to discern pertinent information, (4) to think ahead, and (5) to anticipate outcomes and problems while (6) remaining composed enough so that their emotions do not hinder decision-making skills. (shrink)

Preservice mathematics teachers’ accurate understanding of mathematical problem solving and its teaching is key to the performance of their professional quality. This study aims to investigate preservice mathematics teachers’ understanding of problem solving and its teaching and compares it with the understanding of in-service mathematics teachers. After surveying 326 in-service mathematics teachers, this study constructs a reliable and valid tool for the cognition of mathematical problem solving and its teaching and conducts a questionnaire survey on 26 preservice (...) mathematics teachers. Survey results reveal that preservice mathematics teachers have a good understanding of mathematical problem solving and its teaching and are more confident in the transfer value of problem solving ability. By contrast, in-service teachers are more optimistic that problem solving requires exploration, continuous thinking, and the participation of metacognition. This article concludes that preservice mathematics teachers should focus more on the initiative and creativity of students and put students at the center of education. In addition, teacher educators should provide more teaching practice opportunities for preservice teachers. The findings also show that in-service teachers’ understanding of problem solving and its teaching is inferior to that of preservice teachers on some indicators, implying the importance of post-service training for in-service teachers. (shrink)

Recent advances in second-person neuroscience have allowed the underlying neural mechanisms involved in teaching-learning interactions to be better understood. Teaching is not merely a one-way transfer of information from teacher to student; it is a complex interaction that requires metacognitive and mentalizing skills to understand others’ intentions and integrate information regarding oneself and others. Physiotherapy involving therapists instructing patients on how to improve their motor skills is a clinical field in which teaching-learning interactions play a central role. (...) Accumulating evidence suggests that non-invasive brain stimulation modulates cognitive functions; however, NIBS approaches to teaching-learning interactions are yet to be utilized in rehabilitation. In this review, I evaluate the present research into NIBS and its role in enhancing metacognitive and mentalizing abilities; I then review hyperscanning studies of teaching-learning interactions and explore the potential clinical applications of NIBS in rehabilitation. Dual-brain stimulation using NIBS has been developed based on findings of brain-to-brain synchrony in hyperscanning studies, and it is delivered simultaneously to two individuals to increase inter-brain synchronized oscillations at the stimulated frequency. Artificial induction of brain-to-brain synchrony has the potential to promote instruction-based learning. The brain-to-brain interface, which induces inter-brain synchronization by adjusting the patient’s brain activity, using NIBS, to the therapist’s brain activity, could have a positive effect on both therapist-patient interactions and rehabilitation outcomes. NIBS based on second-person neuroscience has the potential to serve as a useful addition to the current neuroscientific methods used in complementary interventions for rehabilitation. (shrink)

Cumulative technological culture (CTC) refers to the increase in the efficiency and complexity of tools and techniques in human populations over generations. A fascinating question is to understand the cognitive origins of this phenomenon. Because CTC is definitely a social phenomenon, most accounts have suggested a series of cognitive mechanisms oriented toward the social dimension (e.g., teaching, imitation, theory of mind, and metacognition), thereby minimizing the technical dimension and the potential influence of non-social, cognitive skills. What if we (...) have failed to see the elephant in the room? What if social cognitive mechanisms were only catalyzing factors and not thesufficient and necessaryconditions for the emergence of CTC? In this article, we offer an alternative, unified cognitive approach to this phenomenon by assuming that CTC originates in non-social cognitive skills, namely technical-reasoning skills which enable humans to develop the technical potential necessary to constantly acquire and improve technical information. This leads us to discuss how theory of mind and metacognition, in concert with technical reasoning, can help boost CTC. The cognitive approach developed here opens up promising new avenues for reinterpreting classical issues (e.g., innovation, emulation vs. imitation, social vs. asocial learning, cooperation, teaching, and overimitation) in a field that has so far been largely dominated by other disciplines, such as evolutionary biology, mathematics, anthropology, archeology, economics, and philosophy. (shrink)

Teaching critical thinking skill is a central pedagogical aim in many courses. These skills, it is hoped, will be both portable and durable. Yet, both of these virtues are challenged by pervasive and potent cognitive biases, such as motivated reasoning, false consensus bias and hindsight bias. In this paper, I argue that a focus on the development of metacognitive skill shows promise as a means to inculcate debiasing habits in students. Such habits will help students become more critical reasoners. (...) I close with suggestions for implementing this strategy. (shrink)

