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微处理器课程体系建设与教学内容改革

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为实现微处理器基础知识、实际应用和前沿技术的并重,建立了三个不同层次课程构成的群.通过整合传统大类课程,强调微处理器共性概念,建立第一层次的基础课程.通过第二和第三层次实训为主,项目驱动的模式,在实践中提高解决实际问题的能力.同时结合不同课程的特点,引入思政元素,达到育人和育才的统一.结果表明课程群在增强学生创新实践能力、提升学科竞赛水平中发挥了积极作用.
Construction and Teaching Content Reform of Microprocessor Course System
To realize the equal emphasis of basic knowledge,practical application and cutting-edge technology,a course group consisting of three different course levels is built around the microprocessor.By integrating traditional courses,emphasizing the concept of microprocessor commonness,the first basic-level course is established.Through the second and third level of practical training and project-driven mode,the innovation capacity and practical problem-solving skills are further improved.At the same time,considering the characteristics of different courses,the ideological and political elements are introduced to unify education and talent together.The results show that the course group plays an active role in enhancing students'innovation and practical ability,and improving the level of discipline competition as well.

new engineeringmicroprocessorcourse system

张虹、孙敏

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西安交通大学 电气工程学院,西安 710049

新工科 微处理器 课程体系

2024

电气电子教学学报
教育部高等学校电子信息与电气学科教学指导委员会,高等学校电子信息科学与电气信息类基础课程教学指导分委员会,东南大学

电气电子教学学报

影响因子:0.546
ISSN:1008-0686
年,卷(期):2024.46(5)