计算机元认知与自我调节技能的显式教学

Dastyni Loksa
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引用次数: 2

摘要

当前的计算机教育实践不支持想要平等学习如何编程的学生的多样性,让那些遇到障碍的人挣扎。例如,元认知和自我调节技能不发达的学生,或者其技能不容易转化为编程的学生,很难自己发展它们。计算机科学领域的高流失率代表着人才、创造力和创新能力的流失,而我们本可以抓住这些人才。如果我们能平等地支持所有学生,我们就能增加该领域的多样性,同时更好地满足对计算机科学家日益增长的需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Explicitly Teaching Metacognitive and Self-Regulation Skills in Computing
Current computing education practices do not support the diversity of students who want to learn how to code equally, leaving those who encounter barriers to struggle. For instance, students with underdeveloped metacognitive and self-regulation skills, or whose skills do not easily transfer to programming struggle to develop them on their own. The high attrition rates in CS represent a loss of talent, creativity, and innovation for the discipline which we could capture. If we could support all students equally, we would increase diversity in the field while better meeting the growing need for computer scientists.
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