Article published in:Dialogue in Multilingual and Multimodal Communities
Edited by Dale Koike and Carl S. Blyth
[Dialogue Studies 27] 2015
► pp. 195–219
Dialogic knowledge building in learning communities
Discovering an electric circuit through collaborative learning
In modern education, there has been an increasing emphasis on creative thinking, collaborative problem-solving and critical discussion. In this chapter, I argue that learning communities foster these skills and thus provide a strong foundation for deep learning; i.e. learning that is based on deep reasoning and active knowledge building as defined by Krathwohl (2002), Chi and Ohlsson (2005) and Sfard (2001). Furthermore, learning communities cater to the learner’s main psychological needs for autonomy, competence and relatedness (ACR) (Deci and Ryan 1985). This is important, since ACR fulfillment facilitates deep learning by providing the ground for active knowledge building in the teaching and learning interaction. An analysis of an authentic teaching and learning interaction, in which a student is taught about an electric circuit, shows how the teacher facilitates deep learning through selected communicative means; e.g. questions that scaffold deep reasoning along higher cognitive processes like ‘evaluating’ and ‘creating’. An in-depth analysis of selected sequences in the interaction leads to a communicative model for deep learning, which I call ‘Dialogic Knowledge Building’ (DKB). DKB revolves around question-answer sequences that promote the learner’s re-representation of knowledge in terms of complex conceptualizations.
Published online: 10 July 2015
Benware, Carl A., and Edward L. Deci
Bielaczyc, Katerine, and Alan Collins
Brown, Ann L., and Joseph C. Campione
Chi, Michelene T., and Stellan Ohlsson
Craig, Scotty D., Barry Gholson, Matthew Ventura, Arthur C. Graesserthe Tutoring Research Group
Deci, Edward L., and Richard M. Ryan
Elder, Linda, and Richard Paul
Etemadzadeh, Atika, Samira Seifi, and Hamid R. Far
Gee, James P.
Grolnick, Wendy. S., and Richard M. Ryan
Hewson, Peter W.
1992 “Conceptual Change in Science Teaching and Teacher Education.” Paper presented at a meeting on “Research and Curriculum Development in Science Teaching.” Madrid. Spain.
Kage, Masaharu, and Hiroshi Namiki
Knezic, Dubravka, Theo Wubbels, Ed Elbers, and Maaike Hajer
Krathwohl, David R.
Koestner, Richard, Richard. M. Ryan, Frank Bernieri, and Kathleen Holt
National Institute of Education, Singapore
2009 “A Teacher Education Model for the 21st Century.” Online at http://www.nie.edu.sg/files/aboutnie/TE21%20online%20version.pdf (last date of downloads: 6 March, 2012)
Scardamalia, Marlene, and Carl Bereiter
Schwarz, Baruch, Tommy Dreyfus, and Rina Hershkowitz
Surakka, Veikko, and Toni Vanhala
Swedin, Eric G., and David L. Ferro
Vansteenkiste, Maarten, Richard M. Ryan, and Edward L. Deci
Vygotsky, Lev S.