An intelligent-agent facilitated scaffold for fostering reflection in a team-based project course
This paper reports on work adapting an industry standard team practice referred to as Mob
Programming into a paradigm called Online Mob Programming (OMP) for the purpose of
encouraging teams to reflect on concepts and share work in the midst of their project
experience. We present a study situated within a series of three course projects in a large
online course on Cloud Computing. In a 3 * 3 Latin Square design, we compare students
working alone and in two OMP configurations (with and without transactivity-maximization …
Programming into a paradigm called Online Mob Programming (OMP) for the purpose of
encouraging teams to reflect on concepts and share work in the midst of their project
experience. We present a study situated within a series of three course projects in a large
online course on Cloud Computing. In a 3 * 3 Latin Square design, we compare students
working alone and in two OMP configurations (with and without transactivity-maximization …
An Intelligent-Agent Facilitated Scaffold for Fostering Reflection in a Team-Based Project Course
S Sankaranarayanan, X Wang - Proceedings of the 20th Meeting of …, 2019 - par.nsf.gov
This paper reports on work adapting an industry standard team practice referred to as Mob
Programming into a paradigm called Online Mob Programming (OMP) for the purpose of
encouraging teams to reflect on concepts and share work in the midst of their project
experience. We present a study situated within a series of three course projects in a large
online course on Cloud Computing. In a 3x3 Latin Square design, we compare students
working alone and in two OMP configurations (with and without transactivity-maximization …
Programming into a paradigm called Online Mob Programming (OMP) for the purpose of
encouraging teams to reflect on concepts and share work in the midst of their project
experience. We present a study situated within a series of three course projects in a large
online course on Cloud Computing. In a 3x3 Latin Square design, we compare students
working alone and in two OMP configurations (with and without transactivity-maximization …
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