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  1. The Roles of Implicit Understanding of Engineering Ethics in Student Teams’ Discussion.Eun Ah Lee, Magdalena Grohman, Nicholas R. Gans, Marco Tacca & Matthew J. Brown - 2017 - Science and Engineering Ethics 23 (6):1755-1774.
    Following previous work that shows engineering students possess different levels of understanding of ethics—implicit and explicit—this study focuses on how students’ implicit understanding of engineering ethics influences their team discussion process, in cases where there is significant divergence between their explicit and implicit understanding. We observed student teams during group discussions of the ethical issues involved in their engineering design projects. Through the micro-scale discourse analysis based on cognitive ethnography, we found two possible ways in which implicit understanding influenced the (...)
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  • Guiding Engineering Student Teams’ Ethics Discussions with Peer Advising.Eun Ah Lee, Nicholas Gans, Magdalena Grohman, Marco Tacca & Matthew J. Brown - 2020 - Science and Engineering Ethics 26 (3):1743-1769.
    This study explores how peer advising affects student project teams’ discussions of engineering ethics. Peer ethics advisors from non-engineering disciplines are expected to provide diverse perspectives and to help engineering student teams engage and sustain ethics discussions. To investigate how peer advising helps engineering student teams’ ethics discussions, three student teams in different peer advising conditions were closely observed: without any advisor, with a single volunteer advisor, and with an advising team working on the ethics advising project. Micro-scale discourse analysis (...)
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  • High School Physics Students’ Personal Epistemologies and School Science Practice.Muhammet Mustafa Alpaslan, Bugrahan Yalvac & Cathleen Loving - 2017 - Science & Education 26 (7-9):841-865.
    This case study explores students’ physics-related personal epistemologies in school science practices. The school science practices of nine eleventh grade students in a physics class were audio-taped over 6 weeks. The students were also interviewed to find out their ideas on the nature of scientific knowledge after each activity. Analysis of transcripts yielded several epistemological resources that students activated in their school science practice. The findings show that there is inconsistency between students’ definitions of scientific theories and their epistemological judgments. (...)
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  • International Handbook of Research in History, Philosophy and Science Teaching.Michael R. Matthews (ed.) - 2014 - Springer.
    This inaugural handbook documents the distinctive research field that utilizes history and philosophy in investigation of theoretical, curricular and pedagogical issues in the teaching of science and mathematics. It is contributed to by 130 researchers from 30 countries; it provides a logically structured, fully referenced guide to the ways in which science and mathematics education is, informed by the history and philosophy of these disciplines, as well as by the philosophy of education more generally. The first handbook to cover the (...)
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  • Research on Student Learning in Science: A Wittgensteinian Perspective.Wendy Sherman Heckler - 2014 - In Michael R. Matthews (ed.), International Handbook of Research in History, Philosophy and Science Teaching. Springer. pp. 1381-1410.
    This chapter considers Wittgenstein’s philosophy, particularly as elaborated in Philosophical Investigations and later works, as it has obtained relevance in science education research. The specific focus is on contributions related to students’ learning of science. Wittgenstein’s writings have been used in science education in several ways: to argue for an alternate conception of rationality in theories of learning science, to support theories examining the discursive and social nature of learning, to advocate for investigations of science classrooms that parallel ethnographic and (...)
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  • Supporting Learning and Teaching of Chemistry in the Undergraduate Classroom.Ilana A. Manneh - 2019 - Dissertation, Stockholms Universitet
    There is agreement in research about the need to find better ways of teaching chemistry to enhance students’ understanding. This thesis aims to contribute to the understanding of how we better support teaching and learning of undergraduate chemistry to make it meaningful and intelligible for students from the outset. The thesis is concerned with examining the interactions between student, specific content and teacher in the undergraduate chemistry classroom; that is, the processes making up the three relations of the didactic triangle. (...)
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