I teach Philosophy of Science at a four-year state university located in the southeastern United States with a strong college of education. This means that the Philosophy of Science class I teach attracts large numbers of students who will later become science teachers in Georgia junior high and high schools—the same schools that recently began including evolution "warning" stickers in science textbooks. I am also a faculty member in a department combining Religious Studies and Philosophy. This (...) means Philosophy of Science is often expected to provide dialogue, debate, and bridge-building on the issues of creationism and evolution. I am expected to provide a welcoming atmosphere to all the religious perspectives that the students bring to class, but at the same time I feel responsible for giving them a serious respect for evolution. This tension between religious tolerance and secular science education has had important consequences in American schools, most notably with the issue of Intelligent Design Theory (ID) in the classroom. (shrink)

A shared goal amongst most educators, we argue, is to supplant students’ raw or “naive” intuitions with more refined intuitions about a particular domain. Educators want students, and people more generally, to recognize when ideas, frameworks, and processes don’t “look right”. When we know that something does not look right, sound right, or feel right, we investigate further. We seek to fill in the gaps between our knowledge and we attempt to learn new approaches for solving problems. Lifelong learning, in (...) other words, builds from a recognition of incoherence. We hope students will be more likely to recognize flawed reasoning or rhetorical appeals, even if they have long forgotten the details of logic, statistics, and argumentation. They have acquired a refined (one might even say “aesthetic”) sense of what is likely correct or incorrect; what is likely promising or empty. This sense is “aisthesis”. -/- Aisthesis is a marker of education. Although it doesn’t refer to particular sets of knowledge or particular skills in analyzing and evaluating problems, it provides a overarching framework that binds educators in both literature and science. Consequently, aisthesis provides a novel lens for pedagogy. Insofar as we are correct that education is about the cultivation of an aesthetic discrimination between good and bad work, aisthesis could be more explicitly targeted. Educators hope to instill in students an aisthetic sense of how to recognize when statements, issues, or artifacts are problematic and require further engagmeent. (shrink)

An aim of science is to find truths about reality. These truths are collected together to form systematic knowledge structures called theories. Theories are intended to create a truthful picture of the reality behind the study. Together with all the other fields of science we get a scientific picture or a world view. This scientific world view is open in the sense that not all truths are known by scientists and not all present day theories are true. So, (...) there is no reason to assume that any field of science has been or will be completed; science is essentially progressive, or an open ended approach. Science is not the only method of picturing, but the view that science is the best human method for knowledge acquisition is well justified. Knowledge is not all we humans are looking for; we need to make our lives meaningful. The meaningfulness may be achieved through science, art, or practical activity. It is interesting to compare literature and science. Both are expressed linguistically, but the aims of literature and science seem to be very different. We are looking for the theoretical interconnection between science and literature, but the proper dialogue can be found not through science, literature or philosophy, but through pedagogy. (shrink)

The pedagogical function of science teaching may benefit from an analysis of the historical-epistemic dimension, without neglecting the socio-political context in which a given research was carried out. In the case of DNA structure, the background of its discovery is particularly complex. Starting from the analysis of some papers, the view on the circumstances that led to their drafting broadens. We try to answer the fundamental question for any educator: why teach all that? Ethics issues are related to the (...) general organisation of research, increasingly focused on speed and competition. Even teaching is affected by these dynamics, not only in higher education, but also at secondary level; students should be made aware of this trend. The history of science could therefore favour a more general awareness. _SUNTO_ La funzione pedagogica dell’insegnamento scientifico può trarre vantaggio da un’analisi della dimensione storico-epistemica, senza trascurare il contesto socio-politico nel quale una determinata ricerca è stata condotta. Nel caso della struttura del DNA, i retroscena della sua scoperta sono particolarmente complessi. Dopo l’analisi di alcuni articoli, si allarga gradualmente la vista sulle circostanze che hanno condotto alla loro stesura. Si cerca di rispondere a una domanda fondamentale per ogni educatore: perché insegnare tutto ciò? Le questioni etiche riguardano l’organizzazione generale della ricerca, sempre più tesa alla velocità e alla competizione. Persino l’insegnamento è influenzato da dinamiche simili, non solo in ambito accademico, ma anche a livello secondario; gli studenti dovrebbero essere a conoscenza di questa tendenza. La storia della scienza può dunque favorire una maggiore consapevolezza. (shrink)

