Socratic dialogue is nowadays often invoked as a model in education, and several educational approaches explicitly claim to be inspired by it (Naccari, 2003; Shah, 2008; Delić & Bećirović, 2016). However, contemporary versions depart profoundly from its original form as expressed in the Platonic dialogues, reinterpreting the role of the teacher in the dialogical exchange and referring to different epistemological criteria (cf. Shields, 1953; Reich, 1998; Dinkins, & Cangelosi, 2019; Marshall, 2019). The aim of this paper is to highlight, (...) on the one hand, how such a distortion of the classical model results in the renunciation of the heuristic and transformative functions of Socratic dialogue, and on the other hand, to propose an alternative model of dialogic teaching that restores these functions while maintaining its practicability in contemporary school contexts. Specifically, the role of epistemological relativism and the facilitator in constructivist education are identified as the critical issues in the construction of effective dialogical confrontation in the post-truth era. (shrink)

Upshot: Responding to and further developing the points raised by the open peer commentaries, I discuss a range of themes, including possible roles of lecture-based teaching in a radical constructivist approach to education, approaches to the teaching of large cohorts in a radical constructivist manner, the role of assessment in students’ learning experiences, the distinction of “models of” student learning, contrasted with “models for” student learning, the distinction of literal conversation from an atmosphere conducive to conversation, and the use (...) of design-based tasks to support and encourage students’ individual conceptual constructing. (shrink)

Constructivism is one of the most influential theories in contemporary education and learning theory. It has had great influence in science education. The papers in this collection represent, arguably, the most sustained examination of the theoretical and philosophical foundations of constructivism yet published. Topics covered include: orthodox epistemology and the philosophical traditions of constructivism; the relationship of epistemology to learning theory; the connection between philosophy and pedagogy in constructivist practice; the difference between radical and social (...) constructivism, and an appraisal of their epistemology; the strengths and weaknesses of the Strong Programme in the sociology of science and implications for science education. The book contains an extensive bibliography. Contributors include philosophers of science, philosophers of education, science educators, and cognitive scientists. The book is noteworthy for bringing this diverse range of disciplines together in the examination of a central educational topic. (shrink)

Upshot: Is education about memorising or about making meaning? Critics of constructivist instruction argue that it is more efficient to teach directly. However, there is an empowering engagement to making meaning and teachers need to know how to guide students in this process.

: Interactive constructivism and its implications for education will be introduced in four steps. (1) The context of the approach and its relation to other constructivist developments will be discussed. (2) I will examine essential pragmatic criteria in the tradition of John Dewey that are relevant for interactive constructivism. (3) More decisively than Dewey interactive constructivism launches a meta-theoretical distinction between observers, participants, and agents. (4) Communication as a chief dimension of education can be analyzed (...) out of three perspectives: the symbolic, the imaginative, and the real. Educators must recognize that their interaction with learners includes great demands not only in practical application/implementation but also in theoretical reflection. (shrink)

Two varieties of constructivism are distinguished. In part 1, the psychological or “radical” constructivism of von Glasersfeld is discussed. Despite its dominant influence in science education, radical constructivism has been controversial, with challenges to its principles and practices. In part 2, social constructivism is discussed in the sociology of scientific knowledge. Social constructivism has not been primarily concerned with education but has the most direct consequences in view of its challenge to the most (...) fundamental, traditional assumptions in the philosophy of science and to the practice of science itself. (shrink)

Motivation: Paralleling my own transformation from a Platonist to a radical constructivist, mathematics education has been experiencing for more than a decade a movement that started in theoretical foundations mostly originating in von Glasersfeld's work, and then reached professional organizations, which have been leading extensive efforts to reform school mathematics according to constructivist principles. However, the theories espoused by the researchers are, as yet, too abstract to lend themselves readily to implementation in the classroom. N2 - Purpose: I define (...) a shared experiential language (SEL) for the constructivist teacher to embody in order to transform her practice congruently according to constructivist principles. While SEL is comprised of Neuro-Linguistic Programming (NLP) subjective experience distinctions, what "makes it tick" is the constructivist epistemology with its insight that for consistent understanding to happen, new knowledge has to attach to prior experiences in a process of co-construction. Throughout the paper, I elaborate and validate this insight by numerous examples. Practical implications: Utilizing SEL allows understanding of mathematics to be rooted in each student's individual sensory experiences, thus shifting the responsibility for success in mathematics from the students back to those who guide them in co-constructing knowledge. This, in turn, should allow everybody access to understanding and so it should no longer be socially acceptable to fail in mathematics. (shrink)

