Authors: Marina Bers, David Elkind
ISBN-13: 9780807748480, ISBN-10: 080774848X
Format: Hardcover
Publisher: Teachers College Press
Date Published: October 2007
Edition: (Non-applicable)
Book Synopsis
Research shows that attitudes about science, math, and technology start to form during the early schooling years. This pioneering book shows how to successfully use technology in the early childhood classroom. Grounded in a constructivist approach to teaching and learning, the author focuses on robotic manipulatives that allow children to explore complex concepts in a concrete and fun way. At the same time, she examines how this technology engages sensorimotor and socioemotional skills, which are fundamental for the healthy development of young children. This innovative book: Provides examples of how robotics can be a powerful, hands-on tool for young children to learn about science, technology, engineering, and math (STEM). Presents portraits of children developing the skills and ways of thinking needed to create their own personally meaningful projects, and to solve problems using technology. Offers sample curriculum starter activities, including forms and charts that children can use to chronicle the progress of their projects.
About the Author:
Marina Umaschi Bers is an assistant professor at the Eliot-Pearson Department of Child Development and an adjunct professor in the Computer Science Department at Tufts University
Table of Contents
Foreword David Elkind xi
Introduction: Playful Learning: Little Robots, Big Ideas 1
Constructionism: Technology and Early Childhood 11
Constructionism as Developmentally Appropriate Practice 13
Learning by Designing Within a Community 16
Technological Tools for Learning: From Building Blocks to Robotics 21
Powerful Ideas and Wonderful Ideas 23
Learning About Learning with Technology 27
Socioemotional and Developmental Contexts for Learning with Robotics 30
The Big Picture: Promoting Positive Technological Development 31
Promoting Socioemotional Development Through Robotics 36
Technology in the Classroom: Technocentric vs. Systemic Approaches 39
The Role of the Family: Lessons from Literacy 41
Vignette: A Well-Kept Secret: Classroom Management with Robotics Chris Rogers 46
Why LEGO Engineering? 46
What Are the Obstacles and How Have Teachers Gotten Around Them? 48
But What About the Girls? 50
Is It All Worth It? 51
What Next? 52
Vignette: The Engineering Design Process in a Kindergarten Study Group Megina Baker 53
Project Goals 54
The Initial Provocation 54
Curriculum Planning 56
Implementing the Curriculum 56
Extending Engineering 59
Interview with Rebecca S. New: Moving from "I Know" to "I Wonder": Revisiting Developmentally Appropriate Practices in the Light of Sociocultural Theories 60
Using Robotic Manipulatives in the Early Childhood Classroom 67
Robotic Manipulatives as Learning Tools 69
What Is a Robotic Manipulative? 69
Teaching and Learning Powerful Ideas with a Robotic Manipulative 76
Designing the Environment: A Practical Guide 85
Designing the Learning Environment 85
Developmentally Appropriate Robotics Construction Kits 89
Engaging Parents 92
Resources 95
Curriculum Starters 96
Vignette: Building Boston Together: Local History Through Robotics Rebecca Merino Kevin Staszowski 103
The Freedom Trail 106
Vignette: Engineering by Design Merredith Portsmore 108
Engineering by Design in First Grade 109
Getting Started: From Play to Design 110
The Engineering Design Process 110
Interview with Terry Green: Insights from Experience: From Lunar Rovers to Chaos Sia Haralampus 115
Conclusion 121
Engineering and Technology Standards in the United States 125
Sample Curriculum Starter 134
Sample Design Journal 136
References 143
Index 149
About the Author 154
Subjects