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E-raamat: Handbook of Technology Education

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This handbook of technology education offers a state-of-the-art survey of developments in technology education worldwide. It deals with general themes like philosophical foundations, curriculum, teaching and learning, teacher education, and educational technology. It also has some technology-specific topics, such as designing, making, and assessment (portfolios). To focus on the specific learning challenges a separate section of the book is dedicated to sub-domains of technology and engineering, like food, textiles, materials and robotics. Explicit attention is given to the possible role of technology (and engineering) education in Science, Technology, Engineering and Mathematics (STEM) education. Recent developments such as technology concept learning, authentic learning, pre-university engineering education, design-based learning and design-based research for technology education, pedagogical content knowledge for technology educators, and the use of e-portfoli

os are included. One section deals with social and cultural issues, such as education for sustainability, gender issues in technology education, indigenous technologies, industry involvement and the relation between technology education and communication. As could be expected in a handbook on technology education, there is also a section on the use of technology for teaching about technology: the use of CAD, science fiction movies, animations, internet and social media. All chapters are written especially for this handbook by a selection of authors, some of whom have been part of the history of technology education for many years, some of whom are promising young researchers. The book can be used as a reference by technology education researchers to get a concise introduction into the field. It can also be used as a resource in technology teacher education programs. Technology teachers can use it as literature for deepening their understanding of the field and thus working on their continuous professionalization. Curriculum developers and policy makers will find it of interest to get an understanding for the need to have technology education in the curriculum and the way it can be realized in practice.

