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课程思政视域下大学工科数学公共基础课建设路径与措施OA

中文摘要英文摘要

全面推进课程思政建设是落实"立德树人"根本任务的战略举措.随着社会发展和科技进步,工科教育领域迎来改革浪潮.大学工科数学公共基础课承载着培养工科学生创造性思维和创新能力的任务.在传统教育模式中,大学数学教育往往偏重于理论知识的灌输,忽略了创新思维的培育.该文以大学工科数学公共基础课线性代数为例,探讨如何根据人才培养特点和能力素质要求深化课程思政建设.为实现知识传授、能力培养和价值塑造的紧密结合,高校工科数学公共基础课需要梳理课程教学内容、结合课程特点、深入挖掘课程思政元素,使数学理论与思想政治理论同向同行、形成协同效应,从而培养创新精神.

Comprehensively promoting the ideological and political construction of the curriculum is a strategic measure to implement the fundamental task of cultivating morality.With the development of society and advances in technology,the field of engineering education has ushered in a wave of reforms.The foundational mathematics course in engineering education at universities bears the task of fostering creative thinking and innovation among engineering students.However,traditional educational models often focus on imparting theoretical knowledge in mathematics education at universities,neglecting the cultivation of innovative thinking.This paper takes the foundational mathematics course Linear Algebra in engineering education as an example to explore how to deepen the construction of ideological and political education in curriculum based on the characteristics of talent cultivation and the requirements of ability and quality.In order to achieve a close integration of knowledge impartation,capability development,and values shaping,the public basic course of engineering mathematics in colleges and universities needs to sort out the teaching content of the course,combine the characteristics of the course,and deeply explore the ideological and political elements of the course.It is necessary to integrate ideological education content into the teaching of foundational mathematics courses in engineering education,align mathematical theory with ideological and political theory,and form a synergistic effect,thereby cultivating an innovative spirit.

王晋茹

北京工业大学 数学统计学与力学学院,北京 100124

社会科学

课程思政教学改革人才培养创新思维价值塑造

curriculum ideology and politicsteaching reformtalent traininginnovative thinkingvalue shaping

《高教学刊》 2026 (z1)

63-66,4

北京市高等教育学会2024年立项面上课题"新质生产力视域下基于OBE理念的线性代数课程改革与实践"(MS2024214)北京工业大学教育教学研究课题"'新工科'背景下工科数学公共基础课(线性代数)与课程思政协同育人方法研究"(ER2024SZB05)

10.19980/j.CN23-1593/G4.2026.S1.014

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