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Scientific Thinking of the Learners Learning with the Knowledge Construction Model Enhancing Scientific Thinking

机译:运用知识建构模型增强学习者学习能力的科学思维

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This study aimed to examine scientific thinking of the learners who learning with the knowledge construction model enhancing scientific thinking. The target group consisted of 50 students who were studying in grade sixth during the second semester of 2008 academic year at Demonstration school of Khon Kaen University (Mordindeang), neno annThailand. The research design was the Developmental Research Type II (Richey and Klein, 2007) which emphasized on the study of the process of design and model development: the document analysis: to examine and analyze principles, theories and related research, the study of the contexts, the synthesis of framework of designing model, the design and the development of the model and the model efficiency examination. The results shown 11 elements of the model which were: 1) Problem Base, 2) Resources, 3) Collaboration, 4) Coaching, 5) Scaffolding, 6) Science Clinic, 7) Cognitive Tools, 8) Thai Local Wisdom Room, 9) Scientific Thinking Room, 10) Science Laboratory, and 11) Scientific Thinking Practice Room. Additionally, qualitative approach was applied to analyze the data. Protocol analysis, analytic description and interpretation were employed. The results revealed that: the learners’ scientific thinking was found 4 aspects of abilities: 1) inquiry, 2) analysis, 3) inference, and 4) argument.
机译:这项研究旨在检验学习者的科学思维,他们采用了增强科学思维的知识建构模型。目标群体包括50名学生,这些学生在2008年学年下半年在泰国内诺的孔敬大学示范学校就读,当时他们正在学习。研究设计是II型发展研究(Richey和Klein,2007年),它着重于设计和模型开发过程的研究:文献分析:检查和分析原理,理论和相关研究,背景研究,设计模型框架的综合,模型的设计与开发以及模型效率的检验。结果显示模型的11个元素是:1)问题基础,2)资源,3)合作,4)教练,5)脚手架,6)科学诊所,7)认知工具,8)泰国当地智慧室,9 )科学思维室,10)科学实验室和11)科学思维实践室。另外,采用定性方法分析数据。使用方案分析,分析描述和解释。结果表明:发现了学生的科学思维能力的四个方面:1)探究; 2)分析; 3)推理; 4)论证。

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