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The Role of Computational Science and Emerging Technologies in the Natural Sciences Education at University Level

机译:计算科学和新兴技术在大学自然科学教育中的作用

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This paper is focused on the role of Computational Science and emerging technologies in the natural sciences education at university level. We outline our Integrated Metacognitive Process Model (IMPM) and our Collaborative Learning approach based on Collaborative Creative Cross-Pollination activity model at postgraduate level. We present our multidisciplinary approach based on the following three components: the existence of multidisciplinary research environment (non-silos departmental culture), computational science research methods as core part of the curricula and collaborative teaching activities facilitated by novel collaborative tools using Collaborative Creative Cross-Pollination. Some results showing the advantages of such an environment and approach are presented. The initial results have shown overall average improvement of the average marks with around 5% plus clear satisfaction of the students as evident from their responses to the course evaluation.
机译:本文的重点是计算科学和新兴技术在大学自然科学教育中的作用。我们概述了研究生阶段的综合元认知过程模型(IMPM)和基于协作创意交叉轮询活动模型的协作学习方法。我们基于以下三个组成部分介绍了我们的多学科方法:存在多学科研究环境(非孤岛部门文化),作为课程核心部分的计算科学研究方法以及通过使用协作创新跨平台的新型协作工具促进的协作教学活动授粉。一些结果表明了这种环境和方法的优势。初步结果显示,平均成绩的总体平均提高约为5%,另外,学生对课程评估的反应也明显令他们满意。

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