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Internationalizing Tomorrow's Researchers - Strategies and Experiences from the Partnership for Education and Research in Membrane Nanotechnologies

机译:国际化明天的研究人员 - 钢琴纳米技术教育和研究伙伴关系的策略和经验

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The Partnership for Education and Research in Membrane Nanotechnologies (PERMEANT) is an NSF PIRE project involving Michigan State University (USA), Duke University (USA), Kyiv-Mohyla Academy (Ukraine), Universite Paul Sabatier (France), Centre Europeen de Recherche et d'Enseignement des Geosciences de l'Environnement (France), Institut National Polytechnique de Toulouse (France), and Volgograd State University of Architecture & Civil Engineering (Russia). Our approach is to bring together engineers and scientists with complementary fields of expertise and facilities, as well as varying geographical and cultural perspectives, for collaborative research on issues related to public water-supply and treatment. Research projects address two principal themes: 1) development of nanomaterial-enabled membranes and 2) control of membrane fouling, and addresses fundamental nanomaterials chemistry and materials science as applied to water quality technologies. One key premise of our Partnership is that students are powerful catalysts for research collaboration. Our research is organized in international teams in which doctoral students supported by separate funding at a foreign institution are teamed with each student from a US institution supported by NSF funds. Students in these research teams work on related topics that naturally encourage international collaboration between graduate students and their faculty advisors. The team-based approach allows students to compare classroom experiences, share instructional materials, help one another with research methodologies, and forge long-term international contacts. In this presentation, we describe some of the strategies that have been employed to develop an international perspective in our graduate students, and the skills necessary to effectively collaborate across geographic, political, cultural, and disciplinary boundaries. We report our experience, both positive and negative, and revisions we have made to the original model. Finally, we describe our plans for the future, which include a formal program assessment of the extent to which student in the program are better trained for international work in the future.
机译:薄膜纳米技术教育和研究的伙伴关系(Permeant)是涉及密歇根州立大学(美国),公爵大学(美国),Kyiv-Mohyla学院(乌克兰),UniversitePaul Sabatier(法国),Center Europ De Recherche的NSF Pire Project项目et d'Enseignement des Geosciences de l'Environnement(法国),Institut国家炼金菊德图卢兹(法国)和伏尔加格勒州立大学建筑与土木工程大学(俄罗斯)。我们的方法是将工程师和科学家汇集在一起​​,具有互补的专业和设施领域,以及不同的地理和文化视角,用于与公共供水和治疗有关的问题的合作研究。研究项目解决了两种主要主题:1)薄膜膜的发展和2)控制膜污垢,并解决了应用于水质技术的基本纳米材料化学和材料科学。我们伙伴关系的一个主要前提是学生是研究合作的强大催化剂。我们的研究是在国际团队中组织的,其中在外国机构的单独资金支持的博士生与来自NSF基金支持的美国机构的每个学生一起团队。这些研究团队中的学生致力于自然鼓励研究生与其教师顾问之间的国际合作的相关主题。基于团队的方法允许学生比较课堂体验,共享教学材料,并通过研究方法互相帮助,并伪造长期国际联系。在这篇文章中,我们描述了一些人在我们的研究生中制定国际视角的一些策略,以及有效地在地理,政治,文化和纪律边界有效合作所需的技能。我们报告我们的经验,积极和消极,以及我们对原始模型的修订。最后,我们描述了我们对未来的计划,其中包括对该计划中学生在未来国际工作的更好培训的正式计划评估。

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