→ Analyse and specify the SW system requirements;→ Decompose the early/final SW development activities;→ Identify & Propose the technical solutions for SW architectural design;→ Specify (Codebeamer ALM), implement and test the embedded SW modules, perform the SW quality assurance activities (unitary/module SW qualification, intrusive & integration SW testing);→ Develop specific tools/scripts for SW/HW development support (Python based);→ Contribute to consolidation of the system and software development plan according to SW architecture & system development strategy expectations with product testability & maintainability focus;→ Contribute and support the SW qualification activities performed by SW Qualification Engineer;

⬥ Trucks & Off-Road Division : Design and implementation of a fully automated test bench for electrohydraulic pump PCBs.→ Hardware and Software design→ CAPL test automation→ Python automationAdditional task : → Embedded C development adhering to ISO26262 standard and AUTOSAR modelTools : HighTec (Eclipse), VT System (HIL tool), CANoe, vTESTstudio, Visual Studio Code.

⬥ Optimization of the current sensor embedded software for battery charging applications.⬥ Team Integration: Collaborated within LEM's Automotive-Innovation Research & Development team.⬥ Innovative Technology: Worked with cutting-edge Fluxgate technology, enabling precise detection and characterization of potential leakage currents in electric vehicle conductive materials during battery charging.⬥ Key Responsibilities:→ Developed a sophisticated tripping algorithm.→ Implemented efficient sensor data acquisition methods.→ Established a robust state machine.→ Optimized hardware and software resources for the sensor.→ Crafted testing protocols to validate embedded software adherence to automotive standards.

⬥ Development of a smart coffee maker equipped with sensors and dedicated to consumption monitoring.☛ Development of a graphic interface recording the coffee maker's daily, weekly and annual electrical consumption data as well as various information inherent to the coffee maker.☛ Design of the electronic circuit between the coffee maker's microcontroller and a Raspberry Pi board to retrieve and send data between the two elements.☛ Development of a database to store periodic, information provided by the coffee maker.☛ Image processing to manage liquid levels in the coffee pot (methods used: grayscale image passing, blurring operation and image binarization).☛ Design of an ergonomic box linked to the coffee maker containing all the electronic hardware as well as a touch screen interacting with the user.The whole development was done under Linux with Python programming language.

⬥ Receiving and stocking products.⬥ Order preparation.⬥ Inventories.⬥ Provisioning of components on manufacturing lines.⬥ Recording and tracking of indicators.⬥ Participation in team leadership.