EMC Career Day 2022

In diesem Format möchten wir Studierende und EMV-ExpertInnen aus der Industrie in einem virtuellen Raum zusammenbringen. Insbesondere für Studierende im höheren Semestern wird hier die Möglichkeit geboten Fragen zu Einstiegsmöglichkeiten und Berufsalltag direkt an Berufstätige in EMV-Bereich zu stellen. Was erwartet Sie im virtuellen Raum? Kurzvorträge der EMV-ExpertInnen: Wie bin ich zur EMV gekommen? Was mache ich als EMV-IngenieurIn? Wie war der Übergang vom Studium in den Beruf? Diskussionen in virtuellen Nebenräumen z. B über offene Stellen und Einstiegsmöglichkeiten Neugierig geworden? Weitere Informationen und Zugangsdaten erhalten Sie hier:    

Distinguished Lecture “Introduction to Bioelectromagnetics – Fundamentals and EMC applications”

About the talk: The human body whose electrical behavior depend on the frequency should be considered in the modern design of wireless devices which are used in proximity of the human body.However, the complexity of the modeling may depend not only on the frequency but also the individual variabilities, environmental factors, size of the devices and use scenarios. In this lecture, first, a discussion on modeling of the human in the electromagnetics for different cases is provided. Then, the effect of the human presence on the wireless devices including wireless communication terminals and wireless power transfer systems is explained considering typical exposures scenarios. The electromagnetic fields emitted from the electrostatic discharge is also discussed. About the speaker: Prof. Hirata (S’98–M’01–SM’10–F’17) received the B.E., M.E., and Ph.D. degree in communications engineering from Osaka University, Suita, Japan, in 1996, 1998, and 2000, respectively. From 1999 to 2001, he was a Research Fellow of the Japan Society for the Promotion of Science, and also a Visiting Research Scientist at the University of Victoria, BC, Canada, in 2000. In 2001, he joined the Department of Communications Engineering, Osaka University, as an Assistant Professor. In 2004, he moved to Nagoya Institute of Technology where he is currently a Full Professor and Director of Research Center. His research interests include electromagnetic safety, EMC, antennas, filters, risk management system for heat-related illness, methods in neuroscience, and related computational techniques. Prof. Hirata is an Associate Editor of the IEEE Trans. On EMC, an editorial board member of Physics in Medicine and Biology. He is a member of the main commission and a Chair of project group of International Commission on Non-Ionizing Radiation Protection (ICNIRP, from 2015), and a member of administrative committee and a Subcommittee (EMF Dosimetry Modeling) Chair of IEEE International Committee on Electromagnetic Safety (ICES, from 2014), and an expert of World Health Organization. From 2006 to 2012, he was also an Associate Editor of the IEEE TRANSACTIONS ON BIOMEDICAL ENGINEERING. He received several awards including Young scientists’ Prize (2006) and Prizes for Science and Technology (Research Category 2011, Public Understanding PromotionCategory 2014, 2020) by the Commendation for Science and Technology by the Minister of Education, Culture, Sports, Science, and Technology, Japan, and IEEE EMC-S Technical Achievement Award (2015), and the Japan Academy Medal and JSPS Prize (2018). He is a Fellow of Institute of Physics and IEICE For further information and zoom meeting access please click here.

Quo vadis EMV? Gestaltung einer zukünftigen EMV–Hochschul–Landkarte

EMV-Lehre:• Erhöhung der Attraktivität für Studierende• Dem Fachkräftemangel entgegenwirken• Anknüpfung an die aktuellen technischen Herausforderungen• Ideen für Einbindung in die interdisziplinäre Lehre in der Elektrotechnik EMV-Forschung:• Koordinierte Forschungs-Antragsstellung auf Bund/Länder/EU-Ebene• Zukünftige Ausbildung des wissenschaftlichen „Nachwuchses“• Engere Abstimmung mit Industrie-Netzwerken (z.B. im Bereich Leistungs-Elektronik) Transfer:• Interdisziplinäre Zusammenarbeit, Schaffung von Synergien und gegenseitiges Profitierenvon spezifischen Expertisen (EMV als Querschnitts-Thema)• Bildung eines bundesweiten EMV-Netzwerkes (Hochschulebene)• Schnelle und effiziente Abstimmung bei Forschungsvorhaben IEEE_GC_EMC_Meeting_2022

EMC Distinguished Lecture – Conducted EMI of an Inverter-Driven Electric Power Train

Due to the electrification in mobility applications, electric (high) power trains become an increasingly important subject of investigating EMI. This talk provides an overview about the systematic root cause ofelectromagnetic conducted emissions of a power train. Direct current (DC) power sources such as batteries or fuel cells provide the energy for propulsion. Alternating current (AC) electric engines drive the vehicle,because AC engines have advantages in maintenance and reliability. Pulse-width modulating (PWM) inverters convert DC into AC voltages. PWM technology can lead to significant electromagnetic interference (EMI) issuespending e.g. on power level and more electric parameters, which should be chosen early for mitigating the EMI risk. A simple predictive simulation model supports making integration decisions in view of the EMI risk. Typical power levels for smaller aircraft power trains start at 100 kW; levels up to some 10 MW are necessaryfor the propulsion of large transport aircraft. Fast switching inverters converting high power levels imply a high dV/dt and a significant EMI potential in common mode (CM). This talk will also show how the choice of theinverter and the choice of the power system (IT versus TN network) limits or exacerbates interference.Crosstalk to wiring looms routed adjacently to power train AC cables will further illustrate the effects and provide options for an optimization of a power train from an EMI point of view.

EMC Europe, Gothenburg, Sweden

EMC Europe, the leading EMC Symposium in Europe, will be held at The Swedish Exhibition & Congress Centre in Gothenburg, Sweden, in September 5-8, 2022. Learn more: https://www.emceurope2022.org/

Joint International PhD Meeting 2022 in Graz

REGISTRATION DEADLINE EXTENDED: Register until September 5th! Participate in an exchange of ideas with other PhD students and socialize with old and new colleagues alike in a relaxedenvironment for this annual event. Visit the Technical University Graz and get to know the surroundings.All PhD students currently working in EMC or whose research is related to the field of EMC are hereby invited to participate.

2022 EMC Boot Camp

EMC Bootcamp 2022 in-person at Rohde & Schwarz Trainingcenter München - the Essentials on EMC in 2 Days - Focus: Measurement Technology The German EMC Chapter of the IEEE EMC Society invites you to the EMC Boot Camp. The free event with short presentations by EMC experts from various industries offer you valuable knowledge for your career entry with short presentations by EMC experts from various industries offer you valuable knowledge for your career start. We are happy to announce, that the 2022 EMC Bootcamp, the 6th one - will be held in-person at the Rohde & Schwarz Trainingcenter in Munich. For further information, please have a look the 2022 EMC Boot Camp Broschure. 2022 EMC Boot Camp Broschure: Program, Speaker, Abstracts Access event location. Hotels close to event location.

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