数智背景下力学专业研究生数据科学专题的教学设计

TEACHING DESIGN OF DATA SCIENCE MODULES FOR MECHANICS GRADUATE STUDENTS IN THE BIG DATA AND ARTIFICIAL INTELLIGENCE ERA

  • 摘要: 大数据和人工智能正蓬勃发展,并迅速向基础研究与工程技术渗透。在力学研究生高等应用数学或相关课程中,设置层次介于基础课程和专门学术报告之间的数据科学专题,能够有效缩短教学与科学研究的距离,显著提升研究生解决复杂科研难题的能力。本文介绍数据科学专题的教学内容设计,以及教学实践中的思考和典型案例。

     

    Abstract: Big data and artificial intelligence are flourishing and rapidly penetrating into fundamental research and engineering technologies. In advanced applied mathematics and related courses for mechanics graduate students, developing data science modules at an intermediate level between foundational courses and specialized academic reports can effectively narrow the gap between teaching and scientific research. This approach significantly enhances graduate students' capabilities in solving complex scientific problems. This paper introduces the instructional design of data science topics, along with teaching reflections and typical case studies from educational practice.

     

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