“微纳尺度力学分析与计算”在机械学科研究生培养中的作用

THE ROLE OF "MECHANICAL ANALYSIS AND COMPUTATION AT MICRO AND NANO SCALES" IN GRADUATE TRAINING IN MECHANICAL ENGINEERING

  • 摘要: 随着现代机械学科加速向纳米尺度发展,微纳尺度力学分析与计算在机械学科研究生培养中日益成为重要的交叉学科领域。这一领域融合了机械工程、材料科学及计算科学等多学科知识,为机械学科研究生提供了丰富的研究与应用机遇。笔者基于所在学院的多学科布局,探索将“微纳尺度力学分析与计算”融入机械学科研究生培养方案,通过构建跨学科人才培养模式、优化课程资源配置,引导学生建立跨学科、跨领域的知识体系,旨在为新时代培养高水平复合型人才探索有效路径。

     

    Abstract: As modern mechanical engineering rapidly advances towards the nano realm, “Mechanical Analysis and Computation at Micro and Nano Scales” is increasingly becoming a significant interdisciplinary field in graduate training within mechanical engineering. This domain integrates multiple disciplines such as mechanical engineering, materials science, physics, chemistry, and computational science, offering abundant research and application opportunities for graduate students in mechanical engineering. The author explores incorporating " Mechanical Analysis and Computation at Micro and Nano Scales " into the graduate training programs of mechanical engineering within the context of the existing multidisciplinary framework of the department. By establishing an interdisciplinary talent cultivation model, reallocating high-quality course resources, and integrating experimental and practical training platforms, this approach aims to guide students in building a cross-disciplinary, cross-professional, and cross-domain knowledge system, thereby providing new perspectives for cultivating high-level, interdisciplinary talents for the new era.

     

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