摘要
新建本科高校在向应用技术性高校转型的形势下,化工专业实验实践教学改革势在必行。实验实践建设包含实验教学、上机教学、实践教学三层次的平台,文章以武昌工学院化学工程与工艺专业现行人才培养方案为例,分析存在的问题并提出改进对策,对策可应用到其他新建本科高校。具体措施有:(1)增加专业实验课时比例,优化实验项目,拓展实验涉及领域;(2)增加业内流通较广的Chem Office、Material Studio等分子结构模拟软件,Origin、Sigma Plot等数据处理软件,PRO/Ⅱ、Aspen Plus等工艺过程模拟软件的教学内容;(3)调整实践课程的开设学期和内容,将毕业论文提前到第七学期进行,增加化工生产实训。
Experimental and practical courses rcform is imperative, when newly-established undergraduate universities are in the context of transition to a technical university. Construction of experimental and practical courses retform contains experimental courses, computer courses and practical courses three levels. The paper bases on chemical engineering of Wuchang Institute of Technology as an example, we analysed the deficiencies and proposed feasibility countermeasures. The countermeasures also can be used in other newly-established undergraduate universities. （1）We plan to increase the proportion of specialized experiment courses, improve experimental projects and expand experimental areas. （2）We intend to add the molecular simulation software, data processing software, and process simulation software, such as ChemOffice, Material Studio, Origin, SigmaPIot, PRO/Ⅱ and Aspen Plus to the computer courses. （3）We propose to adjust the semester and contents of practical courses, advance graduation thesis to the seventh semester and chemical production training course.
出处
《广东化工》
CAS
2015年第22期203-204,共2页
Guangdong Chemical Industry
基金
武昌工学院科研立项资助项目(2013JYZD17)
关键词
化学工程与工艺
实验
实践
转型
chemical engineeringandtechnology
experiment： practical
transformation
