Driven Application Engineer with a proven track record at STMicroelectronics, specializing in high-voltage power MOSFETs (SuperJunction and SiC) and Power Supply Unit (PSU) development. Skilled in performing and interpreting electrical simulations to validate and enhance circuit designs. Knowledge in PCB layout/design for power and digital circuits. Proficient in writing detailed technical articles and documentation. Strong ability to work effectively within a team, contributing to collaborative projects and achieving common goals. Demonstrated aptitude for identifying issues and implementing effective solutions in a timely manner.
Experience with high-voltage power MOSFETs in SuperJunction and SiC technology. Development and testing of high-power Power Supply Units (PSU). Study and analysis of MOSFETs in resonant DC/DC converters (LLC, Phase Shift) and PFC (Boost, Totem pole, interleaved). PCB development with Orcad and Altium. Electrical simulations.
Power and digital circuits design
PCB layout and design
Troubleshooting and problem-solving
Technical documentation
Hardware testing and validation
Simulation and modeling
2D and 3D design
Embedded systems programming (Arduino, SMT32, ESP8266)
Program languages (C, Assembly, Matlab, Python)
Microsoft Office
Qualification exam for the profession of information engineer;
Cisco Certification "CCNA Routing and Switching";
ECDL certification.
Various publications regarding the operation of inductors in a nonlinear regime and its impact on temperature, a publication about graphene nanoantennas at 28.3 THz, several publications on the study of dissipated losses in a MOSFET in LLC resonant converters, publications on temperature estimation starting from the electrical measurement of Drain-Source resistance in high-voltage switching converters.