Dr. Mohamed Kheir

Automotive EMC measurements have been receiving a great amount of attention over the past few decades. High-Speed data rates and the expanded integration of various communication devices have increased in importance and revolutionized the automotive community. This presentation will focus on practical test considerations and system validation for radiated emission measurement techniques. It targets EMC professionals and system & product designers from the automotive industry and any other related industry with the need to comply to the CISPR25 standard. Functional system validation within the frequency range 100kHz - 6GHz will be demonstrated. This range can be sub-divided into four different sub-ranges. The measurement setup of each sub-range will be exemplified and described in combination with the relevant automation software which is essential for the accurate execution of such tests.

Biography:

Mohamed Kheir received his MSc degree in Communications Technology from University of Ulm, Ulm, Germany in 2005, and the PhD degree in Information Engineering and Technology from the German University in Cairo, Egypt, in collaboration with Magdeburg University, Germany, in 2011. Both Master and Doctor Theses were investigating mmWave measurement techniques. From 2012 till 2015, he was a Lecturer at the Chair of Microwave Engineering, University of Kiel, Germany, where he was involved in several research projects and teaching duties. Since October 2015 and till October 2019, he was a Senior RF-Development Engineer with IMS Connector Systems Group, Germany, where he was involved in the simulation and measurements of EMC techniques for high-speed automotive and 5G connector systems. Since November 2019 and till now, he has been a Senior EMC Expert at Keysight Technologies in Böblingen, Germany. He is an IEEE Senior Member.