共查询到19条相似文献,搜索用时 62 毫秒
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本文分析了化学工程与工艺专业的发展趋势。为了满足经济社会发展的要求,浙江工业大学在化学工程与工艺专业中设立了生物质化学工程专业方向。本文从拓展专业外延和内涵、变革课程体系、加强创新实践教学环节和构建优良育人环境等方面对人才培养模式进行了研究和改革探索,取得了较好的效果。Abstract: The development of chemical engineering and technology education were discussed in this paper.To satisfy the requirement of the economical and social development of our country,a new major direction,the biomss chemical engineering,was created.The educatio 相似文献
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化工行业是国民经济发展的物质基础、科学基础与技术支撑,对化学工程与工艺专业工程技术人才的培养提出更高的要求。本文通过分析现行人才培养方案的特点,确立创新型、应用型人才培养模式的思路、基本原则,并提出人才培养模式改革与实践的具体内容包括:理论教学、实践性教学和课外教学等诸多环节的教育改革和措施。 相似文献
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本文对广东药学院化学工程与工艺专业应用型人才的培养模式改革进行探索,从人才培养方案、课程体系的设置、实践教学的改革和师资队伍建设等方面进行改革,全面提高学生的动手实践能力,提高化工应用型人才的培养质量,加快推进化学工程与工艺专业的建设。 相似文献
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北京石油化工学院是中国石化集团公司与北京市共建,以北京市管理为主的市管院校。学院以本科教育为主,以化学工程与技术学科为主干,其他学科协调发展,形成以工为特色,理、工、经、管、文相结合的多学科、多层次、多形式的,具有鲜明工程实践特色的普通高等学校。学院积极探索面向21世纪化学化工专业人才的培养目标和途径,努力培养德、智、体、美全面发展,既具有宽厚的理论基础和较强的实践能力,又具有创新精神的高级技术应用型和市场适应型的复合式工程师人才,使人才培养适应技术密集、资金密集的现代石油化工企业和北京市经济与社… 相似文献
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化工实习教学的困境呼唤教育制度的改革和完善 总被引:1,自引:0,他引:1
本文针对当前化工实习教学的困境,阐述了自己的观点,即教育制度的改革和完善是保障化工实习顺利进行的关键.指出必须依靠制度才能保障工科教育特色、教师良好的工程素质以及有力的化工实习措施. 相似文献
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J. E. Gillett 《化学工程与技术》2001,24(6):561-570
This paper summarizes the work of the EFCE Working Party Education (WPE) over the last decade and attempts to identify effective educational solutions to meet the challenges caused by the rapid rate of change in technology and society world‐wide. The paper uses the results of the 1994 WPE survey of curricula in European Chemical Engineering Universities to identify a first degree level core curriculum. The problem of how to adapt the discipline to meet technological and societal changes without losing its identity is addressed. Basic sciences, chemical engineering science, integrated systems design and holistic thinking are emphasized as essential elements of the discipline. The paper discusses how Safety, Health and Environment (SHE), biotechnology, computerized models, product design, sustainability and other new subjects have been incorporated into chemical engineering curricula since the original survey. A simple model of the education process is presented to indicate how students might obtain a chemical engineering understanding and mindset. The paper explains how chemical engineering evolved from its origins in the petrochemical, heavy chemical and nuclear industries, to its current wide range of applications in industries, such as fine chemicals, food, pharmaceuticals, software, and cybernetics. It is suggested that the impact of changes arising from industry, new technology and society has driven the chemical engineering discipline to a point where it is now ripe for re‐invention. The effects of rapid industrial, technological and societal change on chemical engineering education are studied against the backdrop of a discipline on the threshold of a significant change. The paper concludes by identifying curriculum development, personal development and life‐long learning as three important factors for educating chemical engineers for a successful future. 相似文献
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