For the Technician Training Course - Click Here
| September 16 - 20, 2013
Administration Note: The course length is 5days (8.00AM - 5.00PM Monday - Thursday; 8.00AM - 3.00PM Friday). This is an intensive course and after-hours work on exercises is expected. To gain full benefit from the course, please plan to attend the entire course through 3.00PM Friday.
Presenters 1. Dr. Gus Freyer Gustav Freyer has over 30 years experience in test and evaluation. For over 15 years he was involved in characterization of the electromagnetic environment in reverberation chambers. He participated in many cavity characterization tests as well as equipment and full system tests. He participated in the first full aircraft, Hazards of Electromagnetic Radiation to Ordnance, test in a reverberation chamber. He developed a Data Base of approximately 20 reverberation chambers worldwide. He developed this unique course on reverberation chambers and has presented it numerous times both nationally and internationally. He has authored or co-authored numerous papers and technical reports on topics related to reverberation chambers. Mr. Freyer has a BS Eng., a MS Nuc Eng., and a Ph.D. in Physics. 2. Dr. Charles F. Bunting Bunting received the A.A.S. degree in electronics technology from the Tidewater Community College, Norfolk, VA, in 1985, the B.S. (honors) degree in engineering technology from the Old Dominion University, Norfolk, in 1989, and the M.S. and Ph.D. degrees in electrical engineering from the Virginia Polytechnic Institute and State University, Blacksburg, in 1992 and 1994, respectively. From 1981 to 1989, he was with the Naval Aviation Depot, Norfolk, first as an apprentice, then an electronics mechanic, and later an electronics measurement equipment mechanic. From 1991 to 1994, he held a Bradley Fellowship and a DuPont Fellowship. From 1994 to 2001, he was an Assistant/Associate Professor at the Old Dominion University, where he worked closely with NASA Langley Research Center on electromagnetic field penetration in aircraft structures and reverberation chamber simulation using finite element techniques. Since 2001, he is an Associate Professor at Oklahoma State University, Stillwater. His research interests include fundamental variational principles and computational electromagnetics, statistical electromagnetics, electromagnetic characterization and application of reverberation chambers, and the analysis of optical and microwave structures using numerical methods including finite element techniques. 3. Dr. Vignesh Rajamani Vignesh Rajamani received the B.E. degree in electronics and communication engineering from the University of Madras, Chennai, India, in 2002, and the M.S. degree in electrical engineering from Oklahoma State University, Stillwater, in 2004 and Ph.D. in Electrical Engineering with emphasis on Statistical Electromagnetics at Oklahoma State University in May 2010. Since 2003, he has been a Research Assistant at the REFTAS Lab, Oklahoma State University. In 2005, he was also a Research Associate for the Department of Electrical Engineering and Industrial Engineering. His research focuses on statistical electromagnetics, antenna engineering, RFID, reverberation chamber operations, validation, and optimization techniques. He was also involved in building the reverberation chamber at Oklahoma State University and his current research focuses estimating probability of failure of electronic systems due to electromagnetic interference and compatibility. He is an active member of IEEE EMC Society and involved with several technical committees and educational activities through EMC Society and Oklahoma State University.
Additional Courses Offered
by OSU ELECTROMAGNETIC COMPATIBILITY DESIGN COURSES
Course Description: This seminar's primary focus is to help working engineers understand the causes of EMC problems so this knowledge can be applied to real world product design immediately. Formulas and equations are not required and are minimized throughout the seminar. Understanding the causes of EMC problems will allow engineers to make difficult design trade-off decisions will be the main focus. For more information and registration, please visit: http://emcdesign-course.okstate.edu/ * Advanced
EMC Design using Simulation Tools (Advanced Course) Course Description: This seminar provides a complete assessment of the various modeling techniques available today, and more importantly, provides a number of detailed examples of how-to create models for a wide variety of disciplines. Radiated emissions from printed circuit boards, cables, antennas, and other general devices are all discussed and demonstrated against real-world problems. It is extremely important that the use validate modeling/simulation results and so validation of modeling techniques and modeling codes are discussed, as well as standard modeling problems to allow engineers a more complete evaluation against potential vendor software packages. The seminar focuses heavily on practical, real-world problems, and provides the students with the ability to begin to do EMC modeling and simulation on their own. Not all simulation techniques are appropriate for every desired simulation task! Each technique will do some types of simulation very well, while not performing well for other tasks. This seminar will discuss how each technique works (without lots of math) and where each technique is optimum and where it is not advised. For more information and registration, please visit: http://emcdesign-course.okstate.edu/
If you have interest in any of the above courses or desire further information including scheduled presentations, email your request to reverb@okstate.edu or vignesh.rajamani@okstate.edu URL: http://cbunting.ecen.ceat.okstate.edu
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