Development of Students’ Technology, Cognitive and Content Knowledge (TSCCK) through a cloud to enhance Vocational students’ cognitive load and learning achievement

Qiong Wu, Thanin Ratanaolarn
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Abstract

Science and technology's applications in education are receiving increasing attention year by year. Based on cognitive load theory, this study used the cloud to develop the TSCCK model for vocational students to improve their cognitive load and academic performance. To define the three cognitive concepts of student technology knowledge (STK), student content knowledge (SK), and student cognitive knowledge (SCK). The study used the research and development method, the steps were: to study, analyze, and synthesize cognitive load theory for the development of the TSCCK model: document research, which includes the data source, research instruments, and data analysis. Finally, through the above three steps, we obtained the following results: Assumption and inspiration about the concept of the model; The original TSCCK model; Cloud with TSCCK.
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通过云开发学生技术、认知和内容知识,提高高职学生的认知负荷和学习成绩
科学技术在教育中的应用逐年受到越来越多的重视。本研究以认知负荷理论为基础,运用云技术开发中职学生认知负荷与学业成绩改善的TSCCK模型。定义学生技术知识(STK)、学生内容知识(SK)和学生认知知识(SCK)三个认知概念。本研究采用研究开发的方法,步骤为:研究、分析、综合认知负荷理论对TSCCK模型开发的影响;文献研究,包括数据来源、研究工具和数据分析。最后,通过以上三个步骤,我们得到了以下结果:关于模型概念的假设和启示;原TSCCK模型;云与TSCCK。
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