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大化工国际化精英人才培养体系的构建——以北京化工大学巴黎居里工程师学院为例
Construction of Training System of International Elite Talents in Big Chemical Industry——Taking Paris Curie Engineer School of Beijing University of Chemical Technology as an Example
【摘要】 高等工程教育肩负着服务国家战略需求、培养创新型工程科技人才、支撑和引领国家未来发展的重要使命,应致力于提升学生的原始创新能力和国际竞争力。北京化工大学巴黎居里工程师学院引进法国先进的工程师教育理念和资源,在以“厚理强工”与“国际化”为引领的大化工精英人才培养理念指导下,积极探索人才培养模式和创新机制,构建了“本硕贯通”的工程人才培养体系,打造了三阶段递进式工程实践教学体系,建设了一支国际化工程型师资队伍,完善了教学质量保障体系,为“扎根中国大地办大学”和“吸收国外先进工程教育办学治学经验”的国内中法工程师院校提供了可借鉴的改革案例。
【Abstract】 Higher engineering education shoulders the important mission of serving the strategic needs of the country, cultivating innovative engineering talents and supporting and leading the future development of the country. Efforts should be made to improve students’ original innovation ability and international competitiveness. Paris Curie Engineer School of Beijing University of Chemical Technology(hereinafter referred to as Chimie Pekin) proposes the educational ideals of "solid science foundation and strong engineering technology" and "internationalization" for elite training by bringing in the advanced philosophies and resources from the engineering institutes in France. Chimie Pekin has been keen on exploring talent training model as well as innovation approaches and established promising programming for the through-training of bachelor and master. A three-stage progressive engineering practice teaching system has been built. Chimie Pekin has gathered an international faculty cohort that prioritizes the impacts of guidance and improved the teaching quality assurance system. The educational innovations conducted by Chimie Pekin are believed to offer sound reference for other domestic engineering schools, especially the ones collaborating with institutes in France, that are eager to merge the strengths of educational resources and experiences from both China and foreign countries.
【Key words】 Engineering education; Emerging engineering; Solid science foundation and strong engineering technology; International vision; Talent training model;
- 【文献出处】 化工高等教育 ,Higher Education in Chemical Engineering , 编辑部邮箱 ,2022年01期
- 【分类号】TQ0-4;G642
- 【下载频次】165