适应学生学习方式:机械工程职业教育的主动体验式学习模式

S. F. Pamungkas, I. Widiastuti, Suharno
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引用次数: 0

摘要

理解机械工程的基本概念对于支持工程知识是非常重要的。学生的理解水平受教学方法和学生学习风格的影响。本文旨在结合机械工程专业学生的学习风格,构建一种基于体验式学习的主动学习模式。这项研究是在中爪哇某县的一所国立职业学校进行的。案例研究是在职业高中的基础工程机械设计课程中进行的。掌握机械设计的基本概念是学习和探索机械工程领域的基本能力支撑知识。采用费尔德-所罗门的学习风格指数(ILS)来测量学生的学习风格偏好。确定学习风格偏好对教师来说是有益的,因为他们可以通过调整方法、策略和教学方法来最大限度地提高学习过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Adapting to student learning style: An active experiential learning models for vocational education in mechanical engineering
Understanding the basic concepts of mechanical engineering is very important to support the knowledge of engineering. The level of students’ understanding is influenced by teaching methods and student learning styles. The aim of this article is to implement an active learning model based on experiential learning by considering learning styles for mechanical engineering vocational students. This study was performed in a state vocational school of a regency in Central Java. Case studies are carried out in the Basic Engineering Mechanical Design subjects in vocational high schools. Mastery of the basic concepts of machine design is a basic competency supporting knowledge to study and explore the field of mechanical engineering. Student learning style preferences were measured using a Index of Learning Style (ILS) by Felder-Solomon. Identifying learning style preferences could be beneficial to the teacher because they could maximize the learning process by adjusting methods, strategies, and teaching approache...
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