摘要
现有的计算机类专业数字逻辑课程体系缺乏系统性,实践教学内容缺乏工程规模。为了满足系统能力培养的要求,首先构建合理的数字逻辑课程知识体系,实现与后续课程知识的良好衔接;其次构建适合计算机类专业本科生学习和设计的数字系统工程实践项目;最后把工程化项目合理引入课堂理论教学过程,在讲授原理性知识的同时,培养学生工程项目分析和设计能力。
The existing digital logic course system is lack of systematicness in computer major , and the practical teaching con-tent is lack of engineering scale. In order to meet the requirements of system capability, first of all, constructing a rational knowledge system of digital logic course, to achieve a good connection with the knowledge of the follow-up courses; secondly, the construction of digital system engineering practice project suitable for the study and design of computer major undergraduate students; finally, in-troducing engineering project into the course of classroom theory teaching, training students engineering project analysis and design a-bility, at the same time, teaching principles of knowledge.
出处
《高教学刊》
2017年第24期85-87,共3页
Journal of Higher Education
基金
安徽省高等学校省级质量工程项目"基于系统能力培养的计算机类专业数字逻辑课程体系建设研究"(编号:2016jyxm0051)
"计算机类专业综合改革试点"(编号:2016zy009)
安徽大学百门精品实践课程建设项目"数字逻辑实验"(编号:2016005)
关键词
数字逻辑
实践教学
系统能力
digital logic
practice teaching
system capability