IRES: Nanomaterials undergraduate Research in Germany (NanoRING)

IRES：德国纳米材料本科研究（NanoRING）

• 批准号: 1460031
• 负责人: Matthew Grayson
• 金额: $ 25万
• 依托单位: Northwestern University
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2015
• 资助国家: 美国
• 起止时间: 2015-05-01 至 2019-04-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1460031&HistoricalAwards=false
• 关键词: IRES; Nanomaterials; undergraduate; Research; Germany

Part 1The NSF-IRES program Nanomaterials undergraduate Research in Germany (NanoRING) will provide 10-week nanoresearch opportunities at the Technical University of Munich (TUM), Germany for five US undergraduates from the combined student pool of Northwestern University (NU) and the Univerity of Texas in San Antonio (UTSA), a minority serving institution and partner of NU. The specific research focus is on nanomaterials covering the subtopics of nanoelectronics, nanophotonics, and nano-biomaterials. This thematic base leverages TUM?s International Graduate School of Science and Engineering (IGSSE).The research opportunity will be for undergraduates only, in order to motivate and inspire young US researchers to invest in a future research career. Particularly at UTSA, specific efforts will be made to reach out to underrepresented groups in STEM disciplines so that the cohort?s constituency will meet or exceed NSF?s goals for representation. Individual German collaborators from within IGSSE have provided letters of collaboration to host visiting student researchers.Part 2Unique materials science expertise outside of the U.S. is particularly strong in Germany. Electron transport experiments, crystal growth, heterostructure design, graphene characterization, quantum dot spectroscopy, biosensor nanotechnology, and photonic emitters / detectors all represent topics of research expertise and mentorship that will benefit U.S. students. By training U.S. graduate and undergraduate students at these facilities, students can learn unique skills to advance their education and training. Furthermore, since they are researchingabroad, students will develop an identity within the international scientific community, building up a professional network and getting a first-hand perspective of larger scope of a research career. The administrative structure of NanoRING will leverage existing infrastructures at German universities through TUM?s graduate school for international students IGSSE where the administrators have exhaustive experience hosting international student research visitors.One of the greatest intended payoffs of a student research-abroad experience is career retention. By developing engineering and science skills in a supportive and engaging multicultural environment, undergraduates will recognize their place within an international peer community and will be motivated to continue their positive experience in a career in STEM research. This is particularly important for underrepresented groups within STEM disciplines. To enhance participation of underrepresented groups, outreach to target student groups will meet or exceed NSF goals for representation by coordinating with minority student groups at both NU and UTSA. After the visit abroad, students will make a scientific presentation to their home institution, and to their underrepresented group, where applicable. The will also have the opportunity to apply for an additional Publication Award to publish or present their scientific work at a conference, promoting broad dissemination of results. A post-program assessment will assess program structure & content, track career choices, and a questionnaire will discern the impact that these research-abroad experience had on the students, their peers, and the broader scientific community.

部分1 NSF-IRES计划纳米材料本科生研究在德国（NanoRING）将提供10周的纳米研究机会，在慕尼黑工业大学（TUM），德国的五个美国本科生从西北大学（NU）和德克萨斯大学在圣安东尼奥（UTSA），一个少数服务机构和NU的合作伙伴的联合学生池。具体的研究重点是纳米材料，涵盖纳米电子学，纳米光子学和纳米生物材料的子课题。这个主题基地利用TUM？该研究机会仅面向本科生，以激励和激励年轻的美国研究人员投资于未来的研究事业。特别是在UTSA，将作出具体努力，以达到在STEM学科代表性不足的群体，使队列？的选区将达到或超过NSF？的代表性目标。来自IGSSE内部的德国合作者提供了合作函，以接待来访的学生研究人员。第2部分美国以外的独特材料科学专业知识在德国尤其强大。电子传输实验，晶体生长，异质结构设计，石墨烯表征，量子点光谱学，生物传感器纳米技术和光子发射器/探测器都代表了研究专业知识和指导的主题，将使美国学生受益。通过在这些设施培训美国研究生和本科生，学生可以学习独特的技能，以促进他们的教育和培训。此外，由于他们在国外进行研究，学生将在国际科学界建立身份，建立专业网络，并获得更大范围的研究生涯的第一手视角。NanoRING的行政结构将通过TUM利用德国大学的现有基础设施？美国研究生院的国际学生IGSSE，管理人员有详尽的经验接待国际学生研究访问者。一个学生的海外研究经验的最大预期回报之一是职业保留。通过在支持性和参与性的多元文化环境中发展工程和科学技能，本科生将认识到他们在国际同行社区中的地位，并将有动力继续他们在STEM研究职业生涯中的积极经验。这对于STEM学科中代表性不足的群体尤为重要。为了加强代表性不足的群体的参与，对目标学生群体的宣传将通过与NU和UTSA的少数民族学生团体协调，达到或超过NSF的代表性目标。在国外访问后，学生将向他们的家乡机构和他们代表性不足的群体（如适用）进行科学演示。他们还将有机会申请额外的出版奖，以在会议上发表或展示他们的科学工作，促进成果的广泛传播。项目后评估将评估项目结构内容，跟踪职业选择，并通过问卷调查了解这些海外研究经验对学生，同龄人和更广泛的科学界的影响。