新手程序员的计算思维活动框架开发

Tze Ying Sim, Matthew Teow, Sian Lun Lau
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引用次数: 0

摘要

在过去,许多研究集中在编程技能对学习计算思维(CT)的影响上。然而,并不是所有的学校或教师都能够实施或提供K-12级别的编程课程。对于编程新手,CT活动可以帮助学生学习和欣赏解决问题和编程的能力。本文对不插拔连续油管作业的有效性和适用性进行了调查研究。这是不插拔连续油管框架开发过程的一部分,其中研究的第一个元素是合适的活动类型。进行了两次迭代以确认活动的适宜性。还与一组选定的中学教师核实了这些活动。结果表明,不插电活动可以有效地帮助学生学习编程能力。研究的下一步是为新手程序员确定与不插电CT活动框架相关的其他相关组件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Unplugged Computational Thinking Activities Framework Development for Novice Programmer
In the past, many investigations focused on the impact of programming skills towards learning computational thinking (CT). However, not all schools or instructor are able to implement or deliver programming curriculum at the K-12 level. For novice programming, CT activities may help students to learn and appreciate problem-solving and programming capabilities. In this paper, an investigation to study the effectiveness and suitability of an unplugged CT activities has been carried out. This is part of the unplugged CT framework development process, where the first element investigated is the type of suitable activities. Two iterations were conducted to confirm the suitability of the activities. The activities were also verified with a selected group of secondary school teachers. The results have shown that unplugged activities can be effective in helping students to learn programming capability. The next step of the research is to identify other relevant components relevant to the framework for an unplugged CT activities for novice programmer.
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