Preliminary Results from a High-Resolution Analysis of Accreditation Data to Assess Indicators, Identify Predictors and Assess Equitability of Teaching Practices

M. Hosseini, Roza Vaez Ghaemi, Gabriel Potvin
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Abstract

The Department of Chemical and Biological Engineering (CHBE) at UBC has undertaken a high-resolution analysis of its accreditation data with the aim to identify any correlations between students’ declared gender, visa status (international or domestic), performance in individual indicators, course grades, and/or overall program GPAs. The hope is to extract meaningful information about the value of the indicators used in collecting information about our programs, increase the reliability of the data collected by reviewing those indicators that do not yield actionable data, identify predictors of student performance, and identify biases, if any, in the success rates of our students. This paper presents the results of the first steps of this analysis, using four core courses spanning CHBE’s programs. Correlations between performance in different indicators is represented by interaction heat maps and scatterplots, and performance by gender or student status are represented as violin plots. This paper serves as a proof of concept for this type of analysis, highlighting the value of this high-resolution look at accreditation data.
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对评估指标、确定预测因素和评估教学实践公平性的认证数据进行高分辨率分析的初步结果
UBC化学与生物工程系(CHBE)对其认证数据进行了高分辨率分析,旨在确定学生申报的性别、签证身份(国际或国内)、个人指标表现、课程成绩和/或整体课程gpa之间的相关性。我们希望能够从收集我们项目信息时使用的指标中提取有意义的信息,通过审查那些不能产生可操作数据的指标来提高收集数据的可靠性,确定学生表现的预测因素,并确定学生成功率中的偏差(如果有的话)。本文介绍了这一分析的第一步的结果,使用四个核心课程跨越CHBE的计划。不同指标表现之间的相关性用互动热图和散点图表示,性别或学生身份表现用小提琴图表示。本文作为这种分析的概念证明,突出了这种高分辨率认证数据的价值。
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