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Learning About Learning

机译:了解学习

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Why are some science and engineering concepts so consistently difficult for students to learn? According to Dr. Michelene Chi, professor of psychology at the University of Pittsburgh, it's the way students think about and categorize these concepts that make them formidable to understand. Students may know "how to work the problems," Chi has discovered, but that doesn't necessarily mean they grasp the underlying concepts. So, when teaching concepts such as heat, electricity, and equilibrium, how can educators design their instruction to improve comprehension? In a seminar sponsored by CSM's Center for Engineering Education, Mines faculty gathered in a campus classroom this summer to learning from Chi. The senior scientist in the University of Pittsburgh's Learning Research and Development Center has published more than 100 scientific articles, one of which is considered a "classic" work in cognitive psychology.
机译:为什么有些科学和工程学概念对学生而言如此难以持续学习?匹兹堡大学心理学教授Michelene Chi博士认为,正是学生对这些概念进行思考和分类的方式使他们难以理解。 Chi发现,学生可能知道“如何解决问题”,但这并不一定意味着他们掌握了基本概念。因此,当教授诸如热,电和平衡之类的概念时,教育工作者如何设计他们的教学以提高理解能力?在由CSM工程教育中心赞助的研讨会中,矿山教师今年夏天聚集在校园教室里,向Chi学习。匹兹堡大学学习研究与发展中心的资深科学家发表了100多篇科学文章,其中一篇被认为是认知心理学的“经典”著作。

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