This international and interdisciplinary collection presents and discusses the many issues and educational practices that are touched on by constructivism. Drawing on perspectives from a range of different fields, this book invites us to reposition ourselves in relation to the major currents that have influenced education in this century, namely pragmatism, genetic epistemology, and social interactionism. The essays call for new reflection on the questions that are central to the project of education and that, in particular, involve (...) the validity of knowledge and types of knowledge, the compartmentalization of school subjects, the mediating role of teachers, and, above all, the ends of education. In so doing, this book relaunches the discussion on constructivism's potential for the social empowerment of groups and individuals. (shrink)

A review of the conference «Educational Contexts of Constructivism», which was organized by the Department of General Didactics at the Institute of Pedagogy of the Szczecin University (Republic of Poland) on March 16-17, 2017, is presented. The attention is drawn to the interdisciplinary nature of the conference work and its focus on the consideration of the strict didactic issues associated with the multidimensionality of constructivism. The discussion of the participants confirms the urgency of changes in education, which, (...) however, should be taken into account in opposition to the constructivism of thought. (shrink)

Context: Ernst von Glasersfeld’s radical constructivism has been very influential in education, particularly in mathematics and science education. Problem: There is limited guidance available for educational researchers who wish to design research that is consistent with constructivist thinking. Von Glasersfeld’s radical constructivism, together with the theoretical perspectives outlined by constructivist educational researchers such as Guba and Lincoln, can be considered as a source of guidance. Method: The paper outlines a constructivist knowledge framework that could be adopted (...) for educational research. The discussion considers how judgement of what counts as knowledge could be made, and how the set of procedures chosen could enable the researcher to represent the findings of the inquiry as knowledge. Results: An argument is made for researchers to explicate the criteria for judging an inquiry. Each criterion can then be linked to the standards to be reached and the techniques for generating data. The joint satisfaction of criteria and techniques for a constructivist inquiry creates conditions that indicate the “trustworthiness” or “authenticity” of an educational research study. Implications: The illustration of how a constructivist inquiry could be judged recognises how the contribution of von Glasersfeld’s radical constructivism can be used to inform the practice of educational research. Constructivist content: The argument presented in the paper links to radical constructivism and suggests ways in which it can be applied in the context of educational research. (shrink)

Context: The current situation in philosophy of science includes central, ongoing debates about realism and anti-realism. The same question has been central to the theorising of radical constructivism and, in particular, to its implications for educational theory. However the constructivist literature does not make significant contact with the most important, mainstream philosophical discussions. Problem: Despite its overwhelming influence among educationalists, I suggest that the “radical constructivism” of Ernst Glasersfeld is an example of fashionable but thoroughly problematic doctrines that (...) can have little benefit for practical pedagogy or teacher education. My critique has a positive goal: it is important to understand why constructivism has generated such severe polarization and disputation. A symptom of the problem is the concern with the most abstruse and obdurate problems of philosophy that have no conceivable bearing on educational practice or anything else, for that matter. The diagnosis is confirmed by those pedagogical recommendations that are allegedly derived from radical constructivism that are touted as revolutionary but are platitudes of common sense. I suggest that, ironically, this observation itself provides some pedagogical insight. Method: The approach adopted for the topic is critical, philosophical analysis of the various claims and theses of radical constructivism in the light of philosophy of science and psychology. Results: The findings of the paper are that central theoretical claims of constructivism are couched in an unclear and unnecessary jargon that obscures the implausibility or banality of these claims. Implications: The value of the paper lies in providing an analysis and critique of central, influential claims of radical constructivism both in relation to issues in epistemology and also in relation to the alleged bearing of these claims on pedagogy. It is suggested that, contrary to the claims of radical constructivists, there are few if any implications for practice and applications. (shrink)

