FR 
AR
Mr. Joseph Mary SARROUH (EL)
School of Engineering of Beirut
Chargé de cours
(+961) 1 421 000 ext 76153923 josephmary.sarrouh1@usj.edu.lb
A hardware design embedded systems engineer with over six years of experience. Skilled in IoT, PCB design, ARM RISC-V microprocessors, and wireless communication protocols (Wi-Fi, BLE, MQTT). Passionate about integrating AI in embedded systems and developing with Yocto Linux. Author of an IEEE-published article and developer of advanced solutions for smart meters and motorized systems.
+ Education
| Degrees | University | Country | Year |
|---|---|---|---|
| Master en génie électrique | Saint Joseph University of Beirut | Lebanon | 2018 |
| Génie électrique | Saint Joseph University of Beirut | Lebanon | 2017 |
+ Teaching at USJ
Adjunct instructor for practical laboratories in electrical engineering industrial machinery,
+ Professionnal experience outside USJ
| Professional Experience | Organization | Start date | End date |
|---|---|---|---|
| Senior Hardware and Embedded Design Engineer | CME Offshore | 11/11/2017 | 11/12/2024 |
+ Expertise field
Engineering and Technology, Sciences
+ Research topics
1)Design simulation of a Direct Power Control Algorithm for a three-phase three-level rectifier using Space Vector Modulation (SVM) switching-table algorithm (Masters Thesis): Highlighting multi-level topologies to optimize the performance of three-phase synchronous rectifiers. 2)Direct Power Control for conventional three-phase rectifier (Bachelors Final Year Project): Developing and analyzing control methods for conventional rectifier topologies.
+ Publications and communications
Virtual Flux Estimation SVM-Based Direct Power Control of a Three-Level NPC Rectifier, submitted in the 2018 Institute of Electrical Electronics (IEEE), for the International Conference on Industrial Technology (ICIT)-Lyon, FRANCE
+ Professional development activities
Linux embarqué : Maîtrise SAFE_USJ_du développement Yocto, personnalisation des noyaux et intégration des pilotes. IA : Recherche et implémentation de modèles dapprentissage automatique sur systèmes embarqués pour lIoT et lindustrie. Systèmes embarqués et IoT : Conception de firmware pour ARM et RISC-V, avec intégration de protocoles comme BLE et MQTT. Électronique de puissance : Développement dalgorithmes avancés (SVM, contrôle direct de puissance) appliqués aux solutions des énergies renouvelables. Développement professionnel : Formations, conférences et mentorat pour rester à la pointe de l'innovation.