IS in Education, IS Curriculum & Teaching Cases (SIG ED)

Paper Type

Complete

Paper Number

1764

Description

Having students write short self-reflections at the end of each weekly session enables them to reflect on what they have learned in the session and what concepts they find challenging. Analyzing these self-reflections provides instructors with insights on how to address the missing conceptions and misconceptions of the students and appropriately plan and deliver the next session. In this paper, we study the impact of informal and short weekly self-reflections on students’ learning. Our methodology includes an approach to effective collection and mining of the textual reflections based on Google survey forms and TIBCO Spotfire. To evaluate our research questions, we apply the approach to a second-year computing course. We present both qualitative and quantitative analyzes of the findings. We also present the dashboard design useful for gaining insights with interactive visuals that aid in classroom interventions. The results in terms of student and faculty feedback on the process and a strong positive correlation between learning and grades show the effectiveness of this approach in improved learning experiences over weeks.

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Aug 9th, 12:00 AM

Mining Informal and Short Weekly Student Self-Reflections for Improving Student Learning Experience

Having students write short self-reflections at the end of each weekly session enables them to reflect on what they have learned in the session and what concepts they find challenging. Analyzing these self-reflections provides instructors with insights on how to address the missing conceptions and misconceptions of the students and appropriately plan and deliver the next session. In this paper, we study the impact of informal and short weekly self-reflections on students’ learning. Our methodology includes an approach to effective collection and mining of the textual reflections based on Google survey forms and TIBCO Spotfire. To evaluate our research questions, we apply the approach to a second-year computing course. We present both qualitative and quantitative analyzes of the findings. We also present the dashboard design useful for gaining insights with interactive visuals that aid in classroom interventions. The results in terms of student and faculty feedback on the process and a strong positive correlation between learning and grades show the effectiveness of this approach in improved learning experiences over weeks.

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