基于EDA平台支撑的轨道交通信控专业电子技术课程教学

EDA Platform Support based Electronic Circuit Course for Undergraduate in Railway Transportation Majors

电子电路课程是轨道交通信控专业本科人才培养的重要基础课程之一。为了适应新时代的本科层次工程技术人才培养要求,笔者提出一种基于EDA平台支撑的教学模式,教师通过EDA系统对电子技术课程知识点进行分析讲解,学生通过EDA工具学习基础理论,掌握电路原理的验证,模拟电路的设计和典型放大电路参数,数字电路以及逻辑系统的设计与验证等,基于EDA平台完成课后练习以及课程考核,形成"基础理论+工程能力提升"的新培养模式,旨在提高学生的理论联系实际和解决轨道交通信号控制工程问题的能力。

Electronic circuit course is one of the important basic courses for undergraduate students in the electronic majors. The current teaching approaches are proposed for undergraduate education, not suit for distinguished engineers. In order to meet the requirement of distinguished engineer education, we propose a novel approach-EDA learning carrier teaching for undergraduate electronic circuit course in railway transportation majors. In this approach, teacher explains theory of electronic circuit course using EDA, and students participate in problem solving, solution verification, practice and examine（theory and practice） with EDA. It aims to promote the ability of linking theory with practice and problem solving.