Teaching children to ask and answer questions is critically important if they are to learn to talk and reason effectively together, particularly during inquiry-based science where they are required to investigate topics, consider alternative propositions and hypotheses, and problem-solve together to propose answers, explanations, and prediction to problems at hand. This study involved 108 students (53 boys and 55 girls) from seven, Year 7 teachers’ classrooms in five primary schools in Brisbane, Australia. Teachers were randomly allocated by school to (...) one of two conditions: the metacognitive questioning condition (Trained condition) or the prescriptive questioning condition (Untrained condition). Data on students’ discourse and reasoning and problem-solving (RP-S) were collected across Times 1 and 2. The results showed that while there were significant differences in the discourse categories of the students in the two conditions at Time 1, the only significant difference was in questioning behaviour at Time 2 with the students in the trained condition continuing to ask more questions than their untrained peers. Given that these students had been taught to specifically ask ‘thinking’ questions that probed and interrogated information, these results are not surprising. A follow-up examination of students’ discourse during their small group discussions illustrated how these students interacted with each other to probe and interrogate information by providing explanations and reasons to make their thinking explicit and by using analogies to verbally represent concepts they were trying to express. Results on the follow-up reasoning and problem-solving (RP-S) tasks indicated that students in the Trained and Untrained conditions improved their scores from Time 1 to Time 2 although the change was not significantly different between conditions. (shrink)

In this paper I develop a theoretical framework for instruction in Critical Thinking courses which integrates informal logic with both psycho­logical work on error tendencies in human reasoning and the intellectual virtues. I argue that matters of cogency, which concern the content of one’s arguments, should be distinguished from matters of reasoning, which concern the actual inferences people draw. Informal logic and the intellectual virtues supply the normative standards for each of these dimensions of critical think­ing, and the fallacies and (...) error tendencies supply students with a stock of common errors. Understanding this framework has important pedagogical consequences for how we teach these courses. In particular, instructors ought to aim at developing metacognitive skill at reflection upon the inferences one draws in addition to logical skill in evaluating the cogency of one’s arguments. I conclude by drawing concrete lessons for Critical Thinking pedagogy. (shrink)

Cognitive bias presents as a pressing challenge to critical thinking education. While many have focused on how to eliminate or mitigate cognitive bias, others have argued that these biases are better understood as result from adaptive reasoning heuristics which are, in the right conditions, rational modes of reasoning about the world. This approach presents a new challenge to critical thinking education: if these heuristics are rational under the right conditions, does teaching critical thinking undermine student abilities to reason effectively (...) in real life reasoning scenarios? I argue that this challenge calls for a reconception of the goals of critical thinking education to focus on how rational ideals are best achieved or approximated in human reasoners. Critical thinking educators should focus on developing the metacognitive skill to recognize when different cognitive strategies should be used. (shrink)

For disciplines depending upon precise definitions and distinctions, students’ notes provide an avenue for student engagement with skill and content. Activities enliven the classroom, and those discussed here can also help students develop and exercise critical thinking skills through note-taking. Lecturing and experiential learning happen hand-in-hand when the instructor uses teaching about notes and note-taking as a method for critical engagement with class content. In this paper, I integrate research on the cognitive function of student note-taking with research on (...) student engagement—particularly, motivating student learning, engaging students with texts, lecture, or discussion, and promoting metacognition about learning practices—by arguing that the instructor who teaches and emphasizes student note-taking elevates note-taking to a method of student engagement and daily critical thinking practice; I discuss particular methods for supporting teaching note-taking, methods that promote active learning, student engagement, and student understanding (and could be utilized in a variety of classes). (shrink)

This review essay discusses three articles from the Palgrave Handbook of Critical Thinking in Higher Education concerned with outlining the connection between cognitive science and critical thinking. All of the authors explain how recent findings in cognitive science, such as research on heuristics and cognitive biases might be incorporated into the critical thinking curriculum. The authors also elaborate on how recent findings in metacognition can reshape critical thinking pedagogy. For instance, the essays articulate how critical thinking instructors would be (...) wise to broaden the scope of traditional critical thinking content by instructing students in the metacognitive strategies of self-regulation, cognitive monitoring, and evaluation in order to encourage better decision making both inside and outside the classroom. (shrink)

