Syrine Hidri
Radio Frequency Design Engineer @HawkCell
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WORK HISTORY
Radio Frequency Design Engineer @HawkCell
Lyon, FR
Design innovative phased arrays at VHF band backed by comprehensive engineering analysis, for MRI systems Missions- 3D EM/circuit co-simulation of antenna elements and antenna arrays- Design the matching,detuning and preampfification decoupling circuitry for each antenna element - Optimizing designs for performance and manufacturability - Hands-on experience in rapid PCB prototyping - Hands-on experience with lab instruments e.g VNA- Provide detailed documentation of designs and tests
EDUCATION
Université de Limoges
Licence, Ingénierie physique / physique appliquée
Université de Limoges
Master's degree, Ingénierie physique / physique appliquée
Université de Rennes I
Doctor of Philosophy - PhD, Electronic
ABOUT SYRINE HIDRI
RF Engineer with expertise in designing cutting-edge phased arrays and RF circuits for MRI systems and advanced communication technologies.\"I recently joined HawkCell, where I’m currently involved in the design of innovative phased arrays in near field for MRI systems (<200 MHz). My daily tasks includes the design and simulation of RF circuits, antenna elements and antenna arrays, optimizing designs for performance and manufacturability, in-house PCB prototyping, test and validation using lab instruments and detailed documentation of designs and tests.As a PhD researcher at CEA-Leti, I led the design of cutting-edge phased arrays recognized for their exceptional performance in terms of operational bandwidth and scanning capabilities. These arrays demonstrate excellence in addressing the needs of complex environments, such as 5G terminals and access points, automotive RADAR, and SATCOM. Throughout my professional journey, I have gained expertise in the full lifecycle development of antenna systems and associated RF circuits.My scientific skills can be summerized as following Design skills:* Antenna element, phased arrays, frequency selective surfaces (FSS), wide-angle impedance matching (WAIM) layers, artificial dielectric layers (ADLs)*RF transition, waveguides, matching circuits, power-dividers/combiners, couplers, filters Design tools: HFSS, CST, ADS, MATLAB Test equipments and platforms: spectrum analyzer, VNA and anechoic chambers My commitment to continuous learning propels me to seek new challenges for ongoing professional growth
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