Research Experience in Information Systems and Electrophysics for Undergraduates

小行星9619749 摘要 理工大学寻求持续的研究计划，11年来一直在培训电气工程和计算机科学的学生在夏季之前，他们在信息系统和电物理领域的高级年的资金。 学生将从各种其他学校，包括主要是本科院校，这不是研究密集型招募。 大约50%-75%的学生将就读于理工学院以外的学校，为丰富的思想交流提供机会。 将尽一切努力吸引至少40%的少数民族学生和女学生参加。 一名女教师作为共同PI的加入，王耀教授，将有助于招聘更多的女实习生，并提前宣布实习奖将有助于吸引顶尖的少数民族学生，他们受到许多其他学术和工业暑期项目的追捧。 研究环境将通过其他来源资助的额外本科生来丰富。 每个参与者将定期与个别教师导师会面，以计划工作并审查整个11周计划的进展情况。 资讯系统的专题将包括影像通讯、超大型积体电路、多变量回馈控制、无线资讯网路、机器人、快取记忆体及控制系统。 在电物理学的项目主题将包括微波等离子体相互作用，计算电物理学，电力系统和磁悬浮。 所有人都将受益于与参与教师和研究生的广泛互动。 与会者将有我们的研究实验室在布鲁克林和法明代尔校区的信息图尔斯之旅。 将有两个或三个研讨会介绍给该集团的领导人从行业，大学或政府机构。 参观将安排在附近的工业实验室或国家实验室。 该计划将结束与为期两天的研究审查期间，每个学生将作出20分钟的正式介绍和回答问题。 所有参与者都必须提交一份关于专业质量的正式最终书面报告。 最佳项目将获得奖金。 ***

9619749 Cassara ABSTRACT Polytechnic University seeks continuing funding for an ongoing research program that for eleven years has been training electrical engineering and computer science students during the summer before their senior years in the area of information systems and electrophysics. Students will be recruited from a variety of other schools, including primarily undergraduate institutions which are not research intensive. Approximately 50%-75% will be students enrolled at schools other than polytechnic to provide an opportunity for a rich interchange of ideas. Every effort will be made to attract at least 40% of participants from the minority and women student body. The addition of a female faculty member as Co-PI, Professor Yao Wang, will help with recruitment of additional women interns and early announcement of internship awards will help attract top minority students who are heavily courted by many other academic and industrial summer programs. The research environment will be enriched by additional undergraduate students funded from other sources. Each participant will have regular meeting with an individual faculty mentor to plan work and review progress throughout the eleven week program. Project topics in Information Systems will include image communication, VLSI, multivariable feedback control, wireless information networks, robotics, cache memories, and control systems. Project topics in electrophysics will include microwave-plasma interaction, computational electrophysics, power systems and magnetic levitation. All will benefit from extensive interactions with participating faculty and graduate students. Participants will have informative tours of our research laboratories at both the Brooklyn and Farmingdale campuses. There will be two or three seminar presentations to the group by leaders from industry, universities or government agencies. A tour will be arranged at a nearby industrial lab or National Laboratory. The program will terminate with a two- day research review during which each student will make a 20 minute formal presentation and answer questions. A formal final written report of professional quality will be required of all participants. A monetary prize will be awarded to the best project. ***