基于远程和红外技术的互动板在工程学习中的应用效果

C. Photong
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引用次数: 0

摘要

本研究报告介绍了使用Mahasarakham大学工程学院开发的基于Wiimote和红外技术的低成本互动板进行工程学习课程的效果。开发的互动板由来自8个专业的185名工程专业学生进行了测试。实验结果表明,使用该板子,学生的学习强度可显著提高86.6%。男生和女生在使用白板所需的技能方面略有差异(分别为87.2%和85.5%)。使用该板可以更好地吸引机电工程专业的学生(90.5-92.0%),而土木、环境、制造、生物和通用工程专业的学生(80.0-88.5%)。年龄较大的学生(21-25岁)比年龄较小的学生(17-20岁)在使用学习板进行学习时,对教学的关注程度有88.8%比85.6%的趋势。然而,所有学生都强烈同意使用黑板影响了他们对教学课程的满意度,占90.4%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effects of using interactive board based wiimote and infrared technology on engineering learning
This research paper presents effects of using a low cost interactive board based Wiimote and infrared technology developed by the Faculty of Engineering, Mahasarakham University for engineering learning classes. The developed interactive board was tested by 185 engineering students from 8 majors. The experimental results showed that using the proposed board could significantly increase intension of students for the learning by 86.6%. There was slightly different between male students and female students regarding skills required for using the board (87.2% and 85.5% respectively). Using the board could better attract students from mechanical, electrical and mechanical engineering for the learning (90.5–92.0%) than students from civil, environmental, manufacturing, biological and general engineering (80.0–88.5%). The older students (21–25 years old) trended to play more attention on the teaching than younger students (17–20 years old) when using the board for the study classes by the attention level of 88.8% compared to 85.6%. However, all the students strongly agreed that using the board affected their satisfaction for the teaching classes with 90.4%.
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