“实践出真知,学于教”模拟集成电路教学探索

Hua Fan, Xiaohu Qi, Q. Feng
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引用次数: 1

摘要

本文提出了一种新的工程电路课程教学模式——“实践出真知,学而不教”。提出以实验学习带动理论学习,使学生更好地适应公司工作,将传统的以考试成绩为基础的期末考试转变为过程评价,与提出的教学模式相一致。本文提出了一种建立高等教育与社会生产相结合的电源电路课程框架。改革的教学大纲包括讲座、实验、项目和评估程序,重点是过程。在高等工程教育的竞争中,自主学习和创新被视为知识社会的关键因素,采用所提出的教育方法来应对当前和未来的问题。运用这种教学模式,可以显著地激发学生广泛拓宽知识面,提高课程质量,使科研技术更有效地解决实际问题,避免人才培养的盲目性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
"Truth from Practice, Learning beyond Teaching" Exploration in Teaching Analog Integrated Circuit
This paper presents "Truth from Practice, Learning beyond Teaching", a new teaching model of engineering circuit courses. It is proposed to use experimental learning to drive theoretical study, which make students better fit the company’s work, transform the traditional test score based final examination to the process evaluation, which is consistent with the proposed teaching model. This paper presents a curriculum framework that establishes the combination of higher education and social production used in the supply power circuit course. The syllabus of the reform includes lectures, laboratories, projects and the procedure for evaluation focuses on process. In the contest of higher engineering education, autonomous learning and innovation are seen at the key factors of knowledge-based society, adapt the proposed education approach to cope with ongoing and future problems. The use of this teaching model to significantly motivates students to broaden their knowledge widely and to improve the quality of the course, enable scientific research techniques to solve practical problems more effectively, and avoid the blindness of talent cultivation.
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