I am an electrical engineer and academic researcher with over eight years of experience in higher education and industry. My expertise spans power electronics, embedded systems, smart grids, and electric/hybrid vehicle technologies. I currently serve as an Expert Teacher at ENETCOM, delivering courses in embedded systems, power electronics, and automotive systems, while supervising numerous research and industrial projects. In parallel, I contribute to applied research as a Postdoctoral Researcher in the STORE Project, focusing on energy optimization in smart grids, machine learning for energy prediction, and EV fast-charging integration. My previous roles include technical leadership in industrial maintenance, design engineering for medical devices, and energy systems development. I have authored multiple peer-reviewed publications and a book on electric vehicle powertrain design, and I actively participate in international conferences. My technical skills include MATLAB/Simulink, PSIM, AutoCAD, and embedded programming, complemented by certifications in machine learning, renewable energy, and automotive systems.