The influence of Napoleon Bonaparte on the Ecole Polytechnique has long been a matter for debate. In this article, the extent of this influence is illustrated, together with resistance within the school itself to Napoleon's attempts to bend it to his own will and use it for purposes of military adventure. Manuscript material, including Napoleon's own private plans for the reorganization of the school, is reproduced to throw light on his intentions and his own attitudes to education.

Engineering and scientific education conditions us to expect everything, including intelligence, to have a simple, compact explanation. Accordingly, when people new to AI ask "What's AI all about," they seem to expect an answer that defines AI in terms of a few basic mathematical laws.

In this essay, I term the dominant educational paradigm of our time as scientific education and subject it to historical analysis in order to bring its tacit racial, colonial and Eurocentric biases into view. I subsume this cluster of problems under the general heading of “the problem of scientific education”, a problem simultaneously submerged deeply in the invisible background of current education and across its foreground inasmuch as it conditions daily educational practices beyond educators’ awareness. (...) The delicate question to be answered is: enclosed as we are within a scientific framing of our educational system, how can we find an alternative way of looking at this educational system that will help us resolve the problem of colonial, racial and cultural subordinations inherent in its scientific framing? (shrink)

William James's disgust for scientific arrogance was not in defiance of his early education in science, but because of it. In particular, James was influenced by the probabilistic method of Charles Darwin's theory of natural selection, especially as interpreted by Charles Sanders Peirce. Peirce, who was James's most immediate scientific influence, maintained an unresolved ambiguity between a probabilistic scientific fallibilism and a confidence in science's quest for certainty, while James emphasized the fallibilism of science as the (...) crowning evidence for epistemological uncertainties. Despite his disagreement with scientific certainty, James fully supported science as a fallible, useful means of inquiry. (shrink)

Teaching is an important aspect of scientific practice. However, it has only recently become the subject of detailed historical and philosophical analyses. In this paper, I argue that Joseph Rouse’s philosophy of scientific practice has important implications for the study of scientific education. Rouse’s dynamic conception of scientific knowledge entails that education should occupy a central place in our analyses of scientific practices, as it is crucial in guaranteeing their temporal extension and sustenance. (...) However, Rouse’s reconceptualization of scientific knowledge also has implications for our understanding of scientific education itself. I will work out these implications, focussing on Rouse’s non-subject-centered account of scientific practices. More generally, I show how Rouse’s philosophy of science entails that the study of scientific education should take the form of an integrated history and philosophy of scientific education. (shrink)

In this article an attempt is made to determine what financial support was given between 1790 and 1815 to some of the principal French scientific institutions situated in Paris. Systematic budgeting was not established until after 1815, so it has not been possible to provide a complete picture of development. The financial and economic background have been surveyed, together with some political arguments for and against investment in science and education. Eight institutions have been chosen as representative of (...) the general situation, and archive sources have been studied to provide, as far as possible, an analysis of their varying budgets. This gives an indication of government attitudes to the financing of science. (shrink)

Scientific realists believe both what a scientific theory says about observables and unobservables. In contrast, scientific antirealists believe what a scientific theory says about observables, but not about unobservables. I argue that scientific realism is a more useful doctrine than scientific antirealism in science classrooms. If science teachers are antirealists, they are caught in Moore’s paradox when they help their students grasp the content of a scientific theory, and when they explain a phenomenon (...) in terms of a scientific theory. Teachers ask questions to their students to check whether they have grasped the content of a scientific theory. If the students are antirealists, they are also caught in Moore’s paradox when they respond positively to their teachers’ questions, and when they explain a phenomenon in terms of a scientific theory. Finally, neither teachers nor students can understand phenomena in terms of scientific theories, if they are antirealists. (shrink)

