首页|基于产教融合的智能车辆工程专业实践课程改革

基于产教融合的智能车辆工程专业实践课程改革

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文章对《智能小车设计与实践》和《智能驾驶系统设计与实践》两门课程的改革进行了总结,特别是在产教融合的背景下进行探索.通过深入分析行业需求,我们成功地将前沿技术融入课程内容,实现了跨学科知识的有效整合.教学方法上,创新地采用了项目导向和校企合作的教学模式,让学生在实践中学习,与行业专家直接交流,显著提升了学生的实践能力和职业素养.在考核方式上,进行了全面优化,引入多维度评估机制.经过改革,学生的综合能力得到了显著提升,为他们的职业发展奠定了坚实基础.文章可为相关课程的改革提供参考,也为产教融合的教育模式探索了新的路径.
Reform of Practical Courses for Intelligent Vehicle Engineering based on the Integration of Industry and Education
This paper summarizes the reforms undertaken in the courses of"Intelligent Car Design and Practice"and"Intelligent Driving System Design and Practice,"particularly exploring their implementation within the context of industry-education integration.Through in-depth analysis of industry needs,we have successfully integrated cutting-edge technologies into the curriculum content,achieving an effective integration of interdisciplinary knowledge.In terms of teaching methodology,we have innovatively adopted a project-oriented and industry-university cooperation approach,allowing students to learn through practice and engage directly with industry experts.This has significantly enhanced students'practical abilities and professional competencies.In the assessment system,we have undergone a comprehensive optimization process,introducing a multi-dimensional evaluation mechanism.After the reforms,students'comprehensive abilities have been notably elevated,laying a solid foundation for their professional development.This paper provides a valuable reference for the reform of related courses and explores new avenues for the industry-education integration model.

Intelligent VehiclesIndustry-Education IntegrationCurriculum Reform

戴海燕、李长玉、张春花

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广州城市理工学院 汽车与交通工程学院 广东 广州 510800

智能车 产教融合 课程改革

2025

时代汽车
时代汽车

时代汽车

影响因子:0.014
ISSN:1672-9668
年,卷(期):2025.(1)