Literary analysis offers English instructors an ideal vehicle for modeling, practicing, and teaching critical thinking skills. Because literature students must master the skills of analysis, reasoning, evaluation, and argumentation, they would benefit from deliberate and explicit instruction in the concepts and practices of critical thinking in the classroom. Part I of this paper describes strategies to incorporate explicit instruction in the elements of reasoning and the standards of critical thinking described by critical thinking experts Richard Paul, Linda Elder, and (...) Gerald Nosich into the literature classroom. In the companion piece, “Critical Thinking in the Literature Classroom, Part II: Dickens’s Great Expectations and the Emergent Critical Thinker,” a demonstration is given of how protagonists in literary works such as Pip from Dickens’s Great Expectations can be understood and interpreted as literary representations of an individual’s transition from a first-order, unreflective thinker to a second-order, reflective, metacognitive critical thinker, further illuminating the literary texts and further reinforcing students’ understanding of the concepts of critical thinking. (shrink)

Literary analysis offers English instructors an ideal vehicle for modeling, practicing, and teaching critical thinking skills. Because literature students must master the skills of analysis, reasoning, evaluation, and argumentation, they would benefit from deliberate and explicit instruction in the concepts and practices of critical thinking in the classroom. Part I of this paper describes strategies to incorporate explicit instruction in the elements of reasoning and the standards of critical thinking described by critical thinking experts Richard Paul, Linda Elder, and (...) Gerald Nosich into the literature classroom. In the companion piece, “Critical Thinking in the Literature Classroom, Part II: Dickens’s Great Expectations and the Emergent Critical Thinker,” (Hiner 2013) a demonstration is given of how protagonists in literary works such as Pip from Dickens’s Great Expectations (1860-61/1996) can be understood and interpreted as literary representations of an individual’s transition from a first-order, unreflective thinker to a second-order, reflective, metacognitive critical thinker, further illuminating the literary texts and further reinforcing students’ understanding of the concepts of critical thinking. (shrink)

In science policy, it is generally acknowledged that science-based problem-solving requires interdisciplinary research. For example, policy makers invest in funding programs such as Horizon 2020 that aim to stimulate interdisciplinary research. Yet the epistemological processes that lead to effective interdisciplinary research are poorly understood. This article aims at an epistemology for interdisciplinary research, in particular, IDR for solving ‘real-world’ problems. Focus is on the question why researchers experience cognitive and epistemic difficulties in conducting IDR. Based on a study of educational (...) literature it is concluded that higher-education is missing clear ideas on the epistemology of IDR, and as a consequence, on how to teach it. It is conjectured that the lack of philosophical interest in the epistemology of IDR is due to a philosophical paradigm of science, which prevents recognizing severe epistemological challenges of IDR, both in the philosophy of science as well as in science education and research. The proposed alternative philosophical paradigm entails alternative philosophical presuppositions regarding aspects such as the aim of science, the character of knowledge, the epistemic and pragmatic criteria for accepting knowledge, and the role of technological instruments. This alternative philosophical paradigm assume the production of knowledge for epistemic functions as the aim of science, and interprets ‘knowledge’ as epistemic tools that must allow for conducting epistemic tasks by epistemic agents, rather than interpreting knowledge as representations that objectively represent aspects of the world independent of the way in which it was constructed. The engineering paradigm of science involves that knowledge is indelibly shaped by how it is constructed. Additionally, the way in which scientific disciplines construct knowledge is guided by the specificities of the discipline, which can be analyzed in terms of disciplinary perspectives. This implies that knowledge and the epistemic uses of knowledge cannot be understood without at least some understanding of how the knowledge is constructed. Accordingly, scientific researchers need so-called metacognitive scaffolds to assist in analyzing and reconstructing how ‘knowledge’ is constructed and how different disciplines do this differently. In an engineering paradigm of science, these metacognitive scaffolds can also be interpreted as epistemic tools, but in this case as tools that guide, enable and constrain analyzing and articulating how knowledge is produced. In interdisciplinary research, metacognitive scaffolds assist interdisciplinary communication aiming to analyze and articulate how the discipline constructs knowledge. (shrink)