Scientists imagine constantly. They do this when generating research problems, designing experiments, interpreting data, troubleshooting, drafting papers and presentations, and giving feedback. But when and how do scientists learn how to use imagination? Across 6 years of ethnographic research, it has been found that advanced career scientists feel comfortable using and discussing imagination, while graduate and undergraduate students of science often do not. In addition, members of marginalized and vulnerable groups tend to express negative views about the strength of their (...) imaginations and the general usefulness of imagination in science. After introducing these findings and discussing the typical relationship between a scientist and their imagination across a career, we argue that reducing the number or power of active imaginations in science is epistemically counterproductive. We suggest several ways to bring imagination back into science in a more inclusive way, especially through courses on imagination for scientists, good role models, and exemplar-based learning. (shrink)

Summary 1898 marked a crucial point in the end of the nineteenth-century Spanish crisis. The military defeat ending the Spanish-American War was seen as proof that the country was in terminal decline. With the ideals of regeneration spreading throughout Spanish society, the State became more interested in supporting and sponsoring science and technology, as well as in creating a modern educational system. The resulting reforms reflected this strong interest in scientific education, and consequently, the first decades of the (...) twentieth century saw a turning point in the development of science and technology in Spain. Some recent papers have discussed various initiatives taken by Spanish governments, particularly in the creation of new official institutions. Such institutions played an important role in the development of science and technology, but their activity in the promotion of scientific education was very limited. However, other governmental initiatives were taken in order to develop this area, particularly focusing on the acquisition of scientific instruments. Scientific instruments were needed not only to improve Spanish scientific research but also to improve the teaching of experimental sciences. These instruments were specifically adapted for use by students. This paper aims to present some of the lesser-known individuals and firms who, in the new social and cultural context, provided scientific instruments for educational centres in order to meet the increasing demand for this material in Spanish educational institutions during these years. (shrink)

Türkiye'de din eğitimi bilimi, Ankara Üniversitesi İlahiyat Fakültesi'ndeki akademik disiplinler içinde doğmuş ve alanın ilk akademisyenleri bu fakültede yetişmiştir. Fakültenin açılışından uzun bir süre sonra kurulan Din Eğitimi Anabilim Dalı, yeni kurulan ilahiyat fakültelerinin din eğitimi akademisyenlerini yetiştirmede öncü rol oynamıştır. Bu makalede, alanında ilk ve lider olmasından dolayı Ankara Üniversitesi İlahiyat Fakültesi üzerine yoğunlaşılarak, din eğitiminin Türkiye'de bilimsel bir disiplin olarak gelişmesi tartışılmaktadır. Ayrıca, Türkiye'deki mevcut din eğitiminin genel kurumsal görünümü ile ilgili bilgi verilmektedir. Araştırmada, din eğitimi bölümünün tarihsel (...) gelişimini ortaya koymak amacıyla Ankara Üniversitesi İlahiyat Fakültesi arşivleri incelenmiştir. İlk elden bilgiler, Yönetim Kurulu, Profesörler ve Fakülte Kurulu karar defterlerinden alınmıştır. Din Eğitimi Bölümü'nün karakteristik özellikleri, bilimsel yönelimleri ve katkıları incelenirken, bölümün akademisyenleri tarafından yürütülen bilimsel çalışmalar ve onların lisans ve lisansüstü öğrencilerine atıfta bulunulmuştur. In this article, the theoretical and practical contributions concerning the rise and development of religious education science, its basic characteristics, orientations and fields as an academic discipline in Turkey are discussed. Religious education made its first step into academic disciplines at the Ankara University Divinity Faculty. And first academicians in the field of religious education were taught at this faculty. Department of Religious Education, which was established after a long time, took the lead in educating religious education academicians in newly established divinity faculties. Moreover; the end of this article, information is given in relation to the general institutional appearance of religious education in nowdays Turkey. During the research, in order to reveal the historical development of department of religious education, archives of Ankara University Divinity Faculty were examined. First-hand information was derived from decision books of Administrative, Professors and Faculty Board. When exploring the characteristic features, scientific orientations and contributions of Department of Religious Education, the scientific works carried out by department’s academicians and their graduate and postgraduate students were referred to. (shrink)

Wilfred Carr; Can Educational Research be Scientific?, Journal of Philosophy of Education, Volume 17, Issue 1, 30 May 2006, Pages 35–43, https://doi.org/10.1111.

