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Determining the Effectiveness of the 3D Alice Programming Environment at the Computer Science I Level

机译:在计算机科学I级确定3D Alice编程环境的有效性

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摘要

Student retention in Computer Science is becoming a serious concern among Educators in many colleges and universities. Most institutions currently face a significant drop in enrolment in Computer Science. A number of different tools and strategies have emerged to address this problem (e.g., BlueJ, Karel Robot, etc.). Although these tools help to minimize attrition, they have not made significant improvements to this widespread problem. A newcomer to the scene called Alice has been met with positive results by captivating student interest through its rich 3D visual programming environment. During the fall of 2005, Alice, a newly published textbook, and numerous resources were used in Computer Science I at McMaster University. This paper provides an overview of Alice, an assessment of this new course including qualitative surveys, informal observations, and quantitative analysis including student performance score results. Despite numerous technical problems, it was found that the Alice Group exceeded the performance of Comparison Groups: F(1,93) = 30.322, p u3c .001 (between C1 and Alice group); F(1,81) = 4.182, p = .044 (between C2 and Alice Group).
机译:在许多高校中,留住计算机科学的学生正成为教育工作者中的一个严重问题。当前,大多数机构都面临着计算机科学领域注册人数的大幅下降。已经出现了许多不同的工具和策略来解决此问题(例如,BlueJ,Karel Robot等)。尽管这些工具有助于最大程度地减少损耗,但它们并未对这一普遍存在的问题进行重大改进。通过其丰富的3D视觉编程环境吸引了学生的兴趣,一个名为Alice的新人获得了积极的成果。在2005年秋天,麦克马斯特大学的计算机科学I中使用了新出版的教科书《爱丽丝》和大量资源。本文概述了爱丽丝,对这门新课程的评估包括定性调查,非正式观察以及包括学生成绩得分结果在内的定量分析。尽管存在许多技术问题,但发现Alice组的性能超出了比较组:F(1,93)= 30.322,p u3c .001(在C1和Alice组之间); F(1,81)= 4.182,p = .044(在C2和Alice Group之间)。

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    Sykes Edward R.;

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  • 年度 2007
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