As an Embedded Software Engineer, I focus on developing and troubleshooting complex embedded systems software. My work involves writing, testing, and validating firmware according to rigorous industry standards, particularly for aerospace certifications such as DO-178C. I perform detailed debugging of embedded software on test benches, analyzing errors and assessing their impact on the overall system. I also generate comprehensive test reports, documenting results and suggesting improvements for system performance. Ensuring test traceability and meeting delivery deadlines are key priorities in my role.

• Collecting lithium-ion battery data using Pandas, NumPy, and SciPy.• Analyzing and preparing data using Pandas and NumPy to ensure its quality and relevance.• Visualizing data using Matplotlib and Seaborn to present clear and relevant insights.• Developing an LSTM model to predict the charge state and health status of a battery from the charger.• Establishing a dedicated test bench for acquiring essential battery data.• Developing an embedded program on an STM32 microcontroller for model inference directly within the charger.

• Study of an electronic control system for a small-scale wind turbine, enabling efficient utilization of wind energy.• Specifying system requirements based on generator characteristics and local requirements.• Implementing vector control specifically tailored for the doubly-fed generator of the wind turbine.

•Conducting comprehensive tests on the electronic circuit boards.