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Instructional design best practices for Second Life: a case study from a college-level English course
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Citations
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References
2009
Year
E-learningNew TechnologiesEducationTechnology-based Language TeachingInstructional ModelsSecond LifeInstructional Design ModelsInstructional DesignInteractive LearningLearning StrategiesLifewide LearningLanguage StudiesLearning EnvironmentInstructional TechnologyVirtual ClassroomVirtual Learning EnvironmentsLearning SciencesDesignCollege-level English CourseInstructional ProgramVirtual WorldsCurriculum & InstructionCase StudyEducational DesignLearning DesignDigital Learning
Abstract Interest in the instructional application of virtual worlds, such as Second Life (SL), has grown substantially. However, little information is available about effective instructional activities using virtual worlds. This case study illustrates lessons learned from a pilot integrating SL into a two-semester English course at a large southwestern US university. A building activity was implemented in the first semester, and based on qualitative and quantitative formative evaluation results and additional planning, the instructional activity for the second semester was modified. These changes substantially enhanced students' learning experiences. Eight general and five discussion/debate-specific best practices discussed for implementing SL in college-level courses include capitalising on social interactions and establishing a clear connection of activities with learning objectives. This study demonstrates the importance of combining careful instructional design with ongoing assessment when implementing emerging technologies. It also indicates that course learning goals and students' needs should be considered first and foremost when adopting new technologies for instruction. Keywords: Second Lifemulti-user virtual environmentvirtual worldinstructional designeducationlearningmotivation Acknowledgements This study was supported by the Division of Instructional Innovation and Assessment at the University of Texas at Austin. The authors thank Dr. Jerome Bump and the students who participated in this research.
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