Youssef AZGHAY

Project : Master Controller ECU for EE- Architecture of Ford vehicles (FNV4), to host Software components in charge of both Powertrain and Chassis features. Key Responsibilities: Test Automation Engineer: - Responsible for driving test automation activity as part of the continuous delivery process. - Develop and maintain Python-based automated test scripts for embedded system and software. - Implement automated test cases to ensure compliance with standards such as AUTOSAR, MISRA... - Execute automated tests, analyze results, and report defects with detailed logs and steps for replication - Engage in problem (bug) analysis and overse the resolution process. - Perform integration of test automation within CI/CD/CT pipelines using tools like Jenkins to facilitate continuous software quality improvement. - Collaborate with the development team to identify areas for automation and prioritize test cases. - Design and write comprehensive test strategies/scenarios. - Ensure the scalability, reliability, and effectiveness of automated test frameworks and tools. Embedded Software Architect/Developer: - Architect and design embedded software solutions for Master Controller ECU, ensuring alignment with industry standards and specifications( AUTOSAR, MISRA..). - Develop software components in C/C++ for real-time embedded systems, focusing on efficiency and reliability. - Integrate software components and ensure proper interaction between different system layers (hardware, BSW, and applications). - Work on integration, configuration and testing of AUTOSAR Products (Schaeffler / Vector / ETAS) - Maintain regular communication with the project manager within the Agile methodology (SCRUM) to report progress, challenges, and milestones. - Assigned to perform advanced testing and debugging activities to ensure software quality and performance. Keys: Python, Java, C/C++, Git, Pytest, Gerrit, , JIRA, Scrum, Jenkins, CI/CD/CT, Vector, Davinci, CANalyser, Trace32, HIL

As an Automation Engineer/DevOps Engineer at Lilly France on behalf of expleo group, I am in charge of designing and implementing automation solutions to enhance the efficiency and reliability of pharmaceutical production lines. My role involves optimizing systems through innovative DevOps practices and ensuring seamless operational integration across all production processes. Key Responsibilities: - Develop and implement automated infrastructure solutions to streamline deployment and management across production environments. - Design and maintain continuous integration and deployment pipelines (CI/CD) using jenkins for efficient software and system updates, incorporating Java-based applications. - Establish robust monitoring protocols to track system performance and swiftly address operational issues. - Conduct analysis and documentation of processes to identify areas for improvement and ensure compliance. - Implement automation tools and scripts using Java to enhance production line efficiency, integrating seamlessly with existing systems. - Continuously assess system architecture for scalability to meet increased production demands without compromising quality. - Work closely with development teams to align automation solutions with business goals and technical strategies. - Develop and implement automated procedures for rapid incident response and system troubleshooting. - Ensure adherence to industry regulations, maintaining high standards of security and operational compliance. Keys: Java, Python Jenkins, CI/CD, JIRA, PLC, OPC-UA, Cloud, IoT, Automation Solutions, Process Optimization, System Architecture, Production Efficiency

Subject: Development of SLAM Models for Real-Time Evolution of a Heterogeneous Group of Robots in a Constrained Environment. This project aims to advance the capabilities of autonomous robotics within complex and limited spaces. By leveraging cutting-edge techniques, the focus is on developing sophisticated SLAM (Simultaneous Localization and Mapping) models that can facilitate real-time navigation and adaptation of a diverse group of robots. - Generation of quadruped robot gait using C++ and ROS: The project involves programming and optimizing the movement patterns of quadruped robots, ensuring efficient and dynamic locomotion in varied environments. - Control and command of the quadruped robot in the Gazebo simulator: Utilizing Gazebo, a powerful robotics simulator, the project includes overseeing robot operations to test and refine algorithms in multiple simulation scenarios, ensuring robust performance before field deployment. - High-level control via ROS for quadruped robot SLAM objectives: Implementing advanced control strategies using ROS (Robot Operating System) to oversee and direct quadruped robots during SLAM tasks, ensuring precise mapping and location identification. - Development of SLAM algorithms to enable quadruped autonomy: Creating innovative SLAM algorithms that empower quadruped robots with the ability to autonomously navigate, map surroundings, and make informed movements based on environmental constraints. - Developing and establishing communication protocols between the robots, ensuring seamless interaction and coordination within a heterogeneous robotic group using . Overall, this initiative seeks to push the boundaries of autonomous robotic functionality, enhancing operational efficiency and adaptability in real-world scenarios. Keys: ROS, C++, Gazebo, SLAM, Python, Linux, Ubuntu, NVIDIA, Raspberry Pi, Ethernet, Jira, Git

Subject: Design and Implementation of a Drone as a Case Study for Agricultural Use - Design and modeling of a quadrotor drone chassis in CATIA V5. - System modeling and simulation using Matlab/Simulink, including control and PID regulation. - Design of a wireless communication device using Arduino and NRF24.

-Conception des réducteurs de vitesse à l’aide de logiciel Catia V5. -Maintenance des réducteurs de vitesse, changement des engrenages. -Contrôle de qualité des moteurs thermiques. -Diagnostic des pannes en utilisant la sonde clip, OBD2.