《离散数学》与《数据结构》课程衔接教学策略初探

Exploration on the Teaching Strategies of Curriculum Connection between Discrete Mathematics and Data Structure

在新工科教育背景下,《离散数学》与《数据结构》已成为通信类专业学生的重要基础课程,该类课程对培养学生掌握大数据时代下的问题建模、数据处理、算法优化等核心能力起着至关重要的作用,是后续应用程序开发的理论和实践基础。针对计算机类与通信类的课程体系结构特点,结合通信工程专业培养方案,分析《离散数学》与《数据结构》课程内容的本质联系,文章将探索有效的课程衔接教学策略,注重中国工程教育专业认证标准中学生的创新精神和实践能力,以拓展学生专业技能的广度和深度。

Under the background of new engineering education, Discrete Mathematics and Data Structure have become important basic courses for students majoring in communication. Such courses play a vital role in cultivating students’ core abilities such as problem modeling, data processing and algorithm optimization in the era of big data, and are the theoretical and practical basis for subsequent application development. According to the characteristics of the curriculum system structure of computer and communication, combined with the training scheme of communication engineering specialty, this paper analyzes the essential relationship between the contents of discrete mathematics and data structure. This paper will explore effective curriculum connection teaching strategies, and pay attention to the innovative spirit and practical ability of students in the certification standard of Chinese engineering education specialty, so as to expand the breadth and depth of students’ professional skills.