This paper constructs the teaching of tasawuf as a scientific methods in the higher education in Indonesia. The inclusion of systematic approach is based on the teaching of tasawuf by Kiai Emet Ahmad Khotib from Cirebon West Java Indonesia. This study implemented habitus research method and historical method that centered on library research. Habitus is the mental or cognitive structure through which people deal with the social world. A person is endowed with a set of internalized schemas through (...) which they perceive, understand, appreciate and evaluate the social world. It is through such schemes that people produce their practices as well as perceive and evaluate them. Qualitative approach was applied as the basis of data analysis in this study. Results show that Kiai Ahmad Khatib is the successor of the Islamic boarding school al-Ishlah Bobos 1925-1990 of Cirebon. He set 15 system of tasawuf as the scientific system. Basically, the theory was addressed to declare Allah as the Goal, sincerity as the basis for charity or doing _iqror_ deed declare Allah, the stage of Hub or love. In the promise to Allah a learner avoid the betrayals, primarily Betrayal of Allah, Betrayal of the Prophet, Betrayal to Humans, Betrayal to the motherland. The rule of tarbiyah included in the education system should include among others: Plenary System (Manhaj mutakamilah), Upgrade and Enhancement System, One Way System, Choice System, _Tasykil_ system/form, Humans have character traits that are easy to bend, easy to straighten This trait is used as the basis by experts in fostering human awakening from weakness. (shrink)

Explores the teaching and learning of issues relating to the impact of science in society. This title offers practical guidance in devising learning goals and suitable learning and assessment strategies. It helps teachers to provide students with the skills and understanding needed to address these multi-faceted issues.

: Implicit instruction about values occurs throughout scientific communication, whether in the university classroom or in the larger public forum. The concern of this paper is that the kind of values education that occurs includes "reverse moral education," the idea that moral considerations are at best extra scientific if not simply irrational. The (a)moral education that many scientists unwittingly foist on their "students" undergirds the scientific establishment's typical responses to larger social issues: "Huff!" In (...) this paper I explain the nature of moral education which occurs in the "science classroom" and argue that it is wrongheaded--though there are remedies for its negative effects. (shrink)

This research is devoted to the study of scientific and methodological aspects of providing students with physical education. The research is based on the works of Russian teachers who have adopted the experience of the new higher education program for bachelor's degree. The starting point for the development of new concepts is the latest edition of the Federal State Educational Standard for Higher Education. The purpose of the study is to analysis of the scientific and (...) methodological support of physical education of students under the Federal State Educational Standard program. In the course of the research, we study the most important aspects of the formation of physical skills with the help of basic and additional types of interaction between a teacher and students. Scientific novelty lies new look at complex education, which includes an expanded set of methods, technologies for the development of cognitive interest, activity, physical skills and motivation for active recreation, a healthy lifestyle. The design technology of 2021, based on the method of new generation projects by Evgenia Semyonovna Polat, is a separate factor. The result of the study was the definition of the scientific and methodological aspects of providing physical education in the main and additional types of interaction between the teacher and students, including physical culture, sports, elite sports, competitive tests, project technology and distance learning format. (shrink)

Introduction -- The philosophy of science -- Scientific research -- Math gives science power -- The history of science -- Science and society -- Scientific rewards -- Scientific integrity vs. pseudosciences -- An age of optimism -- Roadblocks to science -- Teaching critical thinking -- A modern synthesis -- Science education: the need for good people in science -- Science at risk.

The aim of this study is to create a sample curriculum which aims to explain the belief and belief of Allah, which is one of the most basic concepts of religious education, based on the developmental based life centred religion concept as an alternative to the existing religious education practices, based on the order and functioning of the universe and to explain its functionality. For this purpose, 12 children who have been educated in the 3rd grade in the (...) institutional sense have not been educated before. Our study is based on the assumption that religious education and science education are complementary to each other. It is assumed that in such cases where religious education practices and scientific processes are run together, children can better establish both scientific processes based on cause-effect relationship in the universe and their relationship with a Creator. In conclusion, although there are some limitations occurred outside the researcher, it has been seen that scientific processes are applied and these are supported in theological speeches and the related conceptualization is realized. In addition, in the studies to be carried out with the children of this age period, it has been observed that the attitudes of the classroom teacher should be taken into consideration and if possible, the researcher has to do the study only with the students. (shrink)

