Lesson Study Research and Practice in Mathematics Education - Learning Together

Lesson Study Research and Practice in Mathematics Education - Learning Together

von: Lynn C. Hart, Alice S. Alston, Aki Murata

Springer-Verlag, 2011

ISBN: 9789048199419 , 294 Seiten

Format: PDF, OL

Kopierschutz: DRM

Windows PC,Mac OSX für alle DRM-fähigen eReader Apple iPad, Android Tablet PC's Online-Lesen für: Windows PC,Mac OSX,Linux

Preis: 149,79 EUR

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Mehr zum Inhalt

Lesson Study Research and Practice in Mathematics Education - Learning Together


 

Prologue

5

Contents

7

Contributors

10

Introduction: Conceptual Overview of Lesson Study

13

Lesson Study: Structures, History, and Variation

14

Focus on Student Learning

16

Research Lesson: Centerpiece of Lesson Study

17

Research on Lesson Study

18

Teacher Learning

18

Adapting Lesson Study

19

Issues from the Field

20

Learning About Lesson Study Together

21

References

23

Jumping into Lesson Study: Inservice Mathematics Teacher Education

25

Lesson Study: The Impact on Teachers’ Knowledge for Teaching Mathematics

26

Rationale for the Study

26

Context of the Study

27

Analyzing the Impact of Lesson Study on Teachers’ Knowledge

29

What the Analysis Revealed

30

Lesson Plans and Discussions

30

Level of Anticipated Students’ Questions/Responses

33

Implications and Conclusion

35

References

36

Developing the Habits of Mind for a Successful Lesson Study Community

38

Background

38

Theoretical Framework

38

Overview

39

Part 1: Becoming a Lesson Study Community

40

The School System

40

Japanese Elementary Lesson Study (JELS)

40

Part 2: The Research Project

45

Data Collection and Analysis

45

Results

46

Discussion

48

References

49

Influence of Lesson Study on Teachers’ Mathematics Pedagogy

50

Context of Lesson Study

51

Theoretical Framework

51

Methods

52

Case Study Teachers

52

Findings and Discussion

53

Initial Lesson Study Experience

53

Completing the Research Lesson

54

Abandoning the Research Lesson

55

Teachers’ Pedagogies

57

Initial Pedagogies of Pat and Rachel

58

Pedagogies After Lesson Study

59

Linking Teacher Change to the Lesson Study

62

Implications

63

Leadership in Lesson Study

64

The Influence of School Administration

65

Creating a Successful Lesson Study

66

References

67

Examining Change in Teacher Mathematical Knowledge Through Lesson Study

69

Anticipated Teacher Learning in Each Phase of the Lesson Study Process

70

Methods and Results

71

Teachers

71

Data Collection and Analysis

72

Lesson Study at Eastern Elementary

72

Introduction to Lesson Study

72

Investigating Goals

73

Planning the First Research Lesson: Christmas Cookies

75

The First Research Lesson: Christmas Cookies

76

Debrief/Reflection on the First Lesson: Christmas Cookies

76

Planning the Second Lesson: Fair-Sharing Pizza

77

Second Research Lesson: Fair-Sharing Pizza

78

Second Lesson Debrief/Reflection: Fair-Sharing Pizza

78

Planning the Third Lesson

79

The Third Research Lesson

81

Third Debrief/Reflection

82

Teacher Learning Through Lesson Study

83

Reexamining the Mechanisms of Lesson Study

84

Discussion

85

References

86

Response to Part I: Jumping into Lesson Study—Inservice Mathematics Teacher Education

88

References

90

Emerging Issues from Lesson Study Approaches in Prospective Mathematics Teacher Education

92

Investigating Approaches to Lesson Study in Prospective Mathematics Teacher Education

93

Relevant Literature and Theoretical Perspective

94

Design and Methods of Inquiry

95

Secondary Prospective Teacher Lesson Study Approach

96

Elementary Prospective Teacher Lesson Study Approach

97

Data Collection and Analysis

98

Findings

99

Learner-Centeredness of the Lesson Study Approaches

99

Knowledge-Centeredness of the Lesson Study Approaches

100

Assessment-Centeredness of the Lesson Study Approaches

102

Community-Centeredness of the Lesson Study Approaches

103

Discussion

105

Concluding Remarks

108

References

109

Lesson Study in Preservice Elementary Mathematics Methods Courses: Connecting Emerging Practice and Understanding

111

Introduction

111

Lesson Study Course Activities by Week

112

Week 1: Introduction to Lesson Study

114

Week 2: Deciding Lesson Study Goals and Topics

114

Week 3: Situating Goals with Standards

114

Week 4: Situating Student Learning in Research and Deciding on Assessment

115

Week 5: Analyzing Student Data

115

Weeks 6–8: Unit and Lesson Planning

115

Research Lesson Events

116

Week 9: Group Reflection

117

Week 10: End-of-Quarter Presentation

117

Discussion

117

Appendix 1: Student Assessment Assignment Guidelines

120

Appendix 2: Lesson Study Lesson Plan

120

Appendix 3: What to Expect on the Research Lesson Day…

121

Before the lesson:

121

Appendix 4: Final Project Guidelines

122

References

123

Lesson Study as a Framework for Preservice Teachers’ Early Field-Based Experiences

125

Introduction

125

Philosophical and Practical Considerations

125

Overview of the College Course

126

Reflections and Conclusion

133

References

134

Response to Part II: Emerging Issues from Lesson Study Approaches in Prospective Mathematics Teacher Education