The aim of this paper is to give an account of what it is to internalize a rule. I claim that internalization is the process of redistributing the burden of instruction from the teacher to the student. The process is complete when instruction is no longer needed, and the rule has reshaped perceptual classification of the circumstances in which it applies. Teaching a rule is the initiation of this process. We internalize rules by simulating instruction coming from someone else. (...) Running these simulations enables us to toggle between the perspective of the instructor and our own perspective. By doing this we coordinate our perspectives with that of the teacher. The account given here provides a deeper explanation of why internalizing a rule involves the dispositions and reactive attitudes proponents of Rule Consequentialism often say it does, why moral reflection is variably demanding, how intergenerational moral progress is made possible by our cognitive architectures, and why the adoption of a rule should be understood in terms of teaching that rule. (shrink)

The value of argumentation in science education has become internationally recognised and has been the subject of many research studies in recent years. Successful introduction of argumentation activities in learning contexts involves extending teaching goals beyond the understanding of facts and concepts, to include an emphasis on cognitive and metacognitive processes, epistemic criteria and reasoning. The authors focus on the difficulties inherent in shifting a tradition of teaching from one dominated by authoritative exposition to one that is more (...) dialogic, involving small-group discussion based on tasks that stimulate argumentation. The paper focuses on how argumentation activities have been designed in school science. Examples of classroom dialogue where teachers adopt the frameworks/plans are analysed to show how argumentation processes are scaffolded. The analysis shows that several layers of interpretation are needed and these layers need to be aligned for successful implementation. (shrink)

In science policy, it is generally acknowledged that science-based problem-solving requires interdisciplinary research. For example, policy makers invest in funding programs such as Horizon 2020 that aim to stimulate interdisciplinary research. Yet the epistemological processes that lead to effective interdisciplinary research are poorly understood. This article aims at an epistemology for interdisciplinary research, in particular, IDR for solving ‘real-world’ problems. Focus is on the question why researchers experience cognitive and epistemic difficulties in conducting IDR. Based on a study of educational (...) literature it is concluded that higher-education is missing clear ideas on the epistemology of IDR, and as a consequence, on how to teach it. It is conjectured that the lack of philosophical interest in the epistemology of IDR is due to a philosophical paradigm of science, which prevents recognizing severe epistemological challenges of IDR, both in the philosophy of science as well as in science education and research. The proposed alternative philosophical paradigm entails alternative philosophical presuppositions regarding aspects such as the aim of science, the character of knowledge, the epistemic and pragmatic criteria for accepting knowledge, and the role of technological instruments. This alternative philosophical paradigm assume the production of knowledge for epistemic functions as the aim of science, and interprets ‘knowledge’ as epistemic tools that must allow for conducting epistemic tasks by epistemic agents, rather than interpreting knowledge as representations that objectively represent aspects of the world independent of the way in which it was constructed. The engineering paradigm of science involves that knowledge is indelibly shaped by how it is constructed. Additionally, the way in which scientific disciplines construct knowledge is guided by the specificities of the discipline, which can be analyzed in terms of disciplinary perspectives. This implies that knowledge and the epistemic uses of knowledge cannot be understood without at least some understanding of how the knowledge is constructed. Accordingly, scientific researchers need so-called metacognitive scaffolds to assist in analyzing and reconstructing how ‘knowledge’ is constructed and how different disciplines do this differently. In an engineering paradigm of science, these metacognitive scaffolds can also be interpreted as epistemic tools, but in this case as tools that guide, enable and constrain analyzing and articulating how knowledge is produced. In interdisciplinary research, metacognitive scaffolds assist interdisciplinary communication aiming to analyze and articulate how the discipline constructs knowledge. (shrink)

This paper describes an undergraduate course in metaphilosophy for philosophy majors and argues that there are four potential benefits to students; namely that doing metaphilosophy (1) allows students to draw their own conclusions about what philosophy is, (2) develops students’ metacognitive skills to promote learning, (3) establishes students as members of the philosophical community, and (4) disposes students to live lives that reflect their philosophical education. It describes issues of transparency of course design and the particulars of the course, including (...) course content, and provides excerpts of student work to demonstrate student learning outcomes. Finally, it will suggest that even if it is not possible to offer a stand-alone course in metaphilosophy, instructors should provide opportunities to reflect on metaphilosophical issues in their other philosophy courses. (shrink)

S'appuyant sur l'étude des spécificités du monde numérique et des mécanismes cognitifs, l'auteur propose une méthode originale de formation à l'esprit critique, basée sur la métacognition. Il présente des exemples concrets de pédagogie directement applicables en milieu scolaire.

