Development of Outcome-based Learning and Analytical Thinking on Basic Electronics

S. Sitjongsataporn, Panlop Puntupreecharat, Chitpong Naphaphan, Pongsack Promwong, V. Boonsobhak, Krissananons Nandhasri
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Abstract

This paper presents an analytical thinking and an outcome-based learning (OBL) in the course of electronics for computer engineering students. A student-centered education is used with the efforts for understanding the analytical thinking on basic electronics in order to develop the soft-skills of students within knowledge management. Based on the digital real-world, the electronic devices are applied widely on many applications while basic electronics is ignored. The objective of this paper is to introduce mainly the basic electronics on computer engineering course. Based on OBL approach, the teaching effectiveness and student outcomes are evaluated by the results of assessment. Results show that students can achieve the basic knowledge on electronics, even it is hard to improve the analytical thinking within a course of basic electronics. Moreover, this development is a fundamental knowledge for the computer engineering students to create an innovation in the electrical engineering field for the future.
基础电子学成果学习与分析思维的发展
本文介绍了计算机工程专业学生电子学课程中的分析思维和基于结果的学习(OBL)。采用以学生为中心的教学方式,培养学生对基础电子学的分析思维能力,培养学生在知识管理方面的软技能。基于数字化的现实世界,电子器件被广泛应用于许多领域,而基础电子学却被忽视了。本文主要介绍计算机工程课程中的基础电子学知识。基于OBL方法,通过评价结果对教学效果和学生成果进行评价。结果表明,即使在基础电子学课程中很难提高学生的分析思维能力,学生也能达到基本的电子学知识。而且,这一发展是计算机工程专业学生在未来电气工程领域创造创新的基础知识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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