Course designers adopted a language-learners approach to the online teaching of New Zealand secondary school students in the subject of astronomy. This was possible because the curriculum for astronomy that was in 2004 established as a part of New Zealand's national curriculum was specifically designed to engage underachieving students in science and technology. A criterion-referenced assessment regime was established and an Internet platform was built specifically to facilitate this form of assessment. This platform contrasts with the norm-referenced assessment programmes (...) that are most frequently used with online instruction. In this situation - where the essential task is to reward students for learning basic vocabulary and to motivate them to further study - the theory of psychologist William James assisted the teachers to develop their online pedagogy. The article concludes with a comparison of the advantages and disadvantages of using the Internet to deliver science courses to secondary school students. (shrink)

This essay is a discussion of effective teaching in the science‐and‐religion classroom. I begin by introducing Alfred North Whitehead's three stages of learning—romance, discipline, and generalization—and consider their implications for powerful pedagogy in science and religion. Following Whitehead's three principles, I develop a number of additional heuristics that deal with active, visual, narrative, cooperative, and dialogical learning styles. Finally, I present twelve guidelines for how to use e‐mail and class‐based listserves to achieve some of these outcomes.

Studies examining the ways in which the training of engineers and scientists shapes their research strategies and scientific identities.

With the goal of understanding how Christopher Southgate communicates his in-depth knowledge of both science and theology, we investigated the many roles he assumes as a teacher. We settled upon wide-ranging topics that all intertwine: (1) his roles as author and coordinating editor of a premier textbook on science and theology, now in its third edition; (2) his oral presentations worldwide, including plenaries, workshops, and short courses; and (3) the team teaching approach itself, which is often needed by (...) others because the knowledge of science and theology do not always reside in the same person. Southgate provides, whenever possible, teaching contexts that involve students in experiential learning, where they actively participate with other students.We conclude that Southgate’s ultimate goal is to teach students how to reconcile science and theology in their values and beliefs, so that they can take advantage of both forms of rational thinking in their own personal and professional lives. The co-authors consider several examples of models that have been successfully used by people in various fields to integrate science and religion. (shrink)

As the number of medical and health humanities degree programs in the United States rapidly increases, it is especially timely to consider the range of specific disciplinary perspectives that might benefit students enrolled in these programs. This paper discusses the inclusion of one such perspective from the field of Science and Technology Studies The author asserts that STS benefits students in the medical and health humanities in four particular ways, by: challenging the “progress narrative” around the advancement of biomedicine (...) as scientific practice, evaluating the meaning of technology, especially in how technology orients us towards sickness and how health technology is in turn shaped by social and cultural values, assessing the plurality of biomedical epistemologies, rather than assuming biomedicine is one, cohesive body of knowledge that does not differ across contexts, and critiquing bias in biomedical practice and science, especially in the marginalization of women’s voices and in the racial and postcolonial trajectories of contemporary biomedicine. The paper discusses the theoretical importance of these four trajectories to the medical and health humanities, as well as the venues for inclusion of STS within coursework and programming at Case Western Reserve University. The paper also comments on how programming at other institutions might be adapted to incorporate STS scholarship. By drawing on numerous examples of research in the anthropology, sociology, history, and the philosophy of science, this article seeks to open a conversation about the value of science and technology studies to health humanities pedagogy. (shrink)

This paper revisits the controversy surrounding Bhaskar's ‘spiritualisation’ of critical realism (CR), formally introduced with the publication of From East to West. It describes the principal divisions amongst realists with respect to the five moments of CR theoretical development signified by Bhaskar in terms of his own publications. The article critiques some of his later arguments, such as that for reincarnation; but it also locates and identifies a much earlier error as being consistent with, and fundamental to, the later ideas (...) that so many realists had problems with. The principal error is to be found in the concept of ontological truth. (shrink)