Episodic representations can be entertained either as “remembered” or “imagined”—as outcomes of experience or as simulations of such experience. Here, we argue that this feature is the product of a dedicated cognitive function: the metacognitive capacity to determine the mnemicity of mental event simulations. We argue that mnemicity attribution should be distinguished from other metacognitive operations (such as reality monitoring) and propose that this attribution is a “cognitive gadget”—a distinctively human ability made possible by cultural learning. Cultural learning is a (...) type of social learning in which traits are inherited through social interaction. In the case of mnemicity, one culturally learns to discriminate metacognitive “feelings of remembering” from other perceptual, emotional, action-related, and metacognitive feelings; to interpret feelings of remembering as indicators of memory rather than imagination; and to broadcast the interpreted feelings in culture- and context-specific ways, such as “I was there” or “I witnessed it myself.” We review evidence from the literature on memory development and scaffolding, metacognitive learning and teaching, as well as cross-cultural psychology in support of this view before pointing out various open questions about the nature and development of mnemicity highlighted by our account. (shrink)

The value of argumentation in science education has become internationally recognised and has been the subject of many research studies in recent years. Successful introduction of argumentation activities in learning contexts involves extending teaching goals beyond the understanding of facts and concepts, to include an emphasis on cognitive and metacognitive processes, epistemic criteria and reasoning. The authors focus on the difficulties inherent in shifting a tradition of teaching from one dominated by authoritative exposition to one that is more (...) dialogic, involving small-group discussion based on tasks that stimulate argumentation. The paper focuses on how argumentation activities have been designed in school science. Examples of classroom dialogue where teachers adopt the frameworks/plans are analysed to show how argumentation processes are scaffolded. The analysis shows that several layers of interpretation are needed and these layers need to be aligned for successful implementation. (shrink)

Scientific and mathematical concepts are significantly different from everyday concepts and are notoriously difficult to learn. It is shown that particular instances of such concepts can be identified or generated by different possible modes of concept interpretation. Some of these modes use formally explicit knowledge and thought processes; others rely on less formal case‐based knowledge and more automatic recognition processes. The various modes differ in attainable precision, likely errors, and ease of use. A combination of such modes can be used (...) to formulate an “ideal” model for interpreting scientific concepts both reliably and efficiently. Comparisons are made with the actual concept interpretations of expert scientists and novice students. The discussion elucidates some cognitive and metacognitive reasons why the learning of scientific or mathematical concepts is difficult. It also suggests instructional guidelines for teaching such concepts more effectively. (shrink)

Recent studies in neuroeducation highlight the benefits of teaching children about how the brain works. However, very little is known about children's naive conceptions about the brain. The current study examined these representations, by asking 6–10 year-old children and adults to draw a brain and the inside of a belly as a control drawing. The drawings were scored using a content analysis and a list of graphic indicators was derived. First, all the graphic indicators used in the brain drawings (...) were different from those used in the belly drawings, suggesting that children are able to distinguish these two organs. Second, with age, children depict an increasing number of indicators, more complex indicators, indicators that are more anatomically correct, to depict the brain. There is an important evolution between 6 and 8 years-old but also between 10 years-old and adults. These results are discussed in relation to children's metacognitive knowledge and to their implications for neuroeducation. (shrink)

In several of his papers, Charles S. Peirce illustrates processes of interpreting and understanding signs by examples from second language vocabulary teaching and learning. The insights conveyed by means of these little pedagogical scenarios are not meant as contributions to the psychology of second language learning, but they aim at elucidating fundamental semiotic implications of knowledge acquisition in general. Peirce's semiotic premise that a well-understood sign is one that represents an object and creates an interpretant is essential to the (...) understanding of how new words and signs in general can be taught and learned. The article argues that Peirce's theory of the object of the sign, especially of the necessity of collateral experience of the object of a sign, can help to understand the riddle posed by of the Meno paradox of the impossibility of learning what we do not yet know. It examines the semiotic implications of the didactic methods of teaching and learning through translation, ostension, mental and real images, as well as metacognition, and it shows how icons, indices, and symbols are essential to learning new words. (shrink)

