Exploration of Course Teaching Reform Practice under the Background of New Engineering Course and Engineering Education Certification—Taking “Digital Fundamentals” as an Example

Lin Xiaoling, Yuan Jimin, W. Jianguo
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引用次数: 1

Abstract

Engineering education certification is proposed in the context of integrating new era engineering education with international standards to guide modern engineering education and cultivate international engineering talents with the concept of "student-centered, results-oriented, and continuous improvement." This paper focuses on problems faced by the current course teaching, use “Digital Foundamentals” as an example, the strategy of teaching reform and innovation for “Digital Foundamentals” is constructed from three aspects: the development of the syllabus of the contract system, application implementation, hybrid teaching model based on Rain classroom, and the formulation of the evaluating plan based on engineering education certification engineering. The practice has shown that after the teaching reform that students' learning initiative has been effectively improved, students' innovation ability and ability to solve intricate digital circuit engineering design and application problems have been enhanced, and the course teaching effect has been improved to meet the requirements of engineering education certification, which is a new exploration idea for education reform.
新工程课程与工程教育认证背景下的课程教学改革实践探索——以《数字基础》为例
工程教育认证是在新时代工程教育与国际接轨的背景下提出的,以“以学生为中心、以结果为导向、持续改进”为理念,指导现代工程教育,培养国际化工程人才。本文针对当前课程教学面临的问题,以《数字基础》课程为例,从合同制教学大纲的制定、应用的实施、基于Rain课堂的混合教学模式、基于工程教育认证工程的评价方案的制定三个方面构建了《数字基础》课程教学改革与创新的策略。实践表明,教学改革后学生的学习主动性得到了有效提高,学生的创新能力和解决复杂数字电路工程设计与应用问题的能力得到了增强,课程教学效果得到了提高,满足了工程教育认证的要求,是教育改革的一种新的探索思路。
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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