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Advisor(s)
Abstract(s)
Flipped learning approach is a well-organized learning model leading to efficient active learning, effective peer-to-peer collaboration, and student-teacher interaction. However, to date, strategic implementation of co-regulation and shared regulation is rare in a flipped model in higher education. Hence, applying the self-regulation, co-regulation and shared-regulation strategies in flipped learning model is something necessary.
Aims: This research is to propose and modify the current flipped learning model by adding some elements like providing some co-regulation and shared regulation strategies to enhance the level of student’s self-regulation skills giving rise to better student’s academic achievements by using technology next to instructor support.
Methodology: The proposed model consists of the self-regulation, co-regulation and shared regulation strategies to enhance student’s academic performance in a peer-to-peer interactive way by creating a pool of scripted dialogical regulation questions to collaboratively assessment of the student’s self-regulation resulted from learning analytics and semantic analysis of the regulation dialogical questions and answers exchanged by students online.
Results: The expected outcome of this research is a modified flipped model for students in higher education to strategically have an effective self-regulation and peer-to-peer co-regulation. Their enhancement leads to effective peer-to-peer collaboration and better academic success.
Description
2021 International Conference on Computational Science and Computational Intelligence (CSCI'21)
Keywords
Flipped Learning Model Self-Regulation Co-Regulation and Shared Regulation Peer-To-Peer Collaboration Student-Teacher Interaction