【摘要】 智能装备与系统专业作为智能制造领域的核心专业之一，其实践教学对于培养学生的工程能力和创新能力至关重要。通过分析高校智能装备与系统专业综合工程设计课程的开设情况，针对存在的挑战提出“科教融合、软硬融通”课程设计思想，将程序设计训练、数模电课程设计和智能装备与系统综合工程设计融入一个项目，设计成一个整体，并进行了实践。课程分析结果表明达到了预期培养目的，可以为高校优化实践教学环节提供参考，推动该新工科专业高素质应用型人才的培养。更多还原

【Abstract】 The major of Intelligent Equipment and Systems is one of the core majors in the field of intelligent manufacturing. Practical teaching is of vital importance for cultivating students’ engineering and innovation capabilities. This paper analyzes the implementation of the Comprehensive Engineering Design course in the Intelligent Equipment and Systems major and proposes a curriculum design concept of “integration of scientific research and education, and fusion of software and hardware” in response to existing challenges. This concept integrates programming training, analog and digital circuit design, and comprehensive engineering design of intelligent equipment and systems into a single project as a complete entity. The course has been implemented, and the results of the analysis indicate that the expected training objectives have been achieved. This paper can provide a reference for universities to optimize practical teaching components and promote the cultivation of high-quality, applied talents in this emerging engineering major.更多还原