Student Participation in Online Content-Related Discussion and Its Relation to Students’ Background Knowledge

This paper presents two novel network methods developed for education research. These methods were used to investigate online discussions and the structure of students’ background knowledge in a blended university course for pre-service teachers (n = 11). Consequently, these measures were used for c...

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Main Authors: Miikka Turkkila, Henri Lommi
Format: Article
Language:English
Published: MDPI AG 2020-04-01
Series:Education Sciences
Subjects:
Online Access:https://www.mdpi.com/2227-7102/10/4/106
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spelling doaj-c58a3c0906fa4efb9ea08e804082c8012020-11-25T03:05:53ZengMDPI AGEducation Sciences2227-71022020-04-011010610610.3390/educsci10040106Student Participation in Online Content-Related Discussion and Its Relation to Students’ Background KnowledgeMiikka Turkkila0Henri Lommi1Department of Education, University of Helsinki, 00014 Helsinki, FinlandDepartment of Physics, University of Helsinki, 00014 Helsinki, FinlandThis paper presents two novel network methods developed for education research. These methods were used to investigate online discussions and the structure of students’ background knowledge in a blended university course for pre-service teachers (n = 11). Consequently, these measures were used for correlation analysis. The social network analysis of the online discussions was based on network roles defined using triadic motifs instead of more commonly used centrality measures. The network analysis of the background knowledge is based on the Katz centrality measure and Jaccard similarity. The results reveal that both measures have characteristic features that are typical for each student. These features, however, are not correlated when student participation is controlled for. The results show that the structure and extension of a student’s background knowledge does not explain their activity and role in online discussions. The limitations and implications of the developed methods and results are discussed.https://www.mdpi.com/2227-7102/10/4/106computer-supported collaborative learningsocial network analysisnetwork rolesbackground knowledgeKatz centrality
collection DOAJ
language English
format Article
sources DOAJ
author Miikka Turkkila
Henri Lommi
spellingShingle Miikka Turkkila
Henri Lommi
Student Participation in Online Content-Related Discussion and Its Relation to Students’ Background Knowledge
Education Sciences
computer-supported collaborative learning
social network analysis
network roles
background knowledge
Katz centrality
author_facet Miikka Turkkila
Henri Lommi
author_sort Miikka Turkkila
title Student Participation in Online Content-Related Discussion and Its Relation to Students’ Background Knowledge
title_short Student Participation in Online Content-Related Discussion and Its Relation to Students’ Background Knowledge
title_full Student Participation in Online Content-Related Discussion and Its Relation to Students’ Background Knowledge
title_fullStr Student Participation in Online Content-Related Discussion and Its Relation to Students’ Background Knowledge
title_full_unstemmed Student Participation in Online Content-Related Discussion and Its Relation to Students’ Background Knowledge
title_sort student participation in online content-related discussion and its relation to students’ background knowledge
publisher MDPI AG
series Education Sciences
issn 2227-7102
publishDate 2020-04-01
description This paper presents two novel network methods developed for education research. These methods were used to investigate online discussions and the structure of students’ background knowledge in a blended university course for pre-service teachers (n = 11). Consequently, these measures were used for correlation analysis. The social network analysis of the online discussions was based on network roles defined using triadic motifs instead of more commonly used centrality measures. The network analysis of the background knowledge is based on the Katz centrality measure and Jaccard similarity. The results reveal that both measures have characteristic features that are typical for each student. These features, however, are not correlated when student participation is controlled for. The results show that the structure and extension of a student’s background knowledge does not explain their activity and role in online discussions. The limitations and implications of the developed methods and results are discussed.
topic computer-supported collaborative learning
social network analysis
network roles
background knowledge
Katz centrality
url https://www.mdpi.com/2227-7102/10/4/106
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