Context: Structural design education in architecture is typically conceived as a scientific subject taught in a lecture format and based on a transactional view of learning. This approach misses opportunities to contribute to and integrate with design-studio-based architectural education. Problem: How can radical constructivism inform a design-based pedagogy of structural design in the context of large cohorts of Chinese learners? Method: The paper outlines how radical constructivist and second order cybernetic perspectives are reflected in an alternative educational (...) approach to structural design. This approach encourages students’ individual learning while negotiating constraints deriving from large cohorts as well as the educational expectations of Chinese learners. Results: Teaching outcomes as well as students’ comments show successes in engaging students in adopting a more personal and active attitude in their learning. Students appreciate and praise learning grounded in experience as well as collaborative, peer-led learning. Challenges remain in establishing a more dialogical learning situation and in supporting individual students’ learning in large student cohorts. Implications: Limitations arise from the constraints imposed by large cohorts, limited manpower and an institutional preference for teaching towards written examinations. The research and teaching development presented are ongoing. This paper may inform educators in the fields of architecture and engineering as well as, more generally, educators who seek to develop their teaching based on a radical constructivist epistemology in the context of large cohorts. Constructivist content: The teaching approach presented links a radical constructivist perspective based on Ernst von Glasersfeld’s work with second-order cybernetics in the context of design-based education. The paper discusses challenges and opportunities for this approach in the context of large cohorts of Chinese learners. (shrink)

Context: This paper outlines how radical constructivist theory has led to a particular methodological technique, developing second-order models of student thinking, that has helped mathematics educators to be more effective teachers of their students. Problem: The paper addresses the problem of how radical constructivist theory has been used to explain and engender more viable adaptations to the complexities of teaching and learning. Method: The paper presents empirical data from teaching experiments that illustrate the process of second-order model building. Results: The (...) result of the paper is an illustration of how second-order models are developed and how this process, as it progresses, supports teachers to be more effective. Implications: This paper has the implication that radical constructivism has the potential to impact practice. Key Words: Second-order model, radical constructivism, teaching, mathematics education. (shrink)

Context: It is beyond doubt that RC has received a great deal of attention in educational studies and learning theory. But overall, the current situation seems to be rather ambivalent in view of the blurring of the various strands in constructivist discourses and the different ways of distinguishing and foregrounding constructivist positions. Correspondingly, there is a wide range of claims, from the claim that (radical) constructivism represents a mainstream endeavor to attributions of its being outdated, self-refuting or irrelevant. Purpose: (...) The paper seeks to sound out the ambivalent situation of (radical) constructivism between “all” and “nothing” by examples of attributions of meaning to constructivist positions in academic everyday life and by challenging both prevalent criticisms of systemic-constructivist pedagogy and widespread broad classifications in learning theory. Method: The article critically reflects on (1) one-sentence “destructions” of constructivist positions, (2) Pongratz’s criticism of systemic-constructivist pedagogy, and (3) the threefold classification of the world of learning, i.e., behaviorism, cognitivism, and constructivism. Results: Both the current criticism of constructivism as a mainstream endeavor and evolutionary suggestions provided by the threefold classification are criticized. Although some constructivist concepts and distinctions are widely accepted today, often these achievements are not recognized as being rooted in constructivist discourses. Implications: As far as mainstreaming constructivism might be related to power politics, selling the “real thing,” and joining the ranks of truth-oriented Isms, it would not appear to be a desirable endeavor for those who rely on viability, circular foundations, relativist philosophy, and relationalist approaches. Nevertheless, clarifications of power relations and the interplay between constructivist analyses of politics and the politics of constructivism might contribute to overcoming the diffuse popularity of constructivist thought towards a better understanding of constructivist contributions to solution oriented, meaningful ways of dealing with urgent problems. (shrink)

Upshot: Poerksen’s discursive constructivism reconstructs radical constructivist foundations and applies them to several subjects of research in the field of journalism and media studies. The author combines epistemological arguments with practical advice for journalists, which makes the book not only valuable for interested followers of RC in general but also for communication scientists and media practitioners.

