DISTRIBUTED LEADERSHIP COLLABORATION FACTORS TO SUPPORT IDEA GENERATION IN COMPUTER-SUPPORTED COLLABORATIVE e-LEARNING

This paper aims to identify, discuss and analyze students’ collaboration factors related to distributed leadership (DL), which correlates with interaction quality evident in idea generation. Scripting computer-supported collaborative e-learning (CSCeL) activities based on DL can scaffold students’ i...

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Main Authors: Niki Lambropoulos, Aneesha Bakharia, Alain Gourdin
Format: Article
Language:English
Published: University of Jyväskylä 2011-01-01
Series:Human Technology
Subjects:
Online Access:http://humantechnology.jyu.fi/articles/volume7/2011/lambropoulos-bakharia-gourdin.pdf
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spelling doaj-628ffc07bf6f46caaac4728ad5cec3592020-11-24T21:26:42ZengUniversity of JyväskyläHuman Technology1795-68892011-01-01717210210.17011/ht/urn.201152310900DISTRIBUTED LEADERSHIP COLLABORATION FACTORS TO SUPPORT IDEA GENERATION IN COMPUTER-SUPPORTED COLLABORATIVE e-LEARNINGNiki Lambropoulos0Aneesha Bakharia1Alain Gourdin2London South Bank UniversityThe University of QueenslandITIN Cergy UniversityThis paper aims to identify, discuss and analyze students’ collaboration factors related to distributed leadership (DL), which correlates with interaction quality evident in idea generation. Scripting computer-supported collaborative e-learning (CSCeL) activities based on DL can scaffold students’ interactions that support collaboration and promote idea generation. Furthermore, the associated tools can facilitate collaboration via scripting and shed light on students’ interactions and dialogical sequences. Such detailed planning can result in effective short e-courses. In this case study, 21 MSc students’ teams worked on a DL project within a 2-day e-course at the IT Institute (ITIN), France. The research methods involved a self-reported questionnaire; the Non-Negative Matrix Factorization (NNMF) algorithm with qualitative analysis; and outcomes from the Social Network Analysis (SNA) tools implemented within the forums. The results indicated that scripting DL based on the identified distributed leadership attributes can support values such as collaboration and can be useful in supporting idea generation in short e-courses.http://humantechnology.jyu.fi/articles/volume7/2011/lambropoulos-bakharia-gourdin.pdfdistributed leadershipe-CollaborationCSCeLidea generationscriptsCSCeL tools
collection DOAJ
language English
format Article
sources DOAJ
author Niki Lambropoulos
Aneesha Bakharia
Alain Gourdin
spellingShingle Niki Lambropoulos
Aneesha Bakharia
Alain Gourdin
DISTRIBUTED LEADERSHIP COLLABORATION FACTORS TO SUPPORT IDEA GENERATION IN COMPUTER-SUPPORTED COLLABORATIVE e-LEARNING
Human Technology
distributed leadership
e-Collaboration
CSCeL
idea generation
scripts
CSCeL tools
author_facet Niki Lambropoulos
Aneesha Bakharia
Alain Gourdin
author_sort Niki Lambropoulos
title DISTRIBUTED LEADERSHIP COLLABORATION FACTORS TO SUPPORT IDEA GENERATION IN COMPUTER-SUPPORTED COLLABORATIVE e-LEARNING
title_short DISTRIBUTED LEADERSHIP COLLABORATION FACTORS TO SUPPORT IDEA GENERATION IN COMPUTER-SUPPORTED COLLABORATIVE e-LEARNING
title_full DISTRIBUTED LEADERSHIP COLLABORATION FACTORS TO SUPPORT IDEA GENERATION IN COMPUTER-SUPPORTED COLLABORATIVE e-LEARNING
title_fullStr DISTRIBUTED LEADERSHIP COLLABORATION FACTORS TO SUPPORT IDEA GENERATION IN COMPUTER-SUPPORTED COLLABORATIVE e-LEARNING
title_full_unstemmed DISTRIBUTED LEADERSHIP COLLABORATION FACTORS TO SUPPORT IDEA GENERATION IN COMPUTER-SUPPORTED COLLABORATIVE e-LEARNING
title_sort distributed leadership collaboration factors to support idea generation in computer-supported collaborative e-learning
publisher University of Jyväskylä
series Human Technology
issn 1795-6889
publishDate 2011-01-01
description This paper aims to identify, discuss and analyze students’ collaboration factors related to distributed leadership (DL), which correlates with interaction quality evident in idea generation. Scripting computer-supported collaborative e-learning (CSCeL) activities based on DL can scaffold students’ interactions that support collaboration and promote idea generation. Furthermore, the associated tools can facilitate collaboration via scripting and shed light on students’ interactions and dialogical sequences. Such detailed planning can result in effective short e-courses. In this case study, 21 MSc students’ teams worked on a DL project within a 2-day e-course at the IT Institute (ITIN), France. The research methods involved a self-reported questionnaire; the Non-Negative Matrix Factorization (NNMF) algorithm with qualitative analysis; and outcomes from the Social Network Analysis (SNA) tools implemented within the forums. The results indicated that scripting DL based on the identified distributed leadership attributes can support values such as collaboration and can be useful in supporting idea generation in short e-courses.
topic distributed leadership
e-Collaboration
CSCeL
idea generation
scripts
CSCeL tools
url http://humantechnology.jyu.fi/articles/volume7/2011/lambropoulos-bakharia-gourdin.pdf
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