共查询到20条相似文献,搜索用时 515 毫秒
1.
2.
3.
4.
5.
6.
化学工程与工艺专业核心课程体系建设 总被引:1,自引:0,他引:1
文章从如何培养服务于北部湾经济社会发展的优秀复合型石化技术人才角度出发,结合专业教学改革,探讨了以石油化工和精细化工为培养方向的化学工程与工艺专业学科核心课程体系的构建及优化问题。指出必须建立一套结合区域特色经济、强调过程开发和工程实践能力培养的核心课程体系,从而培养熟悉地方经济特色、具备一定化学工程设计能力的地方急需的复合型石化技术人才。 相似文献
7.
8.
9.
针对工科高校办学特点,运用“大工程观”的综合性、系统性、实践性和创新性构建化学工程与工艺课程体系。运作表明:“大工程观”课程体系对专业建设、科研发展、学生就业发挥核心推动作用。 相似文献
10.
根据化学工程硕士专业学位的特点,针对培养研究生的学术能力和专门技术工作能力,本文从专业学位基本要求和职业需求紧密结合的角度进行了化学工程全日制硕士专业学位的课程体系建设研究。分学位课和选修课两大类构建了化学工程硕士专业学位的课程体系,阐明了各门课程之间的承接结构关系,从而为培养适应化工行业或职业实际工作需要的高层次应用型人才奠定坚实基础。 相似文献
11.
Eric Favre Vronique Falk Christine Roizard Eric Schaer 《Education for Chemical Engineers》2008,3(1):e22-e27
Teaching chemical engineering has always been faced with a dilemma: either keep in touch with industry needs or incorporate new scientific concepts into the curriculum. In this paper, a short historical analysis of the evolution of chemical engineering teaching is presented and the recent trends of the two previous facets (industry and science) are briefly reviewed. The process vs product engineering concept is proposed as one of the means to achieve a better alignment between the curriculum and industry needs. A chemical engineering teaching framework, based in part on a product and a process oriented component, which has been in place in our department 5 years ago, is described and discussed. The concept of sustainable chemistry, including process and product considerations, which can be seen as the next frontier in chemical engineering education, is finally analysed from the education point of view. 相似文献
12.
13.
14.
Research has shown that engineering students may not be learning to solve the kinds of complex problems they will be required to solve as practicing engineers (“authentic problems”). Though it is widely believed that we teach engineering problem-solving throughout the undergraduate chemical engineering curriculum, this has not been tested. In this study we use a new instrument for measuring the authentic problem-solving skills of graduating seniors in chemical engineering at two different universities in the context of chemical process design. We find large variations across different areas of process design problem solving as to how expert-like students are in general, and variations between the two institutions. Students were able to identify the same safety issues as experts, but they were conspicuously “nonexpert” in other areas, such as in identifying the important features of a design problem. By examining the respective curricula at the two institutions, we are able to show how the variations both within and across institutions in the specific problem-solving skills students master matches with the practice they get during their undergraduate careers. The results imply that more thoroughly integrating practice in authentic design and problem-solving decisions into the undergraduate curriculum would result in students graduating with capabilities more comparable to those of skilled engineers. 相似文献
15.
16.
17.
文章根据贵州大学化工原理课程的特点以及化工学科今后的发展趋势对化工原理课程进行教学改革,从化工原理课程教学体系、实验教学、课程设计、教学模式、教学手段等几个方面对改革的措施进行了探讨,以促进贵州大学化工原理课程教学质量的提高。 相似文献
18.
化工热力学兼有理论性和工程性,是一门实用性很强的课程。教学过程中宜强调和突出化工热力学在课程内容、课程体系、课程目标三个层面上的桥梁作用,引导学生掌握本课程的基本原理和应用方法,学会将热力学原理和模型应用到具体实践中,进而能够运用化工热力学的理论知识分析、解决化工生产和设计中有关实际问题。 相似文献
19.
化工原理课程是一门内容繁多、工程性很强的课程。教学中以工程设计为指导思想,突出工程理论和工程问题的分析,在不同单元过程中寻求共同点,才能化繁为简,起到良好教学效果。 相似文献