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Title:      A DESIGN AND DEVELOPMENT OF DISTANCE LEARNING SUPPORT ENVIRONMENT FOR COLLABORATIVE PROBLEM SOLVING IN GROUP LEARNERS
Author(s):      Takuya Nitta, Ryo Takaoka, Shigeki Ahama, Masayuki Shimokawa
ISBN:      978-989-8533-30-2
Editors:      Piet Kommers, Tomayess Issa, Theodora Issa, Dian-Fu Chang and Pedro Isaías
Year:      2014
Edition:      Single
Keywords:      Goal Setting-based Collaborative Problem Solving Learning, Task Analysis and Solving, Learning Supporter (Distance Teaching Assistant), Collaborative Learn
Type:      Short Paper
First Page:      181
Last Page:      185
Language:      English
Cover:      cover          
Full Contents:      click to dowload Download
Paper Abstract:      The competency and curriculum for human resource development in knowledge based society are proposed in each country. We think the keywords are “collaborative problem solving” and “effective use of ICT”. In particular, the competency to perform the collaborative problem solving and learning with others on the network is requested in next generation. We have developed a learning environment in which multiple learning supporters support the learning process asynchronously from the remote site and have been performing educational practice. The advantage of distance learning support is that they are able to get more time to consider the goal and method of learning support and the role of each learning support. However, it was hard to grasp the state of group learner's learning activity and knowledge understanding, when there were few utterances to the learning activity of the learner on the learning environment. Therefore, the purpose of this study is to propose a Goal Setting-based Collaborative Problem Solving Learning Model (GoLaPS model) , in which group learner performs the learning process of task-analysis and task-solving based on goal setting, and develop a tool to support the group learner in the model. In this paper, we explain the structure and the learning process of GoLaPS model and the function of the developed tool based on the model.
   

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