摘要
智能制造工程专业集机械、制造、材料、测控、电气、控制、计算、通信、物联网与智能科学等为一体,是具有鲜明多学科交叉特点的前沿科技。在此背景下,如何快速对电工学类课程进行改革,以适应智能制造工程新专业的要求,并在其中贯穿课程思政相关内容,成为高等学校教育所面临的一个重要问题。以“电路原理与系统Ⅰ”为例,系统阐述在智能制造工程专业建设的过程中,如何对该课程进行教学内容、教学方式的改革,以及如何在课程改革、授课过程中贯穿课程思政的内容,不仅增强学生对科学知识的理解与应用,而且培养工科类学生在实际工作过程中的责任与担当,为以后的科研、学习、工作奠定基础。
Intelligent manufacturing engineering integrates machinery,manufacturing,materials,measurement and control,electrical,control,computing,communication,the Internet of things and intelligent science as one,and is a cutting-edge technology with distinct multi-disciplinary characteristics.In this context,how to quickly carry out curriculum reform to meet the requirements of the new major of intelligent manufacturing engineering,which integrates ideological and political education,has become an important problem faced by higher education.This paper takes“circuit principle and system I”as an example,explores the ways to reform the teaching content and methods to integrate ideological and political education into teaching process to enhance students’understanding and application of scientific knowledge,and cultivate engineering students’responsibility in the process of practical work,laying the foundation for their future scientific research,study and work.
作者
董明杰
余悦
DONG Ming-jie;YU Yue(Faculty of Materials and Manufacturing,Beijing University of Technology,Beijing 100124,China)
出处
《教育教学论坛》
2023年第24期44-47,共4页
Education And Teaching Forum
基金
2022年度北京工业大学课程思政示范课程培育项目“电路原理与系统Ⅰ”(KC2022SZ003)
2022年度北京工业大学教育教学研究课题“‘创新创业’教育教学改革专项”(ER2022GGZX009)
2022年度“(校拨)思想政治理论课程专项建设经费-材料与制造学部”(048000513106)。
关键词
智能制造工程
电路原理与系统
课程改革
课程思政
intelligent manufacturing engineering
Circuit Principle and System I
curriculum reform
curriculum ideology and politics
