康考迪亚大学EMC研究生教育

S. Kubina, C. Trueman
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引用次数: 2

摘要

本文概述了康考迪亚大学提供的研究生学位和课程,以及为对电磁学感兴趣的学生提供的课程。“电磁兼容技术”提供了一个广泛的,全面的介绍EMC问题,分析技术,仪器和解决方案的研究生水平。它也针对遇到实际EMC问题的工作工程师,他们在课程中描述这些问题,并为课程内容提供动力和现实性。课程的讲座部分涵盖了基本主题,随后是一系列学生专题研讨会。接触现代测量要求和仪表提供示范和网站访问。历史背景电磁兼容性教育课程往往具有特殊性,最好根据其历史发展和当地需求和资源来理解,这些需求和资源形成了目标和内容。康科迪亚大学成立于1974年的合并罗耀拉大学和乔治·威廉姆斯爵士大学。在合并期间,作者参与了洛约拉大学本科电气工程课程的开发,该课程与当地工业界有着密切的联系,并参与了航空电子系统EMC预测技术开发的初步研究计划[11]。合并后,研究活动扩展到计算电磁学在复杂结构和特殊问题(如广播天线和电力线的相互作用[2]和特定航空航天项目[3])的辐射和耦合问题建模中的应用。这项活动的范围和研究小组的规模足以使EMC实验室得到认可。同时,加强了电磁学研究生课程,为研究生提供了一套连贯的相关课程。1985年期间,约克大学的安德鲁·马文博士(Dr. Andrew Marvin)有机会对康考迪亚进行长期访问,这是利用他的经验和专业知识在魁北克组织第一个EMC课程的最佳时机[4]。自那以后,这门课程有所发展,但仍然每年提供一次,并与EMC相关的研究活动一起,成为EMC毕业生感兴趣的焦点。它目前的内容和重点最好从康考迪亚大学研究生课程要求的角度来理解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Graduate EMC Education At Concordia University
This paper outlines the graduate degrees and programs available at Concordia, and the course offerings for students interested in electromagnetics. "Techniques in Electromagnetic Compatibility" provides a broad, comprehensive introduction to EMC problems, analysis techniques, instrumentation and solutions at the graduate level. It is also aimed at working engineers who encounter practical EMC problems, which they describe in the course and provide motivation and realism to the course content. The lecture segment of the course covers the essential topics, and is followed by a series of student project seminars. Contact with modern measurement requirements and instrumentation is provided with demonstrations and site visits. Historical Background Educational programs in Electromagnetic Compatibility tend to have special characteristics, which are best understood in the light of their historical development and the local demands and resources which shape objectives and content. Concordia University was created in 1974 from the amalgamation of Loyola College and Sir George Williams University. At the time of amalgamation, the authors were involved in the development of an undergraduate electrical engineering curriculum at Loyola which had strong links to the local industrial community and in an initial research program for the development of EMC prediction techniques [ 11 for avionics systems. After amalgamation, the research activity was extended to the application of computational electromagnetics to the modelling of radiation and coupling problems for complex structures and special problems such as the interaction of broadcast antennas and power lines [2] and specific aerospace projects [3]. The scope of this activity and the size of the research team became sufficient for the EMC Laboratory lo be recognized as such. At the same time the graduate program in electromagnetics was strengthened to provide a coherent set of relevant courses for graduate students. During 1985 an opportunity presented itself for the extended visit of Dr. Andrew Marvin of York University to Concordia, and it was most opportune to exploit his experience and expertise for the organization of the first EMC course [4] in Quebec. This course has evolved somewhat since, but continues to be offered on a yearly basis and provides, together with the EMC-related research activity, a focal point for EMC graduate interest. Its present content and emphasis is best understood from the perspective of the graduate program requirements at Concordia.
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