CDIO理念在应用型本科“智能装备故障诊断 与运维”课程中的实践探索

Exploration of the Application of CDIO Concept in the Course of“Intelligent Equipment Fault Diagnosis and Operation and Maintenance”in Applied Undergraduate Education

  • 摘要: 本文将CDIO理念融入课程教学。围绕应用型人才培养目标,重构课程四大模块:模块一通过行业标准分析、案例视频、 实验室观摩等方式,引导学生完成项目“构思”;模块二采用混合式教学与案例分析,指导学生“设计”机械故障诊断方法; 模块三依托实验平台与虚拟仿真,以案例驱动完成方案“实现”;模块四通过实验操作、数据共享与企业协同,设计基础 实验与综合项目实战完成“运作”。教学实践表明,基于CDIO理念的教学改革实现了“理论扎实、实践贯穿”的目标, 有效提升了学生的工程实践、系统思维与团队协作能力,激发了学习主动性及解决复杂工程问题的能力,契合应用型本科 人才培养要求,为同类课程改革提供了参考。

     

    Abstract: abilities in the course“Intelligent Equipment Fault Diagnosis and Operation Maintenance”,this paper integrates the CDIO concept into teaching. Based on the goal of cultivating application-oriented talents,the course is restructured into four modules: Module 1 (Conceive) uses case videos and lab observation;Module 2 (Design) adopts blended teaching and case analysis;Module 3 (Implement) relies on experimental platforms and virtual simulation;Module 4 (Operate) involves experiments,data sharing, and enterprise collaboration. Teaching practice shows that this CDIO-based reform achieves“solid theory and hands-on practice”, significantly improving students’engineering practice,systematic thinking,and teamwork abilities,which meets the requirements of application-oriented undergraduate education.

     

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