Construction of Electronic Experimental Teaching System based on Cultivation of Self-regulated Learning Ability

Chengkai Tang, Jiawei Ding, Lingling Zhang, Yi Zhang, Huajie Lin, T. Bao
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Abstract

Under the circumstances of a new round of scientific and technological revolution and industrial transformation, the educational reform of china is step by step, the training of future Engineering researchers has been transformed from single professional training to compound general training and the knowledge system is updating faster and faster. Double-class universities should pay more attention to the cultivation of self-regulated learning ability in the core training of engineering research. This article takes the large electronic experimental teaching as an example, combine and redistribute existing electronic experimental teaching class, establish a basic, improved and comprehensive three-layer experimental teaching system, focus on cultivating students' self-regulated learning ability. An effective experimental teaching evaluation system is constructed from three aspects: pre-study, interactive classroom and after-school process. Through three years of experimental teaching survey and return visits, students have an overall improvement in the six dimensions of self-regulated learning ability. It provides support and guarantee for the training of electronic composite talents in the double-class universities and have a certain case value.
基于自主学习能力培养的电子实验教学体系构建
在新一轮科技革命和产业变革的背景下,中国的教育改革正在逐步推进,未来工程研究人员的培养已经从单一的专业培训向复合型综合培训转变,知识体系更新越来越快。双一流高校在工程科研核心人才培养中应更加注重自主学习能力的培养。本文以大型电子实验教学为例,对现有的电子实验教学班进行组合和重新布局,建立基础的、完善的、全面的三层实验教学体系,注重培养学生的自主学习能力。从课前学习、课堂互动和课后过程三个方面构建有效的实验教学评价体系。通过三年的实验教学调查和回访,学生在自主学习能力的六个维度上有了全面的提高。为双一流高校电子复合材料人才的培养提供了支持和保障,具有一定的案例价值。
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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