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How does prior subject matter knowledge affect the learning of pedagogical content knowledge in a mathematics methods course at the preservice level?

机译:在服务前水平的数学方法课程中,先前的主题知识如何影响教学内容知识的学习?

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摘要

The National Council of Teachers of Mathematics created standards for teaching mathematics that suggest a constructivist approach. Research indicates prospective elementary teachers have limited understandings in mathematics. This dissertation addresses the question "How does prior subject matter knowledge affect the learning of pedagogical content knowledge in a mathematics methods course at the preservice level?";Skemp's (1978) definitions of instrumental and relational understandings were used to describe both subject matter knowledge and pedagogical content knowledge of fractions for six preservice teachers both before and after a mathematics methods course. The participants' understandings of fractions and pedagogical content knowledge were qualitatively analyzed by case and cross-case using two task interviews, a mathematics education biography, three student teaching classroom observations in mathematics, and the classroom observations of the mathematics methods course.;Four preservice teachers with an initial instrumental understanding of mathematics demonstrated improved instrumental subject matter knowledge during the final task interview and one demonstrated a relational understanding of fractions. One participant with an initial relational understanding of fractions subsequently demonstrated a relational pedagogical content understanding of fractions. Another participant with an initial relational understanding of fractions exhibited instrumental pedagogical content knowledge.;Participants with initial instrumental understandings of fractions improved their understandings of fractions in the methods course. However, they did not improve as much in pedagogical content knowledge because of the need to simultaneously learn both subject matter and pedagogical content knowledge. These findings suggest that mathematics teacher education programs should reconsider the type of subject matter knowledge required by preservice teachers. Conceptual subject matter knowledge should be emphasized so that adequate pedagogical content knowledge can be developed. Courses designed to develop subject matter knowledge and pedagogical content knowledge should consider students existing beliefs about mathematics and teaching mathematics. Care should be taken to create appropriate student teaching placements that reinforce the NCTM standards.
机译:全国数学教师委员会制定了数学教学标准,建议采用建构主义的方法。研究表明,未来的基础教师对数学的理解有限。本文解决了以下问题:“在职前水平的数学方法课程中,先前的主题知识如何影响教学内容知识的学习?”; Skemp(1978)对工具性和关系性理解的定义被用来描述主题知识和数学方法课程前后六名职前教师的分数的教学内容知识。通过两次任务访谈,一本数学教育传记,三名学生在数学课堂上进行的课堂观察以及对数学方法课程的课堂观察,通过案例和跨案例定性分析了参与者对分数和教学内容知识的理解。对数学具有初步工具理解的教师在最后的任务面试中表现出对工具主题知识的改进,并且对分数有相关的理解。一位对分数具有初步关系理解的参与者随后证明了对分数的关系教育学内容的理解。另一个对分数具有初步关系理解的参与者展示了工具性教学内容知识。;对分数具有初步工具性理解的参与者在方法课程中提高了对分数的理解。但是,由于需要同时学习主题和教学内容知识,因此他们在教学内容知识方面的进步不大。这些发现表明,数学教师教育计划应重新考虑职前教师所需的学科知识类型。应该强调概念性主题知识,以便可以开发足够的教学内容知识。旨在发展主题知识和教学内容知识的课程应考虑学生对数学和教学数学的现有信念。应注意创建适当的学生教学位置,以加强NCTM标准。

著录项

  • 作者

    Hutchison, Linda Sue.;

  • 作者单位

    University of Washington.;

  • 授予单位 University of Washington.;
  • 学科 Education Mathematics.;Education Teacher Training.;Education Curriculum and Instruction.
  • 学位 Ph.D.
  • 年度 1992
  • 页码 269 p.
  • 总页数 269
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

  • 入库时间 2022-08-17 11:50:06

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