Developing Student's Innovation Skills for Globalized Electronic Industry

S. Mil'shtein
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引用次数: 2

Abstract

One of the very dynamic and demanding industries is, with no question, the electronic industry. It is also one of industries strongly shaped by globalization and therefore requires that it's engineers to carry multi-faceted training. To be hired and capable to keep the job the today and future engineer must demonstrate innovative skills or, in more general terms, to be resourceful. This 10 years long study presents the results of training of two groups of electrical engineering students selected each academic year to develop design projects. The requirement of each two semester long project is to develop novel circuitry (amplifiers, switches, etc.) or novel component (transistor, photodetector, etc.). Both groups were provided with commercial design packages. The difference however is that students of one group were supported by internships and worked at the sites of electronic companies and the other group was supported by university research assistantships. Every year based on scholastic achievements 10-15 students were selected for the project oriented course. Students were given the freedom to select a project topic. In current presentation we discuss the development of specific skills which undergraduate and graduate students of UMass do acquire in development of RF technology working closely with engineering teams of companies such as MACOM Technology Solutions, RF Microdevices, Raytheon and others.
培养学生创新能力,适应全球化电子产业
毫无疑问,电子行业是一个非常有活力和要求很高的行业。它也是受全球化影响强烈的行业之一,因此要求它的工程师进行多方面的培训。今天和未来的工程师要想被聘用并有能力保住这份工作,就必须展示出创新技能,或者更一般地说,足智多谋。这项长达10年的研究展示了每学年选出的两组电气工程学生开发设计项目的训练结果。每个两个学期的项目要求是开发新的电路(放大器,开关等)或新的组件(晶体管,光电探测器等)。两组都提供了商业设计包。但不同之处在于,一组学生得到了电子企业的实习和工作支持,而另一组学生得到了大学研究助理费的支持。每年根据学业成绩选择10-15名学生参加项目导向课程。学生可以自由选择课题。在当前的演讲中,我们讨论了马萨诸塞大学本科生和研究生在射频技术开发中获得的具体技能的发展,这些技能与MACOM技术解决方案、射频微设备、雷神等公司的工程团队密切合作。
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