范式融合导向的数智时代力学专业核心课程

PARADIGM-INTEGRATAED CORE CURRICULUM FOR MECHANICS IN THE DIGITAL-INTELLIGENCE ERA

  • 摘要: 随着数智时代科技革命和产业变革的到来,工程系统日趋复杂,涉及的知识领域高度交叉,力学角色快速变化,对相应的高等教育提出挑战。本文探索了力学基础和应用并重的“腰鼓型”知识结构与交互的动力学特征,构建了以受教育者实验、理论、计算和数据驱动4种科学范式融合培养(“X-4范式”)为目标的专业核心课程体系,希望为新一轮高等教育教学改革提供参考。

     

    Abstract: With the advent of the digital-intelligence revolution, engineering systems become increasingly complex and involve highly interdisciplinary knowledges. The rapidly changed role of mechanics poses challenges for its higher education. Based on the knowledge structure and dynamic characteristics of the mechanics discipline, a new core curriculum aimed at integrating the four scientific paradigms (the “X-4 Paradigm”)—experimental, theoretical, computational, and data-driven—for mechanics educatee is proposed, which is intended to provide a baseline for the coming higher education reform.

     

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