This paper examines the concept of authenticity and its relevance in education, from a philosophical perspective. Under the heading of educational authenticity, I critique Fred Newmann’s views on authentic pedagogy and intellectual work. I argue against the notion that authentic engagement is usefully analyzed in terms of a relationship between school work and: “real” work. I also seek to clarify the increasingly problematic concept of constructivism, arguing that there are two distinct constructivist theses, only one of which deserves (...) serious attention. I explain that the correspondence view of authenticity pays insufficient attention to the reality that the presence of “real world” connections does not guarantee that teaching and learning will be truly authentic. As a bridge to a philosophically acceptable understanding of authenticity, I reflect on John Dewey, who famously strove to base his views on education on the experience of the child, while rejecting that such experience requires validation from the “real” world. And Jean Jacques Rousseau offers several clues as to how the search for an authentic self might proceed beyond the Romanticist vision of an inner essence. These include the idea of the self as constructed inter-subjectively, which I capture by the term “one among others” and which, in turn, reveals persons as dialogically engaged in working out who they are and what they stand for. There is a clear affinity here with the imperative proposed by Newmann. I embrace the idea that the cultivation of dialogue should be a key priority in classrooms, because dialogue drives each individual to seek meaning in the context of seeing her/himself as one among others. I highlight the role of the classroom community of inquiry as an environment which has the dual function of cultivating disciplined inquiry and facilitating the kind of personal development that can, most properly, be termed “authentic”. (shrink)

Open peer commentary on the article “Constructing Constructivism” by Hugh Gash. Upshot: Gash describes some very interesting and exemplary work using RC-influenced research and practices. I worry that his third stage of a three-stage emergence of constructivist epistemology in the study of cognitive development is consistent with a distinction between focus on individual cognitive development and focus on knowledge not in the mind but in the group, inconsistent with RC. An alternative is given and the issue of an RC (...) perspective on social justice is discussed. (shrink)

This paper provides an analysis of the ideas of John Dewey and George Herbert Mead with regards the relationship between experience, meaning, language and thinking. It discusses how experience, meaning, language and thinking are based on the creative and constructive actions of individuals. Unlike what is the case in so-called radical constructivism, it is argued that the actions of the individual should be understood in a transactional way. The paper shows the implication of a transactional constructivism for (...) class='Hi'>education, arguing that education is the medium in which the creative and constructive actions of individuals come together in a social environment. (shrink)

A review of the chemical education research literature suggests that the term constructivism is used in two ways: experience-based constructivism and discipline-based constructivism. These two perspectives are examined as an epistemology in relation to the teaching and learning of the concept of idealization in chemistry. It is claimed that experience-based constructivism is powerless to inform the origin of such concepts in chemistry and while discipline-based constructivism can admit such theoretical concepts as idealization it does (...) not offer any unique perspectives that cannot be obtained from other models. Chemical education researchers do not consistently appeal to constructivism as an epistemology or as a teaching/learning perspective and it is shown that, while it draws attention to worthwhile teaching/learning strategies, it cannot be considered as foundational to chemical education research and tends to be used more as an educational label than as an undergirding theory. (shrink)

A review of the chemical education research literature suggests that the term constructivism is used in two ways: experience-based constructivism and discipline-based constructivism. These two perspectives are examined as an epistemology in relation to the teaching and learning of the concept of idealization in chemistry. It is claimed that experience-based constructivism is powerless to inform the origin of such concepts in chemistry and while discipline-based constructivism can admit such theoretical concepts as idealization it does (...) not offer any unique perspectives that cannot be obtained from other models. Chemical education researchers do not consistently appeal to constructivism as an epistemology or as a teaching/learning perspective and it is shown that, while it draws attention to worthwhile teaching/learning strategies, it cannot be considered as foundational to chemical education research and tends to be used more as an educational label than as an undergirding theory. (shrink)

The purpose of this paper is to critically analyse and discuss the views of constructivism, on the teaching and learning of mathematics. I provide a background to the learning of mathematics as constructing and reconstructing knowledge in the form of new conceptual networks; the nature, role and possibilities of constructivism as a learning theoretical framework in Mathematics Education. I look at the major criticisms and conclude that it passes the test of a learning theoretical framework but there (...) is still a gap between theory and mathematics classroom practice. (shrink)

I apply some of Gash’s interpretation of radical constructivism to an analogous critique of naïve realism in contemporary philosophy of education. It explores the significant potential in ….

