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The development and validation of an instrument for assessing college students' perceptions of faculty knowledge in technology-supported class environments

机译:在技​​术支持的课堂环境中开发和验证一种评估大学生对教师知识的看法的工具

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Research in the area of educational technology has argued that the technological pedagogical content knowledge of faculty is crucial to addressing the challenge of teaching in higher education in the digital age, which is characterized by the common use of instructional technology in college classrooms and the ubiquitous presence of computing on college campuses. We developed and validated an instrument for assessing students' perceptions of faculty knowledge (SPFK) in technology-supported classroom environments. A total of 50 items in 4 constructs with 9 items in subject matter knowledge (SMK), 11 items in technological knowledge (TK), 6 items in knowledge of students' understanding (KSU), and 24 items in technological pedagogical content knowledge (TPACK) were developed for the instrument. The construct validity of this instrument was examined through confirmatory factor analysis. After checking the construct structure of the instrument, the multidimensional version of the rating scale model (MRSM) was used to analyze item response data. Results showed that after the elimination of item 17, the 49-item instrument for assessing college students' perceptions of faculty knowledge was validated in the current study. The reliability for each subscale of this instrument was found to be satisfactory when analyzing data with the MRSM model. Discussion of results and recommendations for future research are also provided.
机译:教育技术领域的研究认为,教师的技术教学内容知识对于应对数字时代高等教育教学的挑战至关重要,其特点是大学教室中教学技术的普遍使用和普遍存在大学校园中的计算机。我们开发并验证了一种用于评估学生在技术支持的课堂环境中对教师知识(SPFK)的看法的工具。 4个构造物中的总共50个项目,其中主题知识(SMK)为9个项目,技术知识(TK)为11个项目,学生理解知识(KSU)为6个项目,技术教学内容知识(TPACK)为24个项目)是为该仪器开发的。通过验证性因子分析检查了该仪器的结构有效性。在检查了仪器的构造结构之后,使用了等级量表模型(MRSM)的多维版本来分析项目响应数据。结果表明,在删除第17项之后,本研究中验证了评估大学生对教师知识的感知的49项工具。在使用MRSM模型分析数据时,发现该仪器每个分量表的可靠性都令人满意。还提供了对结果的讨论和对未来研究的建议。

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