The ability to gain knowledge from text in widely different subject matter areas is key to academic success and lifelong leaming. The process of attaining critical understanding of ideas in text requires a robust repertoire of leaming or study strategies, metacognitive knowledge for regulating their use, and willingness to apply them. Although much is known about the basic design of leaming environments to develop higher-order thinking skills and motivation to learn, educators have, in general, not changed their practices to reflect (...) new knowledge. The lack of procedures that are easy for teachers to administer and provide results that teachers may use in their classrooms for assessment of complex cognitive skill development is a major obstacle to widespread adoption of new approaches. This paper describes a new technology, referred to as HyLighter, and a pedagogically sound implementation of this technology, referred to as the Interaclive Annotation Model. This approach suggests a promising direction for improving the quality of instruction and promoting active reading (i.e., an approach to the development of leaming ability that combines reading with critical thinking and a range of learning-to-Iearn skills) for students in higher education across academic disciplines. (shrink)

Since its inception in the Middle Ages, the university classroom can be characterized by students gathered around a sage who imparts his or her knowledge. However, the effective classroom of today looks vastly different: First-year engineering students not only learn basic engineering principles, but are also guided to consider their own inner values and motivations as they design and build adaptive devices for people with disabilities; students in a large chemistry lecture work animatedly together in small groups on inquiry-based activities (...) while an instructor and teaching assistants circulate and guide their learning; students learning differential equations practice explicit metacognitive skills while problem-solving in class. Even though educational research, especially research that is targeted at STEM disciplines, demonstrates what most effectively engages students and supports their learning, many of today's classrooms look much like they did a century ago, with a professor delivering a primarily one-way lecture and students passively sitting in seats bolted to the floor. At this juncture in history, colleges and universities face a public call to engage a more diverse representation of students in effective learning, persistence, and degree attainment, and to do so economically and efficiently. It is essential that institutions draw upon methods demonstrated to effectively increase student learning and success. Educational researchers have thoroughly explored the "basic" science in this area, and a body of literature documents effective evidence-based instructional practices, hereafter referred to as EBIPs. (shrink)

Since the mid-20th century, the study of Self-Regulated Learning has aimed to identify the distinctive characteristics that enable individuals to acquire new knowledge and skills under their control. The theory of Internal Self-Regulation vs. External-Regulation in Learning has postulated that a large number of self-regulatory variables are mediated by regulated/non-regulated or dysregulated features of the context. After signing their informed consent, a total of 616 university students completed validated instruments of SRL vs. ERL, behavioral regulation, regulatory teaching, and metacognitive (...) study control strategies. Using an ex-post facto design and correlation, regression, structural equation model and mediation analyses, the present research aimed to establish multicausal predictive relationships among the analyzed variables. Results indicated positive predictive effects between the external regulation variables on the self-regulation variables in learning [regulation /non-regulation /dysregulation ]; as well as positive predictive effects between SRL on SRB, RT and metacognitive SRS. Additionally, external regulation not only predicted but mediated numerous relations among the variables studied. Other findings and important considerations for future research in the field of self-regulation are discussed. (shrink)

If Lipman’s claim that philosophy is the discipline whose central concern is thinking is true, then any attempt to improve students’ scientific critical thinking ought to have a philosophical edge. This chapter explores that position. -/- The first section addresses the extent to which critical thinking is general – applicable to all disciplines – or contextually bound, explores some competing accounts of what critical thinking actually is and considers the extent to which scientific thinking builds on, or is quite different (...) from, generic thinking. Evidence that traditional science education does not teach scientific thinking well leads to the conclusion that some different pedagogical approach needs to be added to science curricula. -/- The second section surveys several approaches to ‘minds-on’ science education, each of which shares an emphasis on the students identifying areas of puzzlement, rigorous discussion of these puzzles, attention to metacognition and opportunities to address thinking across different contexts. -/- Finally, a summary of the main conclusions is followed by consideration of possible objections and suggestions as to further research that could help to clarify and fine-tune the teaching of good scientific thinking in primary and secondary schools. (shrink)

This study investigated contributions of pre-service teachers’ endogenous and exogenous instrumentalities, their intrinsic and extrinsic motivations, and their use of self-regulation strategies to explain the extent to which they used strategies to purposefully integrate their knowledge across courses. With a total of 254 pre-service teachers’ survey-responses, results of a hierarchical multiple regression analysis indicated that their endogenous instrumentality of their current coursework, their use of metacognitive strategies and their use of deeper cognitive learning strategies contributed to explaining their use of (...) extensive knowledge integration strategies for completing coursework. Our results suggest that to develop pre-service teachers’ teaching expertise, they may need to have a strong understanding that the current course conte... (shrink)

