摘要
课程思政是大学教育的重要内容,如何开展思政教育为国家培养德才兼备的高素质人才是广大教育工作者广泛探讨的问题。针对实践教学,提出一种基于课程思政驱动的教学方法,以课程思政为主线开展课程教学,把课程思政与教学深度融合,践行课程思政内容,构建闭环教学系统。在Python编程实践课程中,制定课程的思政目标,围绕思政目标在教学内容、教学安排、课程考核等方面开展教学改革,强调身体力行,践行思政目标。新的教学方法教学效果显著,课程思政与教学内容深度融合,激发学生的学习兴趣,提高课程的深度和广度,学生取得许多创新性实践成果。
Ideological and political education in curriculum is an important part of university education.How to carry out ideological and political education to cultivate high-quality talents with both moral integrity and talent for China is a widely-discussed issue among educators.A teaching method based on curriculum ideological and political education is proposed for practical teaching courses.It carries out curriculum teaching with ideological and political education as the main line,deeply integrates curriculum ideological and political education with teaching,and practices the contents of ideological and political education in the curriculum,and thus constructs a closed-loop teaching system.In the course of Python programming practice,the ideological and political goals of the course are first established.Based on the goals,teaching reforms are carried out in teaching contents,teaching arrangement,teaching assessment,etc.We emphasize putting ourselves into action and practice ideological and political goals.The new teaching method achieves significant teaching results,deeply integrating ideological and political education into teaching contents,stimulating students’interest in learning,and improving the depth and breadth of the curriculum.And,students achieve many innovative practical results.
作者
孙统风
王冠军
杜文亮
SUN Tongfeng;WANG Guanjun;DU Wenliang(School of Computer Science and Technology,China University of Mining and Technology,Xuzhou 221116,Jiangsu,China)
出处
《实验室研究与探索》
CAS
北大核心
2024年第7期187-191,233,共6页
Research and Exploration In Laboratory
基金
国家青年科学基金项目(62002360)
中国矿业大学课程思政示范课程项目(2022KCSZ46)。
关键词
实践教学
课程思政
思政驱动
教学主线
闭环教学系统
practice teaching
curriculum ideological and political education
ideological and political driving
teaching mainline
closed-loop teaching system