A community and knowledge building model in computer education

Kenneth Eustace, L. Hay
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引用次数: 14

Abstract

Computer Supported Collaborative Work (CSCW) is a new information technology subject at Charles Sturt University, that develops a learning community and knowledge sharing network for a diverse range of students. By integrating course content about CSCW, students use information environments and groupware products such as e-mail, the Z Object Publishing Environment (ZOPE) and MOO to create learning artefacts. The subject immerses students into social, philosophical and psychological aspects of working in online environments as well as the technology issues associated with being a participant in a workgroup that can be applied in such fields as professional development, information technology, library science, education, teacher librarianship, health care or policing. Students explore the principles of workgroups, various cognitive frameworks and collaborative task (eg. meetings, document generation, argument support and policy work). They learn how to select and tailor a framework appropriate to a specific collaborative situation, and guide the development of workgroup-specific infrastructure. They are also expected to evaluate the effectiveness of workflow, human interaction and knowledge management within an organisation. This paper describes how a team-teaching approach has been structured, and how students and lecturers facilitated each other in regard to course content, methods of instruction, methods of assessment and evaluation.
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计算机教育中的社群与知识建构模式
计算机支持的协同工作(CSCW)是查尔斯特大学的一门新的信息技术学科,它为各种各样的学生建立了一个学习社区和知识共享网络。通过整合有关CSCW的课程内容,学生可以使用信息环境和群件产品,如电子邮件、Z对象发布环境(ZOPE)和MOO来创建学习工件。这门课程使学生沉浸在在线环境中工作的社会、哲学和心理方面,以及与作为工作组参与者相关的技术问题,这些问题可以应用于专业发展、信息技术、图书馆学、教育、教师图书馆、卫生保健或警务等领域。学生探索工作组的原则,各种认知框架和协作任务(如:会议,文件生成,论据支持和政策工作)。他们学习如何选择和裁剪适合特定协作情况的框架,并指导工作组特定基础设施的开发。他们还需要评估组织内工作流程、人际互动和知识管理的有效性。本文描述了如何构建团队教学方法,以及学生和讲师如何在课程内容,教学方法,评估和评价方法方面相互促进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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