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Attributes of students engagement in fundamental programming learning

机译:学生参与基础编程学习的属性

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摘要

Learning programming requires intensive effort and time to be allocated by students. Teaching programming needs careful selection of different supportive pedagogical methods to help students progress. When the teaching does not meet students' expectations, frustration occurs. Programming is usually introduced to Information Technology students in their first year of study. Different types of new students exist - some are prepared for university studies and others struggle. Students' engagement affects students' success or failure rates in programming. Only engaged students can allocate time on doing programming related activities. Engaged students who come to class with positive outlook are more likely to achieve better. Frustration can hinder the process of learning and it can occur when teaching methods don't appeal to students or when students don't receive timely feedback on their programming errors. From the literature, learning strategy, collaboration, self efficacy, time availability, interest, support, scaffolding, availability of devices and resources and comfort level were identified as the leading attributes that affect engagement in programming. Several IT solutions exist these days that could help in proving a quality learning experience and improve engagement such as education management system, adaptive systems and intelligent tutoring systems.
机译:学习编程需要学生付出大量的精力和时间。教学程序设计需要仔细选择不同的支持性教学方法,以帮助学生进步。当教学没有达到学生的期望时,就会产生挫败感。编程通常是在信息技术专业的第一年向学生介绍的。存在不同类型的新生-一些为大学学习做好准备,而另一些则奋斗。学生的参与度会影响学生在编程中的成功或失败率。只有敬业的学生可以分配时间从事与编程相关的活动。积极乐观的入学学生更有可能取得更好的成绩。挫折会阻碍学习过程,当教学方法不吸引学生或学生未及时收到有关编程错误的反馈时,就会出现挫败感。从文献中,学习策略,协作,自我效能,时间可用性,兴趣,支持,脚手架,设备和资源的可用性以及舒适度被确定为影响参与编程的主要属性。如今,有几种IT解决方案可以帮助证明高质量的学习体验并提高参与度,例如教育管理系统,自适应系统和智能辅导系统。

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