This article reflects on the classroom pedagogy promoted by Christopher Southgate and its implications for the science–theology conversation. It highlights several important aspects of Southgate's pedagogy. The use of models of God, humanity, and cosmos emphasize relationality while encouraging the synthesizing of ideas. The promotion of holism in theological reflection is vital for nurturing students to become theologians themselves through the active reevaluation of key doctrines and ideas. An emphasis on ethical considerations reinforces synthesis between theology, (...) class='Hi'>science, and ethics, and is vital for perspective transformation. These aspects of Southgate's teaching should be recognized as vital for promoting intellectual independence, partnership, and theological transformation, all of which are essential to good science and theology pedagogy. (shrink)

This essay provides practical tips for effective teaching in science-and-religion courses. It offers suggestions for dealing with difficult questions and creating a climate of shared learning. Along with pedagogical advice, it covers fundamental principles for teaching broadly integrative religion-and-science courses. Instructors are encouraged to reflect on their purpose(s) in offering their course and to formulate specific objectives using the techniques and resources outlined here.

Teaching courses on religion and science is no easy task as the possibilities for conceptual approaches and course materials are seemingly endless. Both “religion” and “science” denote immense human endeavors with only fuzzy boundaries. They can be compared, contrasted, and explored in numerous ways. Educators must choose how to structure their courses from among many competing perspectives and resources. Below, we review six recent books in terms of their content, perspectives, and methodological approaches while evaluating their potential virtues (...) and challenges for undergraduate classrooms. Our evaluation necessarily reflects our own pedagogical priorities, which include providing an accessible, stimulating, and intellectually challenging introduction to the subject. We value concise and well-supported arguments that cut through popular misconceptions in order to identify and critically engage substantive conceptual issues and fundamental questions. Moreover, we value honest confrontation with ambiguity and complexity over simplistic accounts. Admittedly, these are aspirational values for any classroom or course text, subject to limitation by innumerable constraints. (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)

To meet a dilemma between the axiomatic theory of demonstrative science in Posterior analytics and the non-axiomatic practice of demonstrative science in the physical treatises, Jonathan Barnes has proposed that the theory of demonstration was not meant to guide scientific research but rather scientific pedagogy. The present paper argues that far from contributing directly to oral instruction, the axiomatic account of demonstrative science is a model for the written expression of science. The paper shows how (...) this interpretation accords with related theories in the Organon, including the theories of dialectic in Topics and of deduction in Prior analytics. (shrink)

The critique of metaphysics can often entail a critique of liberalism. Rorty sought a revolutionary paradigm shift in philosophy and the broader humanities, by linking the rejection of metaphysics to a justification for liberal democracy and reformism. He believed that the recognition of socio-historical contingency concerning interpretations of fundamental values and of truth, combined with a humanities education, would create a sense of solidarity that would motivate reforms. Freire argues that a dialogic form of education is as important as the (...) humanities’ content. For Freire, people liberated by a critical education based on dialogue rather than a passive reception of information, can develop a radical critique of capitalism. Vattimo argues that while Heidegger saw techno-science as being the final phase in metaphysical domination, the contemporary development of information and communications technology creates a ‘Babel-like’ pluralism that undermines the ‘violence’ of metaphysic’s totalising thought. This can allow for the development of a post-metaphysical ‘weak communism’ that improves social justice. Rorty and Freire help to show that it is education, rather than technological developments, that can motivate a post-metaphysical politics of solidarity, and Vattimo and Freire are correct to argue that replacing reformism with radical critique is needed for social justice, although Vattimo’s weak communism only provides limited social justice. (shrink)

Using Maya Angelou’s I Know Why the Caged Bird Sings as an example, this paper introduces Wilhlem Dilthey’s hermeneutics and pedagogical theory. Dilthey saw biographies as nothing less than “the highest and most instructive form of the understanding of life.” This, then, serves as the starting point for his hermeneutics or theory of understanding, which distinguishes humanistic understanding from scientific explanation, and sees any one moment or word as having meaning only in relation to a whole—the whole of a sentence (...) or text, or the whole of one’s life. It is also the starting point of his pedagogy, whose ultimate “duty” is “to develop the child as a person who carries their own purpose within themselves.” In introducing Dilthey’s hermeneutic pedagogy, this paper draws principally from his The Formation of the Historical World in the Human Sciences, a text that has been long neglected in hermeneutic and phenomenological studies of education. (shrink)