Part I Philosophy of Technology and Engineering
1(64)
1 Philosophy of Technology and Engineering
3(4)
John R. Dakers
2 Philosophy of Technology: Themes and Topics
7(10)
Marc J. de Vries
3 Nomadology: A Lens to Explore the Concept of Technological Literacy
17(16)
John R. Dakers
4 Teaching Science and Technology
33(6)
Joseph C. Pitt
5 From Crit to Social Critique
39(12)
Stephen Petrina
6 Religion and Technology
51(14)
Dennis Cheek
Part II Curriculum Perspectives
65(216)
7 Curriculum Perspectives in Technology Education: Section Introduction
67(6)
P. John Williams
8 Technology Education: An International History
73(12)
Marc J. de Vries
9 Technology Education: History of Research
85(16)
P. John Williams
10 Authentic Research for Technology Education
101(8)
Chris Merrill
11 Design and Technology in England: An Ambitious Vision Thwarted by Unintended Consequences
109(16)
David Barlex
12 Technology Education in the New Zealand Curriculum: History and Rationale
125(16)
Louise Milne
13 Middle Childhood Education: Engineering Concepts, Practices, and Trajectories
141(18)
Cathy P. Lachapelle
Christine M. Cunningham
Martha E. Davis
14 The Nature of Interdisciplinary STEM Education
159(14)
Michael K. Daugherty
Vinson Carter
15 Engineering and Technology Concepts: Key Ideas That Students Should Understand
173(20)
Michael Hacker
16 Technical Vocational Education: From Dualistic to Pluralistic Thinking
193(12)
Nina Kilbrink
17 Exploring the Relationship Between Technology Education and Educational Sloyd
205(14)
Jonas Hallstrom
18 Design and Technology Education and Its Curriculum Policy Challenges
219(16)
Steve Keirl
19 Technology Education Standards in the United States: History and Rationale
235(16)
Philip Anthony Reed
20 The Importance of the Conceptual in Progressing Technology Teaching and Learning Cliff Harwood and Vicki J. Compton
251(16)
21 Informal, Out-of-School Technology Education
267(14)
Yvonne M. Spicer
Part III Domains in Technology Education
281(158)
22 Teaching and Learning Technology in Different Domains: Tradition and Future Developments
283(6)
Moshe Barak
23 Food in the School Curriculum: A Discussion of Alternative Approaches
289(14)
Marion Rutland
24 Textiles, a Dynamic Exchange: Challenges and Opportunities
303(16)
Belinda von Mengersen
25 Resistant Materials in Technology Education
319(18)
Owain Pedgley
Bahar Sener
26 Teaching Electronics: From Building Circuits to Systems Thinking and Programming
337(24)
Moshe Barak
27 Robotics in Technology Education
361(24)
Martin Fislake
28 Drawing and Sketching: Understanding the Complexity of Paper-Pencil Interactions Within Technology Education
385(18)
Diarmaid Lane
29 Using Computer Technologies in Design and Technology Education: Teaching-Learning Process
403(16)
Jacques Ginestie
30 Maker Movement in Education: History and Prospects
419(20)
Paulo Blikstein
Part IV Teaching and Learning
439(184)
31 Teaching and Learning in Technology: Section Introduction
441(6)
Wendy Fox-Turnbull
32 Learning About Systems
447(16)
Maria Svensson
33 Influences of Materials on Design and Problem Solving Learning About Materials
463(10)
Patricia Potter
Bev France
34 Authentic Learning and Technology Education
473(16)
Ann Marie Hill
35 Problem-Based Learning in Technology Education
489(16)
Mamie Best
36 Emotion and Technology Education
505(18)
David Spendlove
37 Technology Education as a Practice-Based Discipline
523(14)
Johannes Strobel
38 Teaching the Language of Technology: Toward a Research Agenda
537(14)
Gerald van Dijk
Maaike Hajer
39 Classroom Interaction in Technology Education
551(16)
Wendy Fox-Tumbull
40 Linking Knowledge and Activities: How can Classroom Activities in Technology Reflect Professional Technological Knowledge and Practices?
567(14)
Bjorn-Tore Esjeholm
Berit Bungum
41 Perceptions and Attitudes of Pupils Toward Technology
581(16)
Piet Ankiewicz
42 Collaborative Design Work in Technology Education
597(14)
Kaiju Kangas
Pirita Seitamaa-Hakkarainen
43 Modeling in Technology Education: A Route to Technological Literacy
611(12)
Bev France
Part V Technology Teacher Education
623(90)
44 Technology Teacher Education
625(4)
John Ritz
45 Community of Practice: Pedagogical Strategies for Linking Communities of Practice to the Classroom
629(14)
Wendy Slatter
Bev France
46 Design in Technology Education: Current State of Affairs
643(18)
Grietjie Haupt
47 Predictions and Realities: The Influences That Shape Beginning Design and Technology Teachers' Professional Identity
661(24)
Denise MacGregor
48 Pedagogical Content Knowledge for Technology Education
685(14)
Michael A. de Miranda
49 Visions of the Technology Education Profession by Technology Teacher Educators
699(14)
John Ritz
Gene Martin
Part VI Assessment
713(88)
50 Assessment in Technology Education: Section Introduction
715(4)
Kay Stables
51 Making Assessment Judgments: Policy, Practice, and Research
719(16)
Richard Kimbell
52 Assessment and Learning: The Proximal and Distal Effects of Comparative Judgment
735(14)
Niall Seery
Donal Canty
53 Use of Portfolios for Assessment in Design and Technology Education
749(16)
Kay Stables
54 Formative Assessment of Creativity
765(20)
Remke Marleen Klapwijk
55 Teachers' Self-Efficacy in Assessment in Technology Education
785(16)
Eva Hartell
Part VII Social and Ethical Issues
801(88)
56 Social and Ethical Issues in Technology Education: Section Introduction
803(4)
Steve Keirl
57 Rethinking Teaching of Technology: An Approach Integrating Indigenous Knowledge Systems
807(20)
Mishack T. Gumbo
58 Sustainability as a Transformative Factor for Teaching and Learning in Technology Education
827(16)
Margarita Pavlova
59 Industry Involvement in Technology Education
843(14)
Gabriele Graube
Ingelore Mammes
60 A Social Ecosystem of Distributed Learning Through the Braid of Technology Education and Communication
857(18)
Maarten C. A. van der Sanden
Durdane Bayram-Jacobs
Giovanni P. M. Stijnen
61 Gender and Technology Education
875(14)
Sonja Niiranen
Part VIII Media
889(52)
62 Media in Technology Education: Section Introduction
891(4)
Marc J. de Vries
63 Technology and Children's Literature
895(18)
Cecilia Axell
64 Use of Films in Technology Education
913(12)
Kuen-Yi Lin
65 Social Media and the Internet in Technology Education
925(16)
Thomas Loveland
Index 941
Marc J. de Vries is professor of Science Education and affiliate professor of Christian Philosophy of Technology at Delft University of Technology, the Netherlands. He is currently the editor-in-chief of International Journal for Technology and Design Education, published by Springer. He was the editor of an introductory book on philosophy of technology for technology educators, Teaching About Technology. He is the chairperson of the PATT Foundation that organizes the international PATT conferences, in co-operation with colleagues worldwide. He previously worked as a technology teacher educator, co-authored a Dutch textbook for secondary technology education, worked with Dutch educational television on a series for technology education, co-founded the Dutch Association for Technology Teachers, wrote a book on the history of Philips Research (80 Years of Research at Philips) and serves as series editor for the International Technology Education Studies book series with Sense Publishers.