135

Lesson Study Approaches

135

Prospective Teachers’ Learning

137

Factors that Framed Learning

138

The Role of the Teacher Educator

138

The Group Collaboration

139

Concluding Remarks

139

References

140

Challenges and Promises of Unchartered Water: Lesson Study and Institutes of Higher Education

141

Lesson Study as a Tool for Developing Teachers’ Close Attention to Students’ Mathematical Thinking

142

Introduction

142

Research Questions

143

Theoretical Framework

143

Background and Methodology

144

Selected Results

146

The Planning/Investigation Phase

146

The Research Lessons

150

Tyrreal’s Solution to the Scale Balance Task

151

Conclusions, Implications, and Limitations of the Study

154

References

157

Lesson Study as a Learning Environment for Coaches of Mathematics Teachers

159

Background and Related Literature

159

Theoretical Framework

160

Methods of Data Collection and Analysis

160

Results

162

Knowledge of Content and Students (KCS)

162

Knowledge of Content and Teaching (KCT)

163

Teaching Philosophy Tension During Lesson Study

164

Improved Confidence for Preservice Teacher

165

New Technology Usage for Classroom Teacher

165

Development of Specialized Content Knowledge

166

Dealing with Cognitive Dissonance

167

Conclusions

168

Implications

168

References

169

Walking the Talk: Lessons Learned by University Mathematics Methods Instructors Implementing Lesson Study for Their Own Professi

171

Introduction

171

The Team

172

Experiencing Lesson Study: Walking in Our Own Classrooms

173

Unexpected Insights

174

Walking in Public

177

Conclusions

179

Problematizing the Practice of Teaching Mathematics

179

Making a Case: Lesson Study in Postsecondary Settings

179

References

180

Response to Part III: Challenges and Promises of Unchartered Water—Lesson Study and Institutes of Higher Education

181

Lesson Study as a Research Tool

181

Lesson study in Higher Education

182

Implications

182

References

184

Seeing the Whole Iceberg: The Critical Role of Tasks, Inquiry Stance, and Teacher Learning in Lesson Study

185

The Critical Role of Task Development in Lesson Study

186

Lesson Study and Task Design

187

Four Types of Tasks Used in Research Lessons

190

The Circle Lesson: Directly Addressing a Concept

190

Snow White and the Seven Dwarfs: Developing Mathematical Processes

192

The 13 – 9 Subtraction Lesson: A Rigorous Examination of Scope and Sequence

196

Area and Perimeter: Addressing Misconceptions

198

The Role of Lesson Study

198

Conclusion

201

References

202

The Intersection of Lesson Study and Design Research: A 3-D Visualization Development Project for the Elementary Mathematics Cur

205

Introduction

205

Theoretical Frameworks

206

Spatial Visualization

206

Spatial Operational Capacity Framework

206

Context and Methodology

208

Example Research Lessons

210

Example 1: Children’s Use of Descriptive Language

210

Example 2: Revisiting Children’s Progress in Coding from a 2-D Conventional Figure

213

Example 3: Children’ s Use and Invention of Top-View Coding to Represent 2-D Figures

215

Conclusion

221

References

223

Lesson Study: A Case of the Investigations Mathematics Curriculum with Practicing Teachers at Fifth Grade

225

Background

225

Theoretical Background

226

Context of Lesson Study

226

Method of Data Collection

228

Results of the Lesson Study

228

Discussion of Results

233

Conclusion

235

References

236

Response to Part IV: Seeing the Whole Iceberg—The Critical Role of Tasks, Inquiry Stance, and Teacher Learning in Lesson Study

238

References

243

Ideas for Developing Mathematical Pedagogical Content Knowledge Through Lesson Study

244

What’s Going on Backstage? Revealing the Work of Lesson Study with Mathematics Teachers

245

In Preparation for Stage One

246

Between Stages 1 and 2

247

Between Stages 2 and 3

247

Between Stages 3 and 4

249

Between Stages 4 and 1

250

References

251

Learning from Lesson Study: Power Distribution in a Community of Practice

252

Introduction

252

The Study

252

The Participants

253

My Learning from Belonging to the Lesson Study Community

257

Lesson Study Cycle One

257

Relationships with Mathematics

259

Acknowledging Power Relations

260

My Role as Broker in the Enterprise

261

Finola’ s Research Lesson on Weight

261

Ethna’s Research Lesson on Fractions

262

Nexus of Power Distribution

263

Lesson Study Cycles Two and Three

264

Conclusion: Participant Agency and Communal Spaces

267

References

267

Preparing for Lesson Study: Tools for Success

269

Setting the Stage

270

Professional Development in the First Two Years

270

Seminars in Mathematics Content and Problem Solving

270

Thinker–Doer Activity

270

Reflective Teaching Model (RTM)

271

Year Three: Lesson Study

272

Summary

275

References

277

Response to Part V: Ideas for Developing Mathematical Pedagogical Content Knowledge Through Lesson Study

278

Introduction

278

The Need for Pedagogical Content Knowledge in Mathematics

279

Conducting Kyozaikenkyu to Improve Teachers’ Knowledge

280

Using Focused Materials to Improve Kyozaikenkyu

283

Accessing Knowledgeable Others to Improve Kyozaikenkyu

284

Conclusion

285

References

286

Final Thoughts

288