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ROLES, CULTURE, AND COMPUTER SUPPORTED COLLABORATIVE WORK ON PLANET OIT

机译:角色,文化和计算机支持行星oit的协作工作

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The Geology Explorer is a multi-user geologic simulation created by North Dakota State University's World Wide Web Instructional Committee (WWWIC). Students act in role-based authentic scenarios within a virtual cultural context to explore the mythical Planet Oit. Students explore geologic concepts, such as rock and mineral identification and landform creation and, through these experiences, learn various disciplinary approaches to the geological sciences. Until recently, cooperation between online explorers was limited to informal groups of students in close physical proximity. Advances in the Geology Explorer software has resulted in an expanded learning potential by developing a framework for group interaction and cooperation. Students now are able to form groups, chat with others online, leave notes for offline participants, and engage in other important organizational tasks that formerly were available only through close proximity or out-of-band communication, such as e-mail. Now, students can interact with one another within the virtual space, using roles to create a virtual learning culture heuristically separate from the classroom. These changes to the Geology Explorer software provide both organizational and pedagogical benefits. A recent pilot study gave an indication how effective group learning can be - 347 geology students participated. A small group of 38 students split into 19 groups-of-two and used a new group interface, with the rest of the students using the old individualized approach. A number of differences are noted, leading to new research questions and future studies.
机译:地质探险家是由北达科他州立大学万维网教学委员会(汇报)创建的多用户地质模拟。学生在虚拟文化背景下以基于角色的真实情景行事,以探索神话般的星球oit。学生探索地质概念,如岩石和矿物质识别和地貌创造,并通过这些经验,了解地质科学的各种纪律方法。直到最近,在线探险家之间的合作仅限于密切身体近距离学生的非正式群体。地质资源管理器软件的进步通过开发集团互动与合作的框架导致了扩大的学习潜力。学生现在能够形成组,与其他人聊天,留下离线参与者的票据,并参与以前仅通过靠近或带外通信(例如电子邮件)提供的其他重要组织任务。现在,学生可以在虚拟空间内相互交互,使用角色创建一个从课堂启动地分离的虚拟学习文化。这些改变地质资源管理器软件提供组织和教学福利。最近的一项试点研究表明群体学习如何有效 - 347个地质学生参加。一小组38名学生分为19组 - 两组两组,并使用了新的集团界面,其中剩下的学生使用旧的个性化方法。注意到了一些差异,导致新的研究问题和未来的研究。

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