NUE: Overcoming the Geographic/Infrastructure Disadvantage of a Remote Small Research/Teaching Institution in Nano/micro-scale Engineering Education

这个纳米技术本科教育（NUE）在工程计划题为NUE：克服纳米/微米级工程教育的远程小型研究/教学机构的地理/基础设施劣势，在博士的指导下Cetin Cetinkaya，在克拉克森大学（CU），将开发一个新的本科课程，具有很强的动手能力。本本科课程将补充和形成一个序列与现有的研究生水平的特殊主题课程先进材料，这是CU的三个研究重点领域之一。 利用NSF支持的国家纳米技术基础设施网络（NNIN）在康奈尔大学（CNF）设施内的远程站点，拟议的多学科课程将教育CU的本科工程专业学生掌握纳米级工程的基础知识，重点是传感器制造和设计，并将他们接触到中尺度到小尺度世界的工程/设计/分析概念。

This Nanotechnology Undergraduate Education (NUE) in Engineering program entitled NUE: Overcoming the Geographic/Infrastructure Disadvantage of a Remote Small Research/Teaching Institution in Nano/micro-scale Engineering Education, under the direction of Dr. Cetin Cetinkaya, at Clarkson University (CU), will develop a new undergraduate course with a strong hands-on component. This undergraduate course will complement and form a sequence with an existing graduate-level special topics course in Advanced Materials, which is one of CU's three research thrust areas. Utilizing a remote site within the NSF supported National Nanotechnology Infrastructure Network (NNIN) facility at Cornell University (CNF), the proposed multi-disciplinary course will educate undergraduate engineering students at CU in the fundamentals of nanoscale engineering, with an emphasis on sensor fabrication and design and link their exposure to the engineering/design/analysis concepts in the meso-scale to the small-scale world.