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The Cambridge Handbook of the Learning Sciences provides research-grounded practical information for how to organize a classroom, how to write textbooks, how to design educational software and instructional technology, how to prepare effective teachers, and how to best use the Internet to enhance student learning.
List of contents
Preface R. Keith Sawyer; 1. An introduction to the learning sciences R. Keith Sawyer; Part I. Foundations: 2. Foundations of the learning sciences Mitchell J. Nathan, R. Keith Sawyer; 3. Scaffolding Brian J. Reiser, Iris Tabak; 4. Project-based learning Joseph S. Krajcik, Namsoo Shin; 5. Metacognition and self-regulated learning Philip H. Winne, Roger Azevedo; 6. A history of conceptual change research: Threads and fault lines Andrea A. diSessa; 7. Learning in activity Yrjö Engeström; 8. Cognitive apprenticeship Allan Collins, Manu Kapur; Part II. Methodologies: 9. Design-based research: A methodological toolkit for engineering change Sasha Barab; 10. Analyzing collaboration Noel Enyedy, Reed Stevens; 11. Microgenetic methods Bruce L. Sherin, Clark A. Chinn; 12. A learning sciences perspective on the design and use of assessment in education James W. Pellegrino; 13. Learning analytics and educational data mining Ryan S. Baker, George Siemens; Part III. Grounding Technology in the Learning Sciences: 14. Videogames and learning Constance Steinkuehler, Kurt Squire; 15. Embodiment and embodied design Dor Abrahamson, Robb Lindgren; 16. Tangible and Full-body interfaces in learning Narcis Pares, Michael Eisenberg; 17. Augmented reality in the learning sciences Bertrand Schneider, Iulian Radu; 18. Mobile learning Roy Pea, Mike Sharples; Part IV. Learning Together: 19. Knowledge building and knowledge creation Marlene Scardamalia, Carl Bereiter; 20. Computer-supported collaborative learning Gerry Stahl, Timothy Koschmann, Daniel Suthers; 21. Arguing to learn Jerry Andriessen, Michael Baker; 22. Informal learning in museums Palmyre Pierroux, Karen Knutson, Kevin Crowley; Part V. Learning Disciplinary Knowledge: 23. Research in mathematics education: What can it teach us about human learning? Anna Sfard, Paul Cobb; 24. Science education and the learning sciences: A coevolutionary connection Nancy Butler Songer, Yael Kali; 25. Complex systems and the learning sciences: Educational, theoretical, and methodological implications Michael J. Jacobson, Uri Wilensky; 26. Learning history Mario Carretero, Everardo Perez-Majarrez; 27. Learning to be literate Peter Smagorinsky, Richard E. Mayer; 28. Arts education and the learning sciences Erica Halverson, Kimberly Sheridan; 29. Learning as a cultural process: Achieving equity through diversity Na'ilah Suad Nasir, Ann S. Rosebery, Beth Warren, Carol D. Lee; 30. Designing for meaningful learning: Interest, motivation, and engagement K. Ann Renninger, Sanna Järvelä 31. Advances in teacher learning research in the learning sciences Barry J. Fishman, Carol K. K. Chan, Elizabeth A. Davis; 32. Learning sciences and policy: A decade of mutual engagement William R. Penuel, James P. Spillane, Min Sun; 33. The learning sciences in the 2020s: Implications for schools and beyond R. Keith Sawyer.
About the author
R. Keith Sawyer, the Morgan Distinguished Professor at the University of North Carolina at Chapel Hill, studies creativity, innovation, and learning, with a focus on collaborating groups and teams. He is the author or editor of seventeen books, including Reflections on the Learning Sciences (2016) and The Creative Classroom: Innovative Teaching for 21st-Century Learners (2019).
Summary
The Cambridge Handbook of the Learning Sciences provides research-grounded practical information for how to organize a classroom, how to write textbooks, how to design educational software and instructional technology, how to prepare effective teachers, and how to best use the Internet to enhance student learning.
Foreword
The definitive introduction to the learning sciences - an interdisciplinary approach to teaching, learning and educational technology.