Purpose: One of my goals in the paper is to investigate why realists reject radical constructivism (RC) as well as social constructivism (SC) out of hand. I shall do this by means of commenting on Peter Slezak’s critical paper, Radical Constructivism: Epistemology, Education and Dynamite. My other goal is to explore why realists condemn the use of RC and SC in science and mathematics education for no stated reason, again by means of commenting on Slezak’s (...) paper. Method: I restrict my comments to Slezak’s paper and leave it to the reader to judge which, if any, of the reasons that I advance for these two states of affairs are not specific to Slezak’s paper. Other readers might not agree with my interpretations of Slezak’s paper, including Slezak himself, but I offer them after having worked with von Glasersfeld in interdisciplinary research in mathematics education for over 25 years. Findings: My findings are that Slezak: (1) rejects RC and SC on the basis of unjustified criticisms, (2) does not explore basic tenets of RC nor of SC beyond the unjustified criticisms, (3) rejects how SC and RC have been used in science and mathematics education, based at least in part on the unjustified criticisms, (3) dislikes how SC has been used in science and mathematics education, a dislike that fuels his rejection of any constructivism, and (4) doesn’t explore how RC has been used in scientific investigations in mathematics education. On the basis of these findings, I conclude that how epistemological models of knowing might be used in science or mathematics education would be better left to the educators who use them in interdisciplinary work. (shrink)

This paper reviews Constructivism and the sources of its influence overIsraeli educational discourse. Then, it describes examples ofConstructivists projects in the teaching of sciences and technology inIsrael (Sela, Media Plus), as well as a project that is based on theConstructivist approach to teaching (Together), and several Constructivistexperimental schools, followed by a summary of the obstacles to theimplementation of such projects. Next, it stresses two basic flaws in theConstructivist view and introduces a post-constructivist educationalparadigm, the Autonomy Oriented Education (AOE), (...) which uses `reflectionon experiments in living' as its major tool and aims to enable thedevelopment of autonomous, belonging and moral individuals. (shrink)

In this paper we present a semantic analysis of the application of didactic constructivism to chemical education. We show that the psychological basis of constructivism yield, when applied to chemistry, an internalist semantics for the chemical names. Since these names have been presented as typical examples of an externalism for kind terms, a fundamental incompatibility ensues. We study this situation, to conclude that it affects chemical education at every level. Finally, we present a preliminary analysis of (...) this problem from the point of view of physics. (shrink)

The main focus of this paper ison ways in which Kantian philosophy can informproponents and opponents of constructivismalike. Kant was primarily concerned withreconciling natural and moral law. His approachto this general problematic was to limit andseparate what we can know about things(phenomena) from things as they are inthemselves (noumena), and to identify moralagency with the latter. Revisiting the Kantianproblematic helps to address and resolve longstanding epistemological concerns regardingconstructivism as an educational philosophy inrelation to issues of objectivity andsubjectivity, the limits of (...) theoretical andpractical reason, and the relation betweenhuman experience and the world. It also servesto address ethical concerns regardingliberation from limited self-interests andcontexts conditioned by localised beliefs andinclinations. In light of revisiting theKantian problematic, both Glasersfeld's radicalview of constructivism and Jardine's socialcritique of constructivism are found wanting.Beyond constructivism, Kant's distinctionbetween phenomena and noumena and the limits ofreason that follow from it are brieflyconsidered in terms of Merleau-Ponty's noveldouble-embodied notion of flesh as anontological primitive – as a matter of beingboth in, and of, the world – with an aim tomore intimate connections between epistemologyand ethics. (shrink)