This research examines the ethical dimensions of ethical thought aimed at reflecting fundamentals or leading principles of the production and reproduction of knowledge in science and tertiary education. To achieve research goals, the author of this article evaluates the key assumption that statements in the ethics of science and education are transcendental but do not require a reference to a transcendental or metaphysical subject. The author adheres to the stances by Wittgenstein and Moore and defines ethics in terms (...) of the general inquiry into what is good. The ways of forming ethical statements are compared with the main provisions of Merton’s theory of scientific ethos and its effects on the understanding patterns of the production and reproduction of knowledge. A comparison of general types of ethical inquiry and the theory of scientific ethos helps to present the theory of scientific ethos in terms of middle-range ethical theory. The comparison of transcendental statements in ethics and the points of the theory of scientific ethos is related to the issues of the philosophy of education. The relation is due to the exploring the forms and bases of reproduction of scientific society through tertiary education. The production of knowledge in science generates forms of judgments while education reproduces their ethically acceptable patterns of obtaining and applying. As a result, ethical transcendentalism without reference to a transcendental subject inevitably emphasizes the dialogical design of teaching. This design includes diversification of norms and values in science. Diversity as such ensures collective methods of decision-making and opposes any authoritarianism in education. (shrink)

This paper proposes laying the groundwork for principled moral reasoning as a seminal goal of ethics interventions in higher education, and on this basis, makes a case for educating future specialists and professionals with a foundation in philosophical ethics. Identification of such a seminal goal is warranted by the progressive dissociation of scientific practice and ethical deliberation since the onset of a problematic relationship between science and ethics around the mid-19th century, and the extensive mistrust of integrating ethics (...) in science and engineering curricula beyond its “applied,” “practical,” or “professional” implications. Although calls by international scientific and educational bodies to strengthen ethics teaching in scientific education over the past quarter century have brought about a notion of combining competence in a certain field with competence in ethics, this is neither entrenched in the academic community, nor fleshed out as regards its core or instruments to realize it. The legitimate goals of ethics teaching in higher education, almost settled since the 1980s, can be subsumed under the proposed seminal goal, and the latter also would safeguard content and methods of ethics interventions against the intrusion of indoctrinative approaches. In this paper, derivation of the proposed seminal goal rests on an interpretation of the Kohlbergian cognitive-developmental conception of moral adulthood consisting in autonomous principled moral reasoning. This interpretation involves, based on Kant’s conception of the virtuous person, integrating questions about the “good life” into the domain of principled reasoning. (shrink)

The purpose of this paper is to offer a sympathetic reconstruction of the political thought of Paul Feyerabend. Using a critical discussion of the idea of the ‘free society’ it is suggested that his political thought is best understood in terms of three thematic concerns – liberation, hegemony, and the authority of science – and that the political significance of those claims become clear when they are considered in the context of his educational views. It emerges that Feyerabend is best (...) understood as calling for the grounding of cognitive and cultural authorities – like the sciences – in informed deliberation, rather than the uncritical embrace of prevailing convictions. It therefore emerges that a free society is best understood as one of epistemically responsible citizenship rather than epistemically anarchistic relativism of the ‘anything goes’ – a striking anticipation of current debates about philosophy of science in society. (shrink)

In the last few years, the area of bioethics has been implemented into university studies. It goes beyond the traditional subject of ethical science and enters into the sphere of medicinal, sociological and also natural sciences. The education process at the Faculty of Humanities and Natural Sciences, University of Prešov, aims to increase the quality and efficiency when preparing teacher trainees at Masters level in didactics of biology. This article offers a quick overview of the implementation of the area (...) of bioethics in the educational course “Didactics of biology”. It describes concrete case studies from bioethics and it also presents experience with their integration in biological education related to genetic information. (shrink)