共查询到19条相似文献,搜索用时 140 毫秒
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<正>6月29日,上海国际化工新材料创新中心(INNOGREEN创新绿洲)投运一周年暨2022“SCIP+”绿色化学化工创新创业大赛启动仪式在上海化学工业区举行,回顾展示创新中心投运一年来的总体情况和成果形象,入选上海特色产业园区的“INNOGREEN创新绿洲”授牌亮相。同时,“SCIP+”绿色化学化工创新创业大赛重磅开启第四届赛程, 相似文献
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化工原理是一门化工类相关专业重要的专业课程,其教学质量对学生培养至关重要。参加化工实验大赛,有助于强化学生的综合能力和意识,提升教师的专业素质和能力,同时也能促进学校企业间的交流,推动高校化工学科的建设,从而深刻影响化工原理教学质量。探讨了参加化工实验大赛对化工原理教学的影响,并倡导学生、教师和校企,尤其是青年教师,积极参与化工实验大赛。 相似文献
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It is widely known that the Learning-by-Doing (LbD) pedagogical tool is not the most common form of education in Chemical Engineering nowadays. The aim of this work is to describe the application of LbD considering as case of study the participation of undergraduate students from the Chemical Engineering Degree of the University of Cantabria (UC) from Spain in the Chem-E-Car Competition® in the 10th World Congress of Chemical Engineering (WCCE10). The Chem-E-Car Competition® is a world-known student event run by AIChE, which provides chemical engineering undergraduate students with the opportunity to participate in a team-oriented hands-on design and construction of a small prototype car powered by a chemical reaction. Within the context of the WCCE10, the competition gathered 18 teams from different countries all around the world. The UC team ended in the 6th position and won the award to the best inherent safety design. Overall, the benefits outpaced the time cost both for students and the teaching staff. This situation was not clear at the beginning of the project.Prior to this competition, LbD was used as an innovative pedagogical tool for the requested acquisition of competences. The proposal of a multi-annual Final Degree Programme was a win–win situation for all the stakeholders. From a teaching point of view, the LbD let transferable and core competences to be evaluated not only internally, but also externally thanks to the competition. A survey was completed among the students that participated in the project. Competences such as “Problem-solving” and “Adaptation to new situations” were pointed out as those which were developed in a higher level by the students. 相似文献
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企业资源计划(ERP)系统为企业提高资源运用率和经济效益提供了有效的手段,为提高我国企业在全球的竞争力、提供全面的企业管理解决方案作出贡献。本文从“广州珠江化工集团有限公司”ERP项目的规划、实施到顺利完成等具体情况出发,论述了我国企业在当今信息化时代上ERP项目的意义、紧迫性。 相似文献
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The humanistic view has a far-reaching influence on education. This work presents an innovative pass-through game style teaching approach to improve the quality of classroom teaching in the rapid development of higher education in China, and creating a model for classroom teaching with a humanistic view. A case study in teaching “Chemical Engineering Principles 2” for undergraduate students in Quzhou University is presented, and great improvement in students’ tests and national competition results, and their satisfaction have been demonstrated. Through the pass-through game style teaching, individual attention for students in big class can be realized. 相似文献
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通过对英特尔国际科学与工程大奖赛(Intel ISEF)的介绍,本文详细分析了该项赛事的比赛内容、比赛方法、评审标准以及该项比赛所折射出来的青少年创新教育发展动态,对中外学生在参与该项赛事中的作品和表现进行了比较分析,并根据自己多年指导学生创新和担任国内外创新比赛评委的体会,分析了国内目前青少年创新教育活动存在的问题。 相似文献
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环境监测是高等学校环境类专业的一门重要课程,是在学习分析化学等化学课程基础上开设的,具有很强的实践性。为了提高环境监测课程的教学效果,作者总结了以往教学中存在的问题,对环境监测实践教学环节进行改革,提出"本科教学高职化"的思想,以强化学生的操作能力培养,提高学生的专业素质和综合创新能力,更好地应对目前本科生动手能力普遍较差,就业竞争力弱的现实。 相似文献
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本文介绍了HazOp分析的主要内容,分析了将HazOp分析引入化工类专业毕业设计的必要性,论述了加拿大不列颠哥伦比亚大学化工系在学生毕业设计中进行HazOp分析的教学过程。在本院的毕业设计及化工设计大赛中,我对学生进行了HazOp分析教育,培养了学生的安全文化背景,增强了分析化工过程潜在危险的能力。 相似文献
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Process System Engineering. Thoughts on the need for and curriculum of an academic course of instruction . The raw material, energy, and environmental situation, international competition, and the decline in product innovation are increasingly casting doubts on conventional processes and their realization. Hence, in the future-training of chemical engineers a reasonable amount of time should be devoted to the study of system facets, i. e. to thinking and acting in complex systems of interrelationships. Under the general leading ?Process System Engineering”? those activities are discussed which are relevant to the design and planning of chemical engineering systems (process synthesis) and the mathematical analysis of a given system (process analysis). Process synthesis is the creative facet of project planning involving several methodologies. Process analysis embraces steady-state and non-steady state mass- and energy-balancing and the mathematical evaluation of various process alternatives on the basis of operating costs and investment as well as the simulation of operational behaviour and optimization of process configurations using mathematical models. The following article discusses a selection of points which should play an important part in the teaching of process synthesis and process analysis and considers some examples by way of illustration. 相似文献