Learning management systems (LMSs) have become essential in higher education and play an important role in helping educational institutions to promote student success. Traditionally, LMSs have been used by postsecondary institutions in administration, reporting, and delivery of educational content. In this paper, we present an additional use of LMS by using its data logs to perform data-analytics and identify academically at-risk students. The data-driven insights would allow educational institutions and educators to develop and implement pedagogical interventions targeting academically at-risk students. We used anonymized data logs created by Brightspace LMS during fall 2019, spring 2020, and fall 2020 semesters at our college. Supervised machine learning algorithms were used to predict the final course performance of students, and several algorithms were found to perform well with accuracy above 90%. SHAP value method was used to assess the relative importance of features used in the predictive models. Unsupervised learning was also used to group students into different clusters based on the similarities in their interaction/involvement with LMS. In both of supervised and unsupervised learning, we identified two most-important features (Number_Of_Assignment_Submissions and Content_Completed). More importantly, our study lays a foundation and provides a framework for developing a real-time data analytics metric that may be incorporated into a LMS.
翻译:在高等教育中,学习管理系统(LMSs)已成为高等教育中必不可少的,在帮助教育机构促进学生成功方面发挥着重要作用。传统上,中学后教育机构在管理、报告和提供教育内容方面使用LMSs。在本文中,我们展示了对LMS的额外使用,方法是利用其数据日志进行数据分析并识别有学术风险的学生。数据驱动的洞察力将使教育机构和教育者能够针对有学术风险的学生制定和实施教学干预措施。我们在大学的2019年秋季、2020年春季和2020年秋季学期使用了由Brightspace LMS创建的匿名数据日志。在受监管和未受监督的学习中,我们使用了超导机器学习算法来预测学生的最后课程成绩,发现一些算法的运行率优于90%以上。SHAP价值方法用来评估预测模型中使用的特征的相对重要性。还使用不严密的学习方法将学生按与LMS系统互动/参与的相似性分组。在受监管和未受监督的学习中和未受监督的学习中,我们找到了两个最关键的软件学习方式,我们找到了一个最关键的内置的内置的内置模型。