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Scaffolding scientific discussion using socially relevant representations in networked multimedia
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In this paper, I develop strategies for designing and assessing collaborative learning environments from a knowledge integration perspective. I identify strengths and weaknesses associated with collaborative learning, linking them to the instructional approaches used in an eighth-grade science curriculum where students design a desert house. The house design activity provides a context for connecting instructional goals and technical innovations. Focusing on how students specializing in different areas can share ideas and provide feedback for each other, I show how social and technical supports can work to achieve common goals. I examine two assumptions about how an expanded repertoire of models contributes to knowledge integration. First, I provide evidence that considering more alternatives leads to improved designs only if students have a framework for organizing those alternatives and selecting between them. Then, I provide evidence that encouraging students to iteratively refine their ideas contributes to knowledge integration. Finally, I show how these cognitive goals can be pursued through social and technical innovations which seek to encourage knowledge integration by making thinking visible for students.