【摘要】 《车辆动力学及控制》是车辆工程专业的一门专业课程。该文基于构建工程人才为核心的STEM教育理念，以车辆垂向动力学及控制为例，围绕动力学规律（S）、仿真分析（T）、悬架设计（E）、控制方程（M），开展项目学习、问题导向和学科融合的教学方法探索。结合作者的教学实践，通过使用仿真软件，将枯燥的理论知识可视化；利用现代化教学平台，对部分教学内容与问题解答开展云端教学实践；利用课后差异化的辅导，帮助学有余力的学生积极探究更深层次的知识。从而，提高学生的参与度和学习兴趣，引导和启发学生从实际工程中发现问题，并灵活运用所学的专业知识分析解决工程实际问题。更多还原

【Abstract】 Vehicle Dynamics and Control is a professional course of vehicle engineering. Based on the STEM education concept of building engineering talents as the core, taking Vehicle Vertical Dynamics and Control as an example, this paper explores the teaching methods of project learning, problem orientation and subject integration around dynamics law(S), simulation analysis(T), suspension design(E) and control equation(M). Combined with the author’s teaching practice, through the use of simulation software, the boring theoretical knowledge visualization; use modern teaching platform to carry out cloud teaching practice for part of teaching content and problem solving; differentiated tutoring after class is used to help students who have the ability to learn to actively explore deeper knowledge. Thus, it can improve students’ participation and learning interest, guide and inspire students to find problems in practical engineering, and flexibly use their professional knowledge to analyze and solve practical engineering problems.更多还原