科技革命与产业变革驱动下的高等数学教学改革研究

Research on the Reform of Advanced Mathematics Education Driven by the Technological Revolution and Industrial Transformation

摘要: 随着科技革命与产业变革的深入发展，培养具备创新思维、实践能力与跨学科素养的复合型人才，成为新时代高校人才自主培养的新目标。高等数学作为高校课程体系中最基础也最重要的学科，其目前的教学内容、教学方法与评价体系难以适应新时代经济社会发展对创新型人才的需求。为了改变这一现状，本文提出以实践应用为导向、技术赋能、多学科协同为核心的教学改革路径，探讨高等数学教学改革的可行模式与实施策略，旨在为推动高校数学教育适应时代变革、培养创新人才提供理论支持与实践参考。

Abstract: With the profound advancement of the technological revolution and industrial transformation, cultivating interdisciplinary talents equipped with innovative thinking, practical skills, and cross-disciplinary literacy has become a primary objective for higher education institutions in the new era. As one of the most fundamental and crucial disciplines in the university curriculum, advanced mathematics currently faces challenges in its teaching content, pedagogical methods, and evaluation systems, which struggle to meet the demands of socio-economic development for innovative talent. To address this issue, this paper proposes a teaching reform path oriented toward practical application, enhanced by technological empowerment, and centered on multidisciplinary collaboration. It explores feasible models and implementation strategies for the reform of advanced mathematics education, aiming to provide theoretical support and practical references for adapting higher mathematics education to contemporary changes and fostering innovative talent.