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Hi, I'm Latifa BARIK. I am passionate about embedded systems and IoT technologies, and I specialize in software development for simulation frameworks and low-power IoT devices. I enjoy working on integrating advanced communication protocols and optimizing energy consumption for smart devices, combining both hardware and software expertise. With experience in academic projects and professional roles, I have developed and tested complex IoT systems, designed multifunctional sensors, and contributed to simulation tools for embedded systems. I'm eager to continue growing my skills and contributing to innovative projects in embedded systems and IoT.…Hi, I'm Latifa BARIK. I am passionate about embedded systems and IoT technologies, and I specialize in software development for simulation frameworks and low-power IoT devices. I enjoy working on integrating advanced communication protocols and optimizing energy consumption for smart devices, combining both hardware and software expertise. With experience in academic projects and professional roles, I have developed and tested complex IoT systems, designed multifunctional sensors, and contributed to simulation tools for embedded systems. I'm eager to continue growing my skills and contributing to innovative projects in embedded systems and IoT.

Latifa BARIK

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Hi, I'm Latifa BARIK. I am passionate about embedded systems and IoT technologies, and I specialize in software development for simulation frameworks and low-power IoT devices. I enjoy working on integrating advanced communication protocols and optimizing energy consumption for smart devices, combining both hardware and software expertise. With experience in academic projects and professional roles, I have developed and tested complex IoT systems, designed multifunctional sensors, and contributed to simulation tools for embedded systems. I'm eager to continue growing my skills and contributing to innovative projects in embedded systems and IoT.…Hi, I'm Latifa BARIK. I am passionate about embedded systems and IoT technologies, and I specialize in software development for simulation frameworks and low-power IoT devices. I enjoy working on integrating advanced communication protocols and optimizing energy consumption for smart devices, combining both hardware and software expertise. With experience in academic projects and professional roles, I have developed and tested complex IoT systems, designed multifunctional sensors, and contributed to simulation tools for embedded systems. I'm eager to continue growing my skills and contributing to innovative projects in embedded systems and IoT.

Available to hire

Hi, I’m Latifa BARIK. I am passionate about embedded systems and IoT technologies, and I specialize in software development for simulation frameworks and low-power IoT devices. I enjoy working on integrating advanced communication protocols and optimizing energy consumption for smart devices, combining both hardware and software expertise.

With experience in academic projects and professional roles, I have developed and tested complex IoT systems, designed multifunctional sensors, and contributed to simulation tools for embedded systems. I’m eager to continue growing my skills and contributing to innovative projects in embedded systems and IoT.

Skills

C++

Python

Java

Experience Level

Expert

C++

Expert

Python

Expert

Intermediate

Intermediate

Intermediate

Intermediate

Intermediate

Intermediate

Work Experience

Ingénieur logiciel at Silicon Labs

March 1, 2025 - Present

Portage et test de la pile Z-Wave dans le framework de simulation Renode. Analyse des implémentations existantes pour les plateformes Silicon Labs, en lien avec Zephyr et la pile Z-Wave. Contribution à l'intégration de la pile Z-Wave dans le simulateur Renode. Intégration de SoC EFR32 Series 2 dans l’environnement de simulation Renode. Réalisation de tests de robustesse (fuzzing) des interfaces simulées.

Ingénieur en systèmes embarqués IoT at Université de Rennes 1 et Fogo

February 28, 2025 - July 21, 2025

Développement d'un capteur multifonction LoRaWAN dans un projet académique concret. Conception d’un système de capteur sur STM32, intégration de capteurs environnementaux et de présence. Développement du logiciel embarqué pour collecte et communication optimisée via LoRaWAN. Déploiement d’une interface cloud pour visualisation des données et mise en œuvre d’optimisation énergétique. Conception et routage du PCB sous KiCad.

Développeuse IoT at IETR

June 30, 2024 - July 21, 2025

Optimisation énergétique d’un objet IoT utilisant des circuits de réveil basés sur Rectenna. Implémentation de la méthode 4D-addressing sur carte STM32WL55JC1 pour réduire la consommation des nœuds LoRa. Programmation des modes veille et réveil sur STM32. Analyse en temps réel de la consommation énergétique avec Power Profiler Kit 2.