融合BIM技术的《工程力学》教学改革研究与实践

Research and Practice of Teaching Reform of Engineering Mechanics with BIM Technology

摘要: 本研究深入探讨BIM (建筑信息模型)技术在《工程力学》课程教学中的应用，旨在引入该先进技术，进一步提升课程的教学质量，并为学生提供一个更为丰富和实践性强的学习环境。BIM技术作为建筑行业的创新工具，其强大的信息集成和可视化功能，为工程力学的教学带来了诸多优势。本研究首先阐述了BIM技术的基本原理，及其在力学分析中的独特优势与局限性，同时强调《工程力学》作为工程学科基础课程的重要性。随后，针对当前《工程力学》课程的教学现状与挑战，进行深入分析，包括教学方法的局限性、教学过程中存在的问题，以及学生对于实践能力和创新思维培养的迫切需求。

Abstract: This study deeply discusses the application of BIM (Building Information Modeling) technology in the teaching of Engineering Mechanics, aiming to further improve the teaching quality of the course and provide students with a richer and more practical learning environment by introducing this advanced technology. As an innovative tool in the construction industry, BIM technology has brought many advantages to the teaching of engineering mechanics due to its powerful information integration and visualization functions. This paper firstly expounds the basic principle of BIM technology, its unique advantages and limitations in mechanical analysis, and emphasizes the importance of Engineering Mechanics as a basic course of engineering discipline. Then, according to the current teaching situation and challenges of Engineering Mechanics, this paper makes an in-depth analysis, including the limitations of teaching methods, the problems existing in the teaching process, and the urgent needs of students for the cultivation of practical ability and innovative thinking.