In conditions of post-pandemic reality, the creation of optimal psychological and pedagogical conditions for the formation of future specialists, raising the level of their professional training, socialization and adaptation to work in the work collective requires appropriate psychological support, the development of cognitive and psychological support technologies for the constructive implementation of practical social psychological assistance in the pedagogical process, as well as the use of modern cognitive-psychological approaches by teachers, the development of psychological recommendations on the style of pedagogical (...) impact and the like.The article highlights the important socio-psychological conditions for preparing a future teacher for socio-pedagogical activity in the context of post-pandemic realities. The necessity of using cognitive psychology technologies in the process of forming professionally speaking competencies of future psychologists and their speech culture in the process of professional speech training is substantiated. The technologies and conditions for the organization of the pedagogical process for the preparation of future practical psychologists who have undergone changes as a result of recent events related to the implementation of the educational process in a remote mode are described. The structure of the seminar on the basics of speech competence of a psychologist is presented as a result of using a dialogical approach in the system of professional training at a university.In our opinion, the materials in this article will be of interest to educators, practical psychologists, and social educators of the vocational education system, since they will help not only better understand the psychological characteristics of the professional and personal development of future specialists, but also constructively solve the urgent problems of their professional training. (shrink)

Imagination is necessary for scientific practice, yet there are no in vivo sociological studies on the ways that imagination is taught, thought of, or evaluated by scientists. This article begins to remedy this by presenting the results of a qualitative study performed on two systems biology laboratories. I found that the more advanced a participant was in their scientific career, the more they valued imagination. Further, positive attitudes toward imagination were primarily due to the perceived role of imagination in problem-solving. (...) But not all problem-solving episodes involved clear appeals to imagination, only maximally specific problems did. This pattern is explained by the presence of an implicit norm governing imagination use in the two labs: only use imagination on maximally specific problems, and only when all other available methods have failed. This norm was confirmed by the participants, and I argue that it has epistemological reasons in its favour. I also found that its strength varies inversely with career stage, such that more advanced scientists do (and should) occasionally bring their imaginations to bear on more general problems. A story about scientific pedagogy explains the trend away from (and back to) imagination over the course of a scientific career. Finally, some positive recommendations are given for a more imagination-friendly scientific pedagogy. (shrink)

A study of visual culture in the teaching of the life sciences.

Capacity building in social science research methods is positioned by research councils as crucial to global competitiveness. The pedagogies involved, however, remain under-researched and the pedagogical culture under-developed. This paper builds upon recent thematic reviews of the literature to report new research that shifts the focus from individual experiences of research methods teaching to empirical evidence from a study crossing research methods, disciplines and nations. A dialogic, expert panel method was used, engaging international experts to examine teaching and learning (...) practices in advanced social research methods. Experts, perspectives demonstrated strong thematic commonalities across quantitative, qualitative and mixed methods domains in terms of pedagogy, by connecting learners to research, giving direct and immersive experiences of research practice and promoting reflexivity. This paper argues that through analysis of expert responses to the distinct pedagogic challenges of the methods classroom, the principles and illustrative examples generated can form the knowledge and understanding required to enhance pedagogic culture and practice. (shrink)

This chapter contains sections titled: “Pedagogy” and “Science” The Educational Reform Movement of the Eighteenth Century Kant, Hegel, and the Reform Movement Kant Hegel Conclusion.

The unity of socialization and education: how often that phrase is uttered nowadays! It has a great deal of meaning both to the practical work of the school and to the theory of education, but it cannot remain merely a phrase. This principle has to be backed by intensive theoretical and practical work in order to be implemented.

