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Working in Data Mines: Conducting Multiple Analyses on Qualitative Data Sets

机译:在数据矿区工作:在定性数据集中进行多次分析

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This paper has two purposes: to introduce the idea of mining qualitative data to new engineering education researchers, and to provide useful examples for reference. While it is common to see large quantitative data sets being mined for new findings, large qualitative data sets (whether interviews or observations) are often only used for one research agenda. Qualitative data sets-like their quantitative counterparts-are rich enough in information to support secondary analyses, and researchers should consider them as viable sources to support multiple investigative agendas. There are multiple reasons for re-using qualitative data sets. Large qualitative data sets require significant time and resources for data collection and transcription. Particularly for faculty that face limited funding, and graduate students that face limited timelines for their theses and dissertations, pre-existing large qualitative data sets are valuable resources that can reduce the time and resources necessary for traditional qualitative studies. However, secondary analysis of qualitative data (i.e., analysis of an existing qualitative data set to answer new research questions) comes with challenges. For example, the purpose of the new analysis can be quite different from that of the original study, which can raise questions of alignment of the data with the research questions and the data analysis methods. In this paper, we present an example of how researchers used one set of qualitative data to support multiple research agendas. First, we describe the large longitudinal qualitative data set, including the data collection methods and the original research questions guiding the study. Subsequently, we discuss how three graduate students separately used this qualitative data set in completion of their dissertations. Specifically, two graduate students used the data for secondary analyses to ask new questions of the data and another graduate student used the data to pilot an observation protocol as part of her dissertation study. We discuss how those graduate students determined that the data set was viable for their individual research agendas, and outline some guidelines that others could use in doing so. Lastly, we conclude with the implications particular in designing a qualitative study around secondary data analysis. We believe that the information in this paper is valuable to graduate students and new faculty considering new research avenues with limited resources, in an effort to maximize the usefulness of previously dedicated resources.
机译:本文有两个目的:介绍矿业定性数据到新工程教育研究人员的想法,并为参考提供有用的例子。虽然很常见的是,用于新发现正在开采大量数据集,但大型定性数据集(无论是访谈或观察)往往仅用于一个研究议程。定性数据集合,他们的定量对应物 - 在信息中富有资料,以支持二次分析,研究人员应将其视为可行的来源,以支持多个调查议程。重新使用定性数据集有多种原因。大型定性数据集需要有关数据收集和转录的重要时间和资源。特别是对于面对资金有限的教师,以及对他们的论文和论文的时间线有限的研究生,预先存在的大型定性数据集是有价值的资源,可以减少传统定性研究所需的时间和资源。然而,定性数据的次要分析(即,分析现有的定性数据集以回答新的研究问题)具有挑战。例如,新分析的目的可以与原始研究的目的有很大差异,可以提出数据与研究问题和数据分析方法对齐的问题。在本文中,我们提出了研究人员如何使用一组定性数据来支持多个研究议程的示例。首先,我们描述了大型纵向定性数据集,包括数据收集方法和指导研究的原始研究问题。随后,我们讨论三位研究生如何分别使用本文完成的这种定性数据。具体而言,两位研究生使用次要分析的数据来提出数据的新问题和另一个研究生使用数据作为她论文研究的一部分来试验观察协议。我们讨论这些研究生如何确定数据集对其个人研究议程是可行的,并概述了其他人可以使用的指导方针。最后,我们的结论是,特别是在围绕二次数据分析的定性研究方面的含义结束。我们认为,本文的信息对于研究生和新的教师,考虑新的资源有限的研究,以最大限度地提高先前专用资源的有用性。

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