Discoveries in social psychology pose important questions for philosophical pedagogy. For example, social psychologists have identified several error-producing biases that are commonly impediments to critical thinking. Recent evidence suggests that the most effective way of improving students’ critical thinking is to address these biases explicitly and metacognitively. Biases that produce errors in thinking are not the only psychological features relevant to philosophical pedagogy. Additionally, experimental philosophers have applied the methods of social psychology to uncover various influences on philosophical intuitions. This (...) research may naturally lead an instructor to wonder if research in experimental philosophy ought to change our teaching methods. We argue that the discoveries of experimental philosophy need not change pedagogies that use a Socratic methodology. We provide paradigmatic examples of pedagogical techniques that justify different approaches that include the insights of social psychology and meet generally accepted outcomes for introductory philosophy courses. (shrink)

Kako bismo utvrdili značajke učinkovitog stručnog usavršavanja učitelja prirodoslovne grupe predmeta, na temelju sustavnog pregleda literature izabrali smo i proveli analizu devet učinkovitih eksperimentalnih i kvazi eksperimentalnih istraživanja. Utvrdili smo kako bi stručno usavršavanje bilo dobro započeti inicijalnim radionicama koje je potrebno nastaviti kroz susrete zajednica učenja za vrijeme ostvarivanja promjena. Uz to je važno osigurati potporu i vođenje učitelja te nastavne materijale za učitelje i učenike. Stručno usavršavanje može biti učinkovito samo ako doprinese boljim učeničkim rezultatima, a to je (...) moguće postići promjenama u nastavi koja bi trebala polaziti od jasno postavljenih ciljeva u skladu s kojima učitelji pripremaju nastavne aktivnosti koje učenike potiču na istraživanje, rješavanje životnih problema, aktivno i suradničko učenje te znanstveno i metakognitivno mišljenje. In order to affirm the characteristics of efficient professional training of teachers in the natural sciences, on the basis of a systematic overview of the literature, we chose and implemented an analysis of nine efficient experimental and quasi-experimental research designs. We affirmed that professional training should begin with initial workshops, which should continue through meetings of learning cummunities during these changes. Additionally, it is important to ensure support and guidance for teachers, as well as teaching materials for teachers and students. Professional training can be considered efficient only if it contributes to improved academic performance; this can be attained through changes in teaching, which should be founded on clearly established goals in accordance with which teachers may prepare teaching activities that inspire students to research, solve everyday problems, take part in active and cooperative learning, and think scientifically and metacognitively. (shrink)

In order to affirm the characteristics of efficient professional training of teachers in the natural sciences, on the basis of a systematic overview of the literature, we chose and implemented an analysis of nine efficient experimental and quasi-experimental research designs. We affirmed that professional training should begin with initial workshops, which should continue through meetings of learning cummunities during these changes. Additionally, it is important to ensure support and guidance for teachers, as well as teaching materials for teachers and (...) students. Professional training can be considered efficient only if it contributes to improved academic performance; this can be attained through changes in teaching, which should be founded on clearly established goals in accordance with which teachers may prepare teaching activities that inspire students to research, solve everyday problems, take part in active and cooperative learning, and think scientifically and metacognitively. (shrink)

This book focuses on six key practices for engaged learning: acknowledging and building on students' prior knowledge and experiences; facilitating relationships; offering feedback; framing connections to broader contexts; fostering reflection and metacognition; and promoting integration and transfer of knowledge and skills.

I mention the benefits, challenges, and costs of using small group activities to enhance our students’ learning of critical thinking skills in our courses, and then describe ten examples of these groups. Two of these examples are not commonly reported in the literature on small groups, so I describe them in greater detail to facilitate their use in our courses.

There has been little investigation to date of the way metacognition is involved in conceptual change. It has been recognised that analytic metacognition is important to the way older children acquire more sophisticated scientific and mathematical concepts at school. But there has been barely any examination of the role of metacognition in earlier stages of concept acquisition, at the ages that have been the major focus of the developmental psychology of concepts. The growing evidence that even young (...) children have a capacity for procedural metacognition raises the question of whether and how these abilities are involved in conceptual development. More specifically, are there developmental changes in metacognitive abilities that have a wholescale effect on the way children acquire new concepts and replace existing concepts? We show that there is already evidence of at least one plausible example of such a link and argue that these connections deserve to be investigated systematically. (shrink)