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What ‘ideas-about-science’ should be taught in school science? A Delphi study of the expert community.

What ‘ideas-about-science’ should be taught in school science? A Delphi study of the expert community.
What ‘ideas-about-science’ should be taught in school science? A Delphi study of the expert community.
The science that is encountered by adults, whether through the media or through work contexts, typically presents questions, decisions and the need for prioritisation. There is general agreement that, in order to respond to the questions, decisions and prioritisation, people need to know something about the functioning of science itself. We term this knowledge ‘ideas-about-science’. However, there is little agreement about the content that might be included in school science curricula to address ‘ideas-about-science’. The study presented in this paper therefore addresses a fundamental question: What ideas-about-science should be taught in school curricula? The question is addressed empirically, by the use of a three stage Delphi study. The sample for the study was a group of leading and acknowledged experts in science education, science, history, philosophy and sociology of science, science teaching, and activities to promote the public understanding of science. Five people were recruited from each of these groups, producing a sample of twenty five ‘experts’.
In the first round, participants were asked what they thought students should be taught about the methods of science, the nature of scientific knowledge and the processes and practices of the scientific community. Their open-ended responses to these questions were then analysed and coded reflexively and iteratively to generate a set of 30 themes in the data. For each theme, a summary statement was developed that captured the broad intent of the participant’s responses. These themes, and a selection of relevant anonymised arguments for their incorporation, were then fed back to the participants for comment and rating on a 5 point Likert scale in the second round. This process reduced the themes to a subset of seventeen. For the final round, these were then returned for comment, evaluation and a final rating, together with participants’ arguments for their significance. Whilst some of the themes, and the ideas they represent, are already a feature of existing school science curricula, many others are not. The findings of this research therefore present an authoritative challenge as to whether existing practice in school science represents the views and values of the broad community engaged in science and science education.
science education, nature of science, science curriculum, delphi study
Collins, Sue
ebea7bb4-ed87-426c-8d01-1c3983cea7b5
Osborne, Jonathan
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Ratcliffe, Mary
23eb1e68-67a1-4b73-ad0e-925dcb12e5e8
Millar, Robin
b8f620e5-a2d4-4f3c-8451-e85f775ef257
Rick, Duschl
3a500057-84f5-4793-8f74-1230a89aff34
Collins, Sue
ebea7bb4-ed87-426c-8d01-1c3983cea7b5
Osborne, Jonathan
15b1de29-6239-42c4-b0dc-426450721b9a
Ratcliffe, Mary
23eb1e68-67a1-4b73-ad0e-925dcb12e5e8
Millar, Robin
b8f620e5-a2d4-4f3c-8451-e85f775ef257
Rick, Duschl
3a500057-84f5-4793-8f74-1230a89aff34

Collins, Sue, Osborne, Jonathan, Ratcliffe, Mary, Millar, Robin and Rick, Duschl (2001) What ‘ideas-about-science’ should be taught in school science? A Delphi study of the expert community. American Educational Research Association Conference, Seattle, USA. 10 - 14 Apr 2001. 28 pp .

Record type: Conference or Workshop Item (Paper)

Abstract

The science that is encountered by adults, whether through the media or through work contexts, typically presents questions, decisions and the need for prioritisation. There is general agreement that, in order to respond to the questions, decisions and prioritisation, people need to know something about the functioning of science itself. We term this knowledge ‘ideas-about-science’. However, there is little agreement about the content that might be included in school science curricula to address ‘ideas-about-science’. The study presented in this paper therefore addresses a fundamental question: What ideas-about-science should be taught in school curricula? The question is addressed empirically, by the use of a three stage Delphi study. The sample for the study was a group of leading and acknowledged experts in science education, science, history, philosophy and sociology of science, science teaching, and activities to promote the public understanding of science. Five people were recruited from each of these groups, producing a sample of twenty five ‘experts’.
In the first round, participants were asked what they thought students should be taught about the methods of science, the nature of scientific knowledge and the processes and practices of the scientific community. Their open-ended responses to these questions were then analysed and coded reflexively and iteratively to generate a set of 30 themes in the data. For each theme, a summary statement was developed that captured the broad intent of the participant’s responses. These themes, and a selection of relevant anonymised arguments for their incorporation, were then fed back to the participants for comment and rating on a 5 point Likert scale in the second round. This process reduced the themes to a subset of seventeen. For the final round, these were then returned for comment, evaluation and a final rating, together with participants’ arguments for their significance. Whilst some of the themes, and the ideas they represent, are already a feature of existing school science curricula, many others are not. The findings of this research therefore present an authoritative challenge as to whether existing practice in school science represents the views and values of the broad community engaged in science and science education.

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More information

Published date: 2001
Venue - Dates: American Educational Research Association Conference, Seattle, USA, 2001-04-10 - 2001-04-14
Keywords: science education, nature of science, science curriculum, delphi study

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Local EPrints ID: 58275
URI: http://eprints.soton.ac.uk/id/eprint/58275
PURE UUID: 301c84b8-fd94-4d87-9aaf-c9d73f12a5cb

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Date deposited: 15 Aug 2008
Last modified: 15 Mar 2024 11:10

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Contributors

Author: Sue Collins
Author: Jonathan Osborne
Author: Mary Ratcliffe
Author: Robin Millar
Author: Duschl Rick

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