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微控制器综合课程设计是高校自动化类专业学生一门必修课,为了改善传统课程设计偏重理论的现状,论文提出了一种崭新的课程设计方案。该方案采用便携式半开放的硬件设计平台,综合性、前瞻性设计题目,以及灵活的实施方案和科学的评价标准,大大地促进了各个层次学生动手实践的积极性,全面巩固了课程教学内容,培养了学生系统观念和创新能力,带动了专业课程教学;与此同时,增加了学生对专业课程学习的兴趣和主动性。经过在电气工程及其自动化专业学生中3年试点,实践证明该设计方案具有良好的效果。
Microcontroller comprehensive curriculum design is a compulsory course for university automation major students. In order to improve the traditional curriculum design emphasizes the status quo of theory, the thesis proposes a brand-new curriculum design plan. The program uses a portable semi-open hardware design platform, a comprehensive, forward-looking design topics, and flexible implementation of programs and scientific evaluation criteria, greatly promoted the enthusiasm of students at all levels hands-on practice, and comprehensively consolidated the content of course teaching, training The student system concept and innovative ability, led to the teaching of specialized courses; at the same time, increased student interest in professional courses and initiatives. After 3 years in electrical engineering and automation students pilot, the practice proved that the design has good results.