微控制器应用中基于项目和MIAP学习模型的工程教育管理

K. Klinbumrung
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引用次数: 2

摘要

本研究的目的是:1)利用基于MIAP学习模型的基于项目的学习过程开发工程预科课程的教与学;2)测试电气工程课程微控制器应用的教与学过程的效率。本研究使用的研究工具是基于项目的课程计划、MIAP学习过程、知识表、电子幻灯片和学习成就测试。此外,本研究以satri - nthaburi学校2019学年1/2019学年电气工程预备课程中学生为样本,评估教学过程效率与学生满意度。研究结果发现:1)通过MIAP学习模型的基于项目的学习过程的绩效,平均效率为86.84/ 70.78%;2)学习者对开发的学习和教学过程的满意度处于较高水平(平均为4.31)。因此,开发的学与教流程可以有效地管理电气工程的教与学,使学生能够将所学知识应用到实际工作中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Engineering Education Management using Project-Based and MIAP Learning Model for Microcontroller Applications
The purpose of this research was to 1) develop teaching and learning in pre-engineering curriculum by using project-based learning process based on the MIAP learning model, 2) test the efficiency of the teaching and learning process for microcontroller applications of electrical engineering course. Research tools used in the research were lesson plans based on the project-based with the MIAP learning process, knowledge sheet, electronic slides, and learning achievement test. Moreover, the efficiency of teaching and learning process and students' satisfaction assessment were evaluated using a sample of secondary school' students in the academic year 1/2019 of electrical engineering preparation course of Satri-Nonthaburi School. The research results found that 1) the performance of the project-based learning process through the MIAP learning model, has an average efficiency of 86.84/70.78 percentage and 2) the learners' satisfaction with the developed learning and teaching process was at a high level (the average is 4.31). Therefore, the developed learning and teaching process can be applied to manage efficiently the teaching and learning in electrical engineering and the students can apply the knowledge to working in real life.
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