工程操作技能和理论联系实践的能力是培养具备“应用导向、技术创新”特质应用型人才的关键。过程流体机械是过程装备与控制工程专业的核心课程之一,过程流体机械实验是该专业重要实践环节。文章从过程流体机械实验的教学内容、教学过...工程操作技能和理论联系实践的能力是培养具备“应用导向、技术创新”特质应用型人才的关键。过程流体机械是过程装备与控制工程专业的核心课程之一,过程流体机械实验是该专业重要实践环节。文章从过程流体机械实验的教学内容、教学过程、教学方法以及实验评估与考核等几个维度,对过程流体机械实验的教学进行探索,旨在为我校专业核心课程的实践能力提升和应用型人才培养提供借鉴。The ability to link engineering operational skills with theoretical knowledge to practice is key to cultivating application-oriented and technologically innovative talents. Process fluid machinery is one of the core courses in the discipline of process equipment and control engineering, and the experiments in process fluid machinery are an important practical component of the major. This paper explores the teaching of process fluid machinery experiments from several aspects, including the content of experimental teaching, the process of experimental teaching, teaching methods, and experimental evaluation and assessment. It aims to provide reference for enhancing the practical abilities and cultivating application-oriented talents in the core professional courses of our school.展开更多
文摘工程操作技能和理论联系实践的能力是培养具备“应用导向、技术创新”特质应用型人才的关键。过程流体机械是过程装备与控制工程专业的核心课程之一,过程流体机械实验是该专业重要实践环节。文章从过程流体机械实验的教学内容、教学过程、教学方法以及实验评估与考核等几个维度,对过程流体机械实验的教学进行探索,旨在为我校专业核心课程的实践能力提升和应用型人才培养提供借鉴。The ability to link engineering operational skills with theoretical knowledge to practice is key to cultivating application-oriented and technologically innovative talents. Process fluid machinery is one of the core courses in the discipline of process equipment and control engineering, and the experiments in process fluid machinery are an important practical component of the major. This paper explores the teaching of process fluid machinery experiments from several aspects, including the content of experimental teaching, the process of experimental teaching, teaching methods, and experimental evaluation and assessment. It aims to provide reference for enhancing the practical abilities and cultivating application-oriented talents in the core professional courses of our school.