This paper examines the relationship among behaviorism, constructivism and Socratic pedagogy. Specifically, it asks if a Socratic educator can be a constructivist or a behaviorist. In the first part of the paper, each learning theory, as it relates to the Socratic project, is explained. In the last section, the question of whether or not a Socratic teacher can subscribe to a constructivist or a behaviorist learning theory is addressed. The paper concludes by stating that while Socratic pedagogy shares some (...) similarities with each learning theory, ultimately it is fundamentally incompatible with both. (shrink)

Although the Philosophy for/with Children (P4wC) movement seems to have overcome two major points of criticism, these critical concerns can still be found in the literature today. The first question is whether P4wC can be placed in the field of philosophy at all, and the second asks whether children possess the cognitive abilities necessary to engage in philosophical discourse. One of the more recent articles voicing these concerns is authored by Caroline Heinrich, who describes P4wC as “an assault on philosophy (...) and an assault on children” and argues that P4wC is a “concept imposed by adults on children.” She maintains that P4wC ignores “children’s thinking, questioning and play.” Furthermore, Heinrich states that P4wC cannot be called philosophy because children are not able to philosophize. In most of her argumentation, refering to Jan Piaget’s theoretical account of the cognitive development of children. Although the P4wC discourse has already dealt with these questions over the last few decades, it seems that there is still a need for further clarification. This paper provides an overview of the main points of criticism, which form the starting point of the author’s Polylogical Process Model of (Elementary-)Philosophical Education (PPEE model). This interdisciplinary approach, which is based on the constructivist conceptual change/growththeory of Stella Vosniadou and William Brewer, attempts to add new perspectives to two central questions addressing the P4wC movement: first, can P4wC actually be called philosophy?; second, do children have the cognitive abilities to engage in philosophical discourse? In addition, the question arises as to which pedagogical considerations based on constructivist learning theory could be added to P4wC methodology? The aim of the interdisciplinary PPEE model is to build a broader scientific foundation that has the potential to reduce the main points of criticism of the P4wC movement. (shrink)

Teaching mathematics and improving mathematics competence are pending subjects within our educational system. The PEIM (Programa Evolutivo Instruccional para Matemáticas), a constructivist intervention program for the improvement of mathematical performance, affects the different agents involved in math learning, guaranteeing a significant improvement in students’ performance. The program is based on the following pillars: (a) students become the main agents of their learning by constructing their own knowledge; (b) the teacher must be the guide to facilitate and guarantee such a construction (...) by being a great connoisseur of the fundamental aspects of the development of the child’s mathematical thinking; (c) the mathematical contents must be sequenced in terms of the complexity and significance for the student as well as contextualized at all times; and (d) the classroom must have a constructivist climate highlighting cooperative work among students. The implementation of PEIM along with the empirical evaluation conducted in several centers in Madrid and Zaragoza (Spain) confirm how students improve their mathematical competence. Both first- and second-grade students in elementary education were far more effective in solving problems, highlighting the use of more advanced strategies in their resolution and a lower incidence of conceptual errors. Moreover, it was possible to verify how the students proving greater difficulty, experienced an evolution in learning similarly to those who did not present it. The program provides customized education to allow the teacher to know at all times how he should be more influential on the students’ learning through mathematical profiles. Both teaching practice and teachers were observed, being that of the experimental group more prone to analyzing processes and allowing the construction of knowledge by students, due to their psycho-developmental training. As a result, we found several improvements through the implementation of the program that may serve, for upcoming years, as a basis for the necessary changes in the teaching of mathematics. (shrink)

