人工智能类新工科专业基础力学公共课程的教学设计

COURSE DESIGN FOR PUBLIC FUNDAMENTAL MECHANICS COURSES IN NEW AI-RELATED ENGINEERING MAJORS

  • 摘要: 力学教学除了力学专业的课程教学与人才培养之外,还担负着为点多面广、需求各异的各工科专业提供基础力学公共课程教学。近几年开办的与人工智能(AI)、数字虚拟技术相关的新工科专业,注重强化基础和学科交叉,对于基础力学公共课程教学提出了新需求和新挑战。本文阐述了人工智能类新工科专业普适性基础力学公共课程的需求背景、课程体系、内容取舍和实践教学设计,以形成与力学101计划相呼应的侧翼,为新工科专业建设做出力学贡献。

     

    Abstract: Beyond teaching and talent cultivation within mechanics majors, mechanics education also undertakes the task of providing public fundamental mechanics courses for diverse engineering disciplines characterized by extensive scope and varied demands. The newly established engineering majors related to Artificial Intelligence (AI) and digital virtual technology in recent years emphasize foundational reinforcement and interdisciplinary integration, presenting new requirements and challenges for fundamental mechanics course instruction. This paper elaborates on the demand background, curriculum structure, content selection, and practical instructional design for universal fundamental mechanics courses tailored to AI-related emerging engineering majors. The aim is to form a complementary wing resonating with the “Mechanics 101 Plan," thereby making mechanical contributions to the development of new engineering disciplines.

     

/

返回文章
返回