科学教育中的计算机建模:朝向研究和规划议程

W. Feurzeig, Nancy Roberts
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引用次数: 0

摘要

计算机建模可以极大地活跃科学教育,通过吸引学生积极的调查和提供引人注目的学习经验,提高科学的洞察力和理解。计算设备曾经局限于科学研究界,现在越来越多地用于大学预科科学教育。这些包括网络和远程会议资源、并行建模、计算机可视化、基于计算机的实验室探测和虚拟现实环境。然而,在新的技术能力与其有效的教育实施之间存在着明显的滞后。这个小组讨论的问题是:在将计算机建模引入K-12科学课程时需要解决哪些研究问题?
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Computer modeling in science education: toward a research and planning agenda
Computer modeling can dramatically enliven science education by engaging students in active investigation and providing compelling learning experiences that enhance scientific insight and understanding. Computational facilities once limited to the science research community are becoming increasingly available for use in precollege science education. These include networking and teleconferencing resources, parallel modeling, computer visualization, computer-based laboratory probes, and virtual reality environments. However, there is a significant lag between the new technological capabilities and their effective educational implementation. This panel discusses the question: what research issues need to be addressed in bringing computer modeling into the K-12 science curriculum?
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