Practical Work in Secondary Science: A Minds-On Approach

by Ian Abrahams

Overview

Practical work is an essential feature of secondary science education. However, questions have been raised by some science educators about its effectiveness as a teaching and learning strategy. Whilst such an approach is generally effective in getting pupils to do things with objects and materials, it is seen as relatively ineffective in developing their conceptual understanding of the associated scientific ideas and concepts. Ian Abrahams argues that this is because it is practiced as a 'hands-on', rather than 'minds-on' activity.

Abrahams draws together theory and practice on effective teaching and learning in practical work in science - covering biology, chemistry and physics. He provides clear guidance to ensure that students are encouraged and supported to be 'minds-on' as well as a 'hands-on' so that they can make the most of this learning experience.

An invaluable text for inspiring aspiring and experienced secondary science professionals, especially for those on M-level secondary science PGCE programmes.

Product Details

ISBN-13:	9781847065049
Publisher:	Bloomsbury Academic
Publication date:	01/20/2011
Pages:	160
Product dimensions:	6.60(w) x 9.50(h) x 0.40(d)

About the Author

Ian Abrahams is Associate Professor of Science Education at the University of Leeds, UK.

Table of Contents

Acknowledgements vi

Introduction 1

1 The Purpose of Practical Work 7

2 Current Perspectives on the Nature and Purpose of Practical Work in the Affective Domain 23

3 Key Issues for Practical Work 49

4 What Pupils Learn about Objects, Materials and Ideas 76

5 Strategies for Getting Pupils to Think about the Objects, Materials and Ideas 112

6 Conclusion 122

References 132

Index 143

Editorial Reviews

'This rigorous yet readable book should be read by every teacher of secondary science. Ian Abrahams provides a compelling analysis of how practical work should be at the heart of school science but too often fails to reach its potential. I wish I had read this book while I was still teaching in schools.' Michael Reiss, Professor of Science Education, Institute of Education, University of London, UK

'The book is very readable and presents the findings of his thesis and later research in a way that is engaging and interesting. The book is separated into chapters that, if required, can be read as stand-alone pieces of work, but they follow on from one another in a logical manner, drawing the reader through to the key chapter on 'strategies to get pupils to think'. The chapter 'current perspectives on practical work' will strike a chord with most practising teachers and trainee teachers. The conversations between the researcher and the pupils support the research results shown in the tables of data, most notably that practical work is deemed to be an opportunity to do something that is not writing. The chapter on 'key issues' looks at the many pitfalls involved in getting pupils to carry out practical work, from reading worksheets and being sufficiently skilled in setting up the apparatus, to collecting data from the equipment and this also highlights the importance of the teacher knowing the difficulties and passing this information onto the pupils. This type of information is something that all trainee teachers have to consider and I am sure that they will find this a valuable resource. The chapter on 'what pupils learn' draws upon research to show that most pupils remember the unusual events and very little about the science behind them. He stresses the importance of making a bridge between practical work and the theory behind it particularly in the context of the practical lesson. It offers sound advice that is supported by research. This is a good read and a book that has some good advice to offer not only to trainee teachers but also more experienced teachers who wish to develop their practical work further.' Janet Gibbs, Lecturer in Science Education, University of Hull, UK

'Ian Abrahams integrates our knowledge regarding teaching, learning and researching in the school science laboratory. This book will be relevant to science teachers who seek ways to improve their practice in the laboratory, as well as professional development providers and science educators teaching graduate courses in colleges and universities.' Avi Hofstein, Head of the Chemistry Group, Department of Science Teaching, The Weizmann Institute of Science, Israel

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