融合教学策略以强化程式设计入门课程

L. Denton, D. McKinney, M. V. Doran
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引用次数: 8

摘要

南阿拉巴马大学长期以来一直致力于改进计算机科学的编程入门课程。这些努力及其结果得到了美国国家科学基金会的支持,通过许多仪器进行了评估,并在论文、研讨会和会议上进行了传播。这种传播的具体主题包括课堂和实验室经验的整合,动机策略和情感目标的使用,学生成绩和保留,在课程中早期使用专业实践,在入门课程中发展学生情感,增强实验室经验,各种学习理论在课堂上的应用,以及课程设计。这些先前的作品只关注几个特定的问题,与之相反,本文的目的是全面地讨论在我们的编程入门课程中使用的有效策略,并展示如何将这些不同的努力融合在一起,共同增强和活跃课程。这套策略包括认知和情感课程目标的整合;使用概念图和其他视觉教学技术和工具;激励策略的使用,如课堂讨论和学生自我反思;课堂上概念发展与实践练习的结合;与学生最近发展区相匹配的课程进度设计课程教学方法的设计,以适应学生兴趣和学习方式的多样性;采用多种策略,将“真实世界”融入课程的每个组成部分;学生调查的策略运用;并将专业实践与学生对质量的承诺相结合。随着我们实施这些策略,学生课程完成率显著、持续和显著地提高
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A melding of educational strategies to enhance the introductory programming course
The University of South Alabama has for an extended period of time been committed to improving the introductory programming course for Computer Science. These efforts and their results have been supported by the National Science Foundation, assessed by numerous instruments, and have been disseminated in papers, workshops, and conference sessions. Specific topics of this dissemination have included the integration of lecture and laboratory experiences, the use of motivational strategies and affective objectives, student achievement and retention, the early use of professional practices in the curriculum, the development of student affect during the introductory course, the enhancement of laboratory experiences, the application of various learning theories in the classroom, and curriculum design. In contrast to these prior works which each focused on just a few specific issues, the purpose of this paper is to holistically discuss the set of effective strategies used in our introductory programming course and show how these diverse efforts can be melded together and jointly enhance and enliven the course. This set of strategies includes the integration of cognitive and affective course objectives; the use of concept maps and other visual instructional techniques and tools; the use of motivational strategies such as classroom discussion and student self-reflection; the integration of conceptual development and hands-on exercises in the classroom; the designing of course progress to match the students' zone of proximal development; the designing of course delivery methodologies to match the diversity of students' interests and learning styles; the inclusion of diverse strategies to integrate the "real world" into every component of the course; the strategic use of student surveys; and the integration of professional practices and student commitments to quality. A marked, consistent, and significant increase in student course completion rates has accompanied our implementation of these strategies
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