运用逻辑谜题提高非理工科学生的技术能力

B. Parhami
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引用次数: 1

摘要

识字和计算能力,很久以前就被引入来定义有能力的劳动力的技能组合,不再适合21世纪。我们需要被称为“技术”的东西,它大致等同于“掌握技术”。正如计算能力与读写能力有着根本的区别一样,技术能力和计算能力的范围和要求也有关键的区别。实现教学能力需要进一步从用于灌输识字和计算能力的讲故事和文字问题转向逻辑推理,这反映在解决谜题的活动中。我利用我给非科学/工程专业的大一新生教授研讨会的经验来传达如何让不同的学习者群体理解复杂技术概念的基础。一旦以这种方式传授基础知识,学习者就可以通过适当设计的自包含学习模块来追求额外的科学和技术主题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Use of Logical Puzzles to Promote Techeracy for Non-Science/Engineering Students
Literacy and numeracy, introduced long ago to define the skill sets of a competent workforce, are no longer adequate for the 21st century. We need what is described by “techeracy,” which is loosely equivalent to “grasp of technology.” Just as numeracy is fundamentally different from literacy, there are key differences between the scopes and requirements of techeracy and numeracy. Achieving techeracy requires a further shift away from story-telling and word problems, used to instill literacy and numeracy, toward logical reasoning, as reflected in the activity of solving puzzles. I draw upon my experience with teaching a freshman seminar to non-science/engineering majors to convey how a diverse group of learners can be brought to understand the underpinnings of complex technical concepts. Once the basics are imparted in this manner, learners become empowered to pursue additional science and technology topics through suitably designed self-contained study modules.
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