Initial experience with a computational thinking course for computer science students

D. Kafura, D. Tatar
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引用次数: 34

Abstract

Experience with the first offering of a computational thinking course for computer science (CT4CS) students is reported. The course is grounded in student interaction with fundamental, recurring concepts suggested by comparison with two sets of computer science principles. By using specialized, freely available tools and physical simulations it is possible to provide concrete, tangible learning experiences that neither require knowledge of nor the overhead of programming. Student end-of-term reflections indicate that the course deepened and broadened their understanding of computer science even when they had previously encountered a topic, and improved their computer science vocabulary.
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为计算机科学学生开设计算思维课程的初步经验
报告了首次为计算机科学(CT4CS)学生提供计算思维课程的经验。本课程的基础是学生与两套计算机科学原理的比较所提出的基本的、反复出现的概念的互动。通过使用专门的、免费的工具和物理模拟,可以提供既不需要知识也不需要编程开销的具体的、有形的学习经验。学生期末反思表明,即使他们以前遇到过一个主题,该课程也加深和拓宽了他们对计算机科学的理解,并提高了他们的计算机科学词汇量。
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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