使用随机建模验证电子学习的学习准备工具,以增强技术内容知识(点击)

M. Kusuma, P. Susongko, Y. Arfiani
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引用次数: 1

摘要

基于电子学习的学习是4.0时代的一种趋势,需要做好学习准备。本研究旨在(1)开发基于GS的电子学习准备程度量表项目,以增强标准化TCK的能力;(2) 使用Rasch模型验证电子学习准备程度。所采用的方法是根据需要对改良犁的开发进行研究,包括3个阶段,即(1)初步调查阶段;(2) 发展阶段(规模设计和建设);以及(3)评估阶段(测试、评估和修订)。使用R程序3.1.2的Rasch建模进行ata分析。研究结果表明,通过(a)学习准备量表理论的研究,编制了标准化的电子学习学习准备度量表项目;(b) 定义概念和操作;(c) 确定尺寸;(d) 确定指标;(e) 编制量表项目;(f) 专家的合理验证;(g) 实地试验;(h) Rasch建模验证测试。rasch模型的验证表明,通过考虑内容和实质方面,电子学习准备程度量表项目是有效的。因此,该仪器可用于学习
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VALIDATION OF THE INSTRUMENTS OF LEARNING READINESS WITH E-LEARNING USING RASCH MODELING TO EMPOWER TECHNOLOGICAL CONTENT KNOWLEDGE (TCK)
E-learning based learning is a trend in era 4.0 that requires learning readiness. This study is aimed at (1) developing GS-based e-learning readiness scale items to empower standardized TCKs; (2) validating the scale of e-learning readiness using Rasch modeling. The method used is the research on the development of modified Plomps according to needs, consisting of 3 stages, namely (1) the initial investigation stage; (2) stages of development (scale design & construction); and (3) assessment stages (tests, evaluations and revisions). ata analysis using Rasch modeling with R-program 3.1.2. The results showed that the preparation of standardized e-learning learning readiness scale items through (a) study of the learning readiness scale theory; (b) defining concepts and operations; (c) determine dimensions; (d) determine indicators; (e) compile scale items; (f) rational validation by experts; (g) field trials; (h) Rasch modeling validation test. Validation of rasch modeling shows that e-learning readiness scale items are declared valid by considering aspects of content and substance. Therefore, this instrument can be applied in learning
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0.00%
发文量
7
审稿时长
12 weeks
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