Background: Our theoretical perspectives direct our research processes. The article contributes to the debate on Cultural Historical Activity Theory (CHAT) and Dewey’s idea-based social constructivism, and to the debate on methodology and how the researcher’s theoretical stance guides the researcher in his or her work. Purpose: The article presents fundamental ideas within CHAT and Dewey’s idea-based social constructivism. The purpose of the text is to discuss and examine how ideas in these two theories guide educational research conducted within (...) the framework of these two approaches. Furthermore, the article aims to contribute to the discussion on CHAT and Dewey’s theory. Sources of evidence: Ideas based on Vygotsky’s theories, represented mainly by James Wertsch, Michael Cole, Barbara Rogoff and Yrjö Engeström, and Dewey’s ideas, are examined and discussed in relation to educational research. Furthermore, statements made by Mietinnen, Garrison and Rorty are taken into account in the discussion on the two outlined theories. Main argument: When CHAT and Dewey’s theory guide researchers in their work, they have to take the context or situation into consideration. Artefacts are treated as part of this context, and therefore have to be a focal point of the research. In educational research the classroom and the teacher are also central parts of the learning environment or context. The teacher is the one to form the learning environment in which the pupils think and act, and therefore, the teacher’s role in the classroom is important. If researchers are to manage to focus on pupils’ learning, they must direct their research focus both on the teacher as an organizer of the activities and on the collaborating and supporting processes between the teacher and the pupils, and between the pupils. This means that the research focus has to include both activity and dialogue, which includes processes in all their complexity. Conclusions: Mediating artefacts play a central role both in CHAT and Dewey’s theory. If the researcher is to ascertain what the pupils learn when using specific artefacts, he or she will have to study the activities or processes within which these learning aids are used. This indicates that the researcher has to study learning processes in progress. Garrison states that Dewey’s approach is a philosophy of cultural development. Miettinen finds that Dewey’s theory does not serve as the foundation for both historical and cultural analyses of action. I disagree with Rorty and Mietinnen, and rather follow Garrison’s lead. In both theories, social, cultural and historical factors are, in my opinion, viewed as decisive factors intertwined in what happens here and now. Therefore the setting that frames the activity with its social, cultural and historical aspects also has to be brought into focus in one’s research activity. (shrink)

This paper examines the relationship among behaviorism, constructivism and Socratic pedagogy. Specifically, it asks if a Socratic educator can be a constructivist or a behaviorist. In the first part of the paper, each learning theory, as it relates to the Socratic project, is explained. In the last section, the question of whether or not a Socratic teacher can subscribe to a constructivist or a behaviorist learning theory is addressed. The paper concludes by stating that while Socratic pedagogy shares some (...) similarities with each learning theory, ultimately it is fundamentally incompatible with both. (shrink)

Problem: What alternative strategies from our experiences using a Piaget-based radical constructivist pedagogy might have more and better results than the current practice of responding in debate form, each side trying to prove the other wrong? Method: Use of Slezak’s paper to illuminate the point that the central problem with the interpretation of RC generally used in such writing is that the authors seem not to be able to operate from the central tenet of RC, which is the opposite of (...) that used in realism. Description of how this failure to use the central tenet of RC results in claims that RC is irrelevant to education and to definitions of good teaching. Results: A specific approach shown to be useful in facilitating the construction of new understanding in science is adapted in order to guide interaction between an RC and a realist, which can result in the realist understanding the RC point of view. Implications: Instead of debating with critics of RC, where each side is trying to prove the other side wrong, we need to change the interaction to one in which members of opposing sides attempt to understand the other’s position. In this situation we are in a position to use a pedagogical strategy in which the realist examines her own fundamental assumption that we can know a mind-independent world, and considers the implications of a starting assumption that is exactly the opposite. (shrink)

This chapter presents an argument about constructivism, schooling and reason. A central argument of the chapter is that the representationalist paradigm referred to by Brandom underpins much of the discussion of Vygotsky, with consequences for the way in which sociogenesis is theorised. It plays a decisive if undeclared role in the conceptualisation of pedagogy in contemporary schooling and has decisive consequences for the way that constructivist positions are taken in relation to the active participation of learners, both in their (...) learning and also more radically in the constitution of knowledge. This is considered in the latter part of the chapter. The chapter talks about Robert Brandom whose work is especially relevant to the distinction between causes and reasons. Constructivism is influential in the appropriation of Vygotsky, yet at the same time a tension arises as a result of the importance Vygotsky attached to instruction. (shrink)