This article seeks to show that a virtual world can provide a useful addition in the use of computer-mediated learning tools. We discuss the underlying educational context and link this to the properties of virtual worlds and, in particular, that of Second Life. We report on the progress of a project for developing group work that seeks to link affordances in the environment to learning outcomes and employs a socially situated, constructivist, pedagogical framework. We found that a virtual world environment can enable autonomous, differentiated learning through the use of suitably structured tasks, and postulate that an individual’s depth of engagement with the environment may be linked to the learning style.
This article seeks to show that a virtual world can provide a useful addition in the use of computermedi ated learning tools. We discuss the underlying educational context and link this to the properties of virtual worlds and, in particular, that of Second Life. We report on the progress of a project for developing group work that seeks to link affordances in the environment to learning outcomes and employs a socially situated, constructivist, pedagogical framework. We found that a virtual world environment can enable autonomous, differentiated learning through the use of suitably structured tasks, and postulate that an individual’s depth of engagement with the environment may be linked to the learning style.
This chapter provides an introduction to learning and teaching in the virtual world Second Life (SL). It focuses on the nature of the environment and the constructivist cognitive approach to learning that it supports. The authors present detailed accounts of two case studies and provide preliminary analysis of the way in which the environment helps students to achieve both explicit and implicit learning outcomes. The formal assessment for these studies allowed the content, style, narrative and working pattern to be decided by the students. They believe that this approach provides a useful stepping stone between content driven and problem-based teaching techniques. Initial results seem to indicate that students have brought in learning from other areas with a mature approach that enhances their transferable skills in group work, project management and problem based learning. The authors suggest that loosely specified assessments with suitable scaffolding, within the rich environment of Second Life, can be used to help students develop independent, self motivated learning. To support this they map criteria from problembased learning literature and link the learning experience to types of learner.
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