Feminist educators and theorists are stretching the boundaries of what it means to do religion and science. They are also expanding the theoretical and practical frameworks through which we might present curricula in thosefields. In this paper, I reflect on the implications of feminist pedagogies for the interdisciplinary field of religion and science. I begin with a brief discussion of feminist approaches to education and the nature of the feminist classroom as a setting for action. Next, I present (...) some theoretical and practical issues to consider when developing a feminist praxis and an antisexist curriculum. This leads into a discussion of the role of language and critical reflection in the religion and science classroom, the risks associated with reflective discourse, and considerations in the use of ‘feminist’ teaching tools such as small group work, journals, and portfolio assessment. Iconclude with a reflection on how feminist pedagogy promotes an epistemology that speaks to the hearts and minds of participants in the dialogue of religion and science. (shrink)

This study had two purposes: to explore the components of the pedagogical content knowledge (PCK) of an experienced elementary science teacher and to reveal the presumed interactions among these components. A naturalistic inquiry was conducted as a single case study in which in-depth qualitative data were gathered through semi-structured interview questions. After the theory-based and data-driven analysis of the qualitative data, the verbal communication was quantitated into numerical data for the enumerative analysis. The results revealed that the teacher’s knowledge (...) of students’ understanding and difficulties, knowledge of the elementary science curriculum and knowledge of instructional strategies and representations were found to be mostly intersected PCK components, whereas orientations towards teaching science and knowledge of assessment in science had limited connections to the other components. Further discussions and context-based suggestions are given regarding professional development programmes. (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)

The education of safety science professionals is a key requirement to ensuring the ongoing recognition of Occupational Health and Safety as a profession. Safety science educators, at some point in their academic career, are required to align with an appropriate teaching philosophy, however this important aspect of education pedagogy rarely receives scholarly attention in the safety sciences. Therefore, this article makes the case for philosophical pragmatism as an overarching teaching philosophy that works well within the evidence informed (...) safety science practice model. Pragmatism is a logical and valuable teaching philosophy which centres on linking theory, research, ideas and actions to multi-disciplinary practical applications. It is embedded in the notion that both multiple stakeholder, and multiple perspectives are required to solve practical safety-oriented problems. Pragmatism links to a reflective practitioner paradigm whereby students are asked to think critically about what they do. Further, learning is influenced by self-discovery. The key theoretical underpinnings of pragmatism are presented, as well as the 4 Ps of pragmatism as a teaching framework. The rational for embracing pragmatism as a higher educational teaching philosophy for the safety sciences is presented. Pragmatism is seen as both a path forward in reducing the theory into practice divide for safety science educators and professionals, and a teaching philosophy which enhances the safety science pedagogy educational lens. (shrink)

Online science and engineering ethics (SEE) education can support appropriate goals for SEE and the highly interactive pedagogy that attains those goals. Recent work in moral psychology suggests pedagogical goals for SEE education that are surprisingly similar to goals enunciated by several panels in SEE. Classroom-based interactive study of SEE cases is a suitable method to achieve these goals. Well-designed cases, with appropriate goals and structure can be easily adapted to courses that have online components. It is less (...) clear that exclusively online methods can support the wide range of goals necessary to good moral pedagogy in SEE, though there seems no a priori reason to rule this out. Only careful, goal-based assessment of online case study SEE teaching can resolve this question. (shrink)

The National Science Foundation's Second Merit Criterion, or Broader Impacts Criterion , was introduced in 1997 as the result of an earlier Congressional movement to enhance the accountability and responsibility as well as the effectiveness of federally funded projects. We demonstrate that a robust understanding and appreciation of NSF BIC argues for a broader conception of research ethics in the sciences than is currently offered in Responsible Conduct of Research training. This essay advocates augmenting RCR education with training regarding (...) broader impacts. We demonstrate that enhancing research ethics training in this way provides a more comprehensive understanding of the ethics relevant to scientific research and prepares scientists to think not only in terms of responsibly conducted science, but also of the role of science in responding to identified social needs and in adhering to principles of social justice. As universities respond to the mandate from America COMPETES to “provide training and oversight in the responsible and ethical conduct of research”, we urge institutions to embrace a more adequate conception of research ethics, what we call the Ethical Dimensions of Scientific Research, that addresses the full range of ethical issues relevant to scientific inquiry, including ethical issues related to the broader impacts of scientific research and practice. (shrink)