车辆工程专业课程虚拟仿真实验教学改革探索——以汽车振动与噪声控制课程为例

Exploring on Virtual Simulation Experiment Teaching Reform in Vehicle Engineering Courses——Taking the Automotive Vibration and Noise Control Course as an Example

汽车虚拟仿真实验有效融入课程教学过程是提升车辆工程专业课程教学质量的一个重要手段,亦为任课教师亟须解决的专业难题。文章以郑州轻工业大学车辆工程专业汽车振动与噪声控制专业课程为试点,介绍课程定位和目标,针对该课程教学中发现的理论推导学习枯燥、教学硬件设施过时、产教之间脱节等问题,通过优化课程教学内容、完善课程教学模式、改进课程考评体系等教学改革措施,激发学生的学习积极性,取得良好的教学改革效果,可为后续虚拟仿真实验更好融入专业课程教学提供参考。

Effectively integrating automotive virtual simulation experiments into the course teaching process is an important means to improve the teaching quality of automotive engineering courses,and it is also a professional problem that teachers need to solve urgently.This paper takes the course of Automotive Vibration and Noise Control in the vehicle engineering major of Zhengzhou University of Light Industry as an example,introduces the positioning and objectives of the course,and addresses the problems found during the teaching of the course,such as boring theoretical learning,outdated teaching hardware facilities,and disconnection between education and production.By optimizing course content,improving course teaching modes,and upgrading course evaluation systems,teaching reform measures have stimulated students'learning enthusiasm and achieved good teaching reform results.This paper can provide reference for better integrating virtual simulation experiments into professional course teaching in the future.