REU Site: Summer Undergraduate Program for Engineering Research at Berkeley (SUPERB) in Nanoscale Science and Engineering

摘要为REU网站：夏季本科计划工程研究在伯克利分校（SUPERB）在纳米科学与工程 约翰逊，0552948多学科纳米科学与工程（NSE）计划和中心的代表性不足的工程学生（CUES）在加州大学伯克利分校将支持10名本科生，每年三年的一部分，正在进行的暑期本科生计划在工程研究伯克利分校（SUPERB）。 SUPERB为本科生提供了通过与教师和研究生导师一起在他们感兴趣的领域进行研究项目来获得研究经验的机会。 除了研究工作外，参与者还将参与其他一些活动。 每周学术支持会议将为SUPERB学生举行，提供有关研究生院招生和奖学金，时间管理，研究方法，演示文稿和其他相关主题的技术报告演示文稿的信息。 此外，还计划对当地工业设施和国家实验室进行实地考察。 该计划在为期一天的论坛中达到高潮，学生在论坛中向他们的教师和研究生导师以及工程界的其他成员进行演讲。 每个学生都必须提交书面报告，并进行汇编以供分发。纳米科学与工程的拟议研究重点被选中，因为它越来越受本科生欢迎，对学术界和工业界都具有战略重要性。 过去几十年来，前所未有的技术进步影响了我们的日常生活，包括通信、计算、能源、交通和医药等。 这些进步源于不断提高的创建和定制微米结构材料和器件的能力。 理论预测，当结构按比例缩小到纳米尺寸时，戏剧性的变化将继续。 然而，现有的科学和工程原理不足以应对这一挑战。 为了应对这一挑战，该计划侧重于纳米结构合成和新型功能器件和系统的处理，纳米级表征和建模。 这些组件中的每一个都有助于将这些纳米结构集成到工程系统中，这些工程系统可以大致分为五个类别：纳米电子学，纳米光子学，纳米生物学，纳米磁学和纳米力学。SUPERB旨在通过让学生接触纳米科学与工程前沿领域的研究，增加攻读高级研究生学位的学生人数。 SUPERB已被证明是在国家需要的研究领域发展有竞争力的研究生候选人的关键计划。

Abstract for REU Site: Summer Undergraduate Program for Engineering Research at Berkeley (SUPERB) in Nanoscale Science and Engineering Johnson, 0552948The multidisciplinary Nanoscale Science and Engineering (NSE) Program and the Center for Underrepresented Engineering Students (CUES) at the University of California at Berkeley will support 10 undergraduate students each year for three years as part of the ongoing Summer Undergraduate Program in Engineering Research at Berkeley (SUPERB). SUPERB offers undergraduate students the opportunity to gain research experience by working with a faculty member and graduate student mentor on a research project in their area of interest. In addition to the research work, participants will be involved in a number of other activities. Weekly academic support meetings will be held for SUPERB students, providing information on graduate school admissions and fellowships, time management, research methodology, presentations and technical report presentations on other related topics. Also, field trips are planned to local industrial facilities and national laboratories. The program culminates in a daylong forum in which students make presentations to their faculty and graduate student mentors, and other members of the engineering community. Written reports are required of each student and are compiled for dissemination. The proposed research focus in Nanoscale Science and Engineering was chosen as it is becoming increasingly popular with undergraduate students and is strategically important to both academia and industry. Unprecedented technological advances in the past decades have impacted our daily lives, including communications, computation, energy, transportation and medicine, to name a few. These advances result from an ever-improving ability to create and tailor micrometer-structured materials and devices. Theory predicts that dramatic changes will continue when structures are scaled down to nanometer size. However, existing scientific and engineering principles are inadequate for this challenge. In order to address this challenge, the program focuses on nanostructure synthesis and processing of novel functional devices and systems, nanoscale characterization and modeling. Each of these components facilitates the integration of these nanostructures into engineered systems that can be broadly characterized into five categories: nanoelectronics, nanophotonics, nanobiology, nanomagnetics and naomechanics.SUPERB aims to increase the number of underrepresented student who pursue advanced graduate degrees by exposing students to the excitement of research in the cutting-edge field of Nanoscale Science and Engineering. SUPERB has proven itself to be a critical program for developing competitive graduate candidates in research areas of national need.