Stellantis, France.
Nadir Fouad Bedjiah is a dedicated RF/EMC Research and Innovation Engineer at OPmobility, Paris, specializing in 4D Radar technology. With a strong background in electromagnetic compatibility (EMC) and embedded systems, he has contributed significantly to research, development, and validation methodologies for autonomous systems and ADAS technologies. His expertise spans antenna design, dielectric waveguides, and radar chipset evaluation. Nadir is also actively involved in supervising PhD candidates, publishing patents, and presenting his work at international symposiums.
Profile
🎓 Education
Nadir Fouad Bedjiah holds a Ph.D. in EMC and Embedded Systems from Rouen University / IRSEEM ESIGELEC, where he developed new EMC methodologies for autonomous systems. He earned his Master’s in Communicating Systems and RF from Sorbonne University, Paris, specializing in embedded electronic systems and radio frequencies. His Bachelor’s in Electronics, Electrical Energy, and Automation from University of Perpignan Via Domitia provided him with a strong foundation in circuit design, automation, and power electronics.
💼 Experience
Nadir Fouad Bedjiah is currently an RF/EMC Research Engineer at OPmobility (Plastic Omnium), where he works on 4D Imaging Radar technology by designing and simulating antennas, dielectric lenses, and waveguides at 77GHz. He is also involved in radar chipset RF evaluation, EMC validation, and supervising PhD candidates, contributing to patents and international symposiums.
Previously, he was a Research Engineer at Stellantis (Ex: PSA), where he developed EMC methodologies for ADAS and autonomous systems, designed autonomous EE architectures and embedded software, and worked on vehicle remote reboot solutions. He also gained research experience as an intern at SEGULA Matra Automotive, focusing on electromagnetic modeling of radar systems for ADAS.
🧑🔬 Research Interests
📡 RF & Antenna Design – Focus on 77GHz dielectric waveguide antennas
⚡ Electromagnetic Compatibility (EMC) – Developing radiated immunity validation methods
🚗 Autonomous Vehicle Systems – Studying ADAS EE architecture & autonomous functions
📊 Simulation & Modeling – Using CST, FEKO, MATLAB for advanced RF/EMC simulations
🏆 Awards & Recognitions
Best Paper Award at IEEE EMC Symposium
Recognized for innovative EMC methodologies in automotive industry
Contributor to patent publications in 4D Radar Technology
📚 Publications
📖 Journal Articles
🔹 Methodology to Validate the Radiated Immunity of Sophisticated Automotive Autonomous Systems – Sensors, 2025
🔹 Methodology to Validate the Radiated Immunity of Very Complex Systems by a Succession of Simple Component Radiated Immunity Tests at System Level – IEEE EMCSI, 2022