“微电子学”课程教学改革方案
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摘要
"微电子学"是电子信息科学与技术专业的一门重要的专业必修课程,各高校都清楚"微电子学"这门课程的重要性,但如果以传统教学方式授课,不能让学生真正掌握其精髓,提高学生的实践能力,从而无法使学生毕业后满足社会对专业人才的需求。因此本论文总结出了"微电子学"教学过程中存在的一系列问题,并针对这些问题提出了教学改革的一些方法和途径。
"Microelectronics" is an important professional required course for the major of electronic information science and technology. Colleges and universities are all aware of the importance of the "microelectronics" course. However, if the teacher teaches with traditional teaching methods, students cannot really master the textbook knowledge, nor can they improve their practical ability. Then, they cannot meet the demand of the society for professional talents after graduation. Therefore, this paper summarizes a series of problems existing in the teaching process of "microelectronics", and proposes some methods and approaches for teaching reform in response to these problems.
"Microelectronics" is an important professional required course for the major of electronic information science and technology. Colleges and universities are all aware of the importance of the "microelectronics" course. However, if the teacher teaches with traditional teaching methods, students cannot really master the textbook knowledge, nor can they improve their practical ability. Then, they cannot meet the demand of the society for professional talents after graduation. Therefore, this paper summarizes a series of problems existing in the teaching process of "microelectronics", and proposes some methods and approaches for teaching reform in response to these problems.
引文
[1]肖丙刚,王秀敏,赵吉祥.研究性教学在“微电子学导论”课程中的探索与实践.中国电力教育,2009(19).
[2]赵增茹,王高峰.固体物理教学改革的探索.高校讲坛,2013.
[3]徐跃,微电子学专业实验课的教学改革和实践.南京邮电大学,2014.
[4]马俊成,张佳芬.基于CDIO的微电子学导论课程改革与教学研究.科技世界,2014.
[2]赵增茹,王高峰.固体物理教学改革的探索.高校讲坛,2013.
[3]徐跃,微电子学专业实验课的教学改革和实践.南京邮电大学,2014.
[4]马俊成,张佳芬.基于CDIO的微电子学导论课程改革与教学研究.科技世界,2014.