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The development of MIASCE learning model based on the creative problem solving process for electromagnetic wave education

机译:基于创造性问题解决过程的电磁波教育MIASCE学习模型的开发

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This research aims to develop MIASCE instructional model based on the creative problem solving process for electromagnetic wave education. The MIASCE learning model consists of six processes: 1) Motivation 2) Information 3) Assignment 4) Solution 5) Conclusion and 6) Evaluation. The research procedure was as follows; first, to study problems referring to electromagnetic wave education, next to analyze the learning theory and to develop and create research tools for electromagnetic wave courses. The developed instructional tool consisted of a MIASCE instruction's manual, teacher manual, power point presentation, simulation program and achievement test. Finally, quality of the developed MIASCE instructional model was evaluated by 5 instructors. The result showed that the quality of the model was at a highly appropriate level. After implementing the developed model using a sampling group from Rajamangala University of Technology PhraNakhon, faculty of Industrial Education, the student's satisfaction was found to be at a high level. From the results, the developed MIASCE instructional model can be applied to learning and teaching of electromagnetic waves effectively.
机译:本研究旨在基于创造性的电磁波问题解决过程,开发MIASCE教学模型。 MIASCE学习模型包含六个过程:1)动机2)信息3)作业4)解决方案5)结论和6)评估。研究过程如下。首先,研究涉及电磁波教育的问题,其次分析学习理论,开发和创建电磁波课程的研究工具。开发的指导工具包括MIASCE指导手册,教师手册,简报演示,模拟程序和成绩测试。最后,由5位讲师评估了开发的MIASCE教学模型的质量。结果表明,模型的质量处于非常合适的水平。使用Rajamangala工业大学PhraNakhon工业教育学院的抽样小组实施开发的模型后,发现学生的满意度很高。结果表明,所开发的MIASCE教学模型可以有效地应用于电磁波的学与教。

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