Work in progress - math infusion in a middle school engineering/technology class

David Burghardt, Michael Hacker
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引用次数: 3

Abstract

Engineering design projects can provide a rich opportunity to enhance middle school student knowledge in core disciplinary subject areas, such as mathematics and science and forms an important aspect of the NSF-supported mathematics, science, technology education partnership (MSTP) project . A key goal of the project has been to develop a model for infusing mathematics into science and technology at the middle school level. The informed design process was created as part of a NSF materials development program and formed the engineering design framework for this study. Structured mathematics activities (knowledge and skill builders - KSBs) were developed that linked to the design challenge. As a result of these hands-on activities, students apply the mathematical reasoning developed in order to solve an engineering problem; the design of a bedroom. A pilot research study, involved implementation of a math-infused bedroom design lesson. A paired t-test indicated the difference was statistically significant t (128) = 2.828, p<.005, providing evidence that students were showing gains on their math content knowledge.
正在进行的工作——中学工程/技术课堂的数学灌输
工程设计项目可以提供丰富的机会来增强中学生在数学和科学等核心学科领域的知识,是美国国家科学基金会支持的数学、科学、技术教育伙伴关系(MSTP)项目的一个重要方面。该项目的一个关键目标是开发一种将数学融入中学科学和技术的模式。知情设计过程是作为NSF材料开发计划的一部分创建的,并形成了本研究的工程设计框架。与设计挑战相关的结构化数学活动(知识和技能构建者- KSBs)被开发出来。作为这些实践活动的结果,学生应用数学推理开发,以解决工程问题;卧室的设计。这是一项试点研究,涉及到一门充满数学的卧室设计课程的实施。经配对t检验,差异有统计学意义t (128) = 2.828, p<。2005年,提供证据表明学生在数学内容知识方面有所收获。
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