Nabil Mimouni Sánchez

– Development and validation of 800 V hot-swap hardware for AI data center applications

-Development and validation of 800V next gen power modules for AI data center applications

– Designed an isolated LLC resonant DC-DC converter from specification to schematic: resonant-tank and power-stage sizing, component selection, and SPICE validation, backed by a full loss, efficiency, and thermal analysis.

– Designed high-power magnetics

– Developed a high-power-density multiphase buck converter in brick form factor, from architecture to schematic.

– Designed 6-layer PCB layout

-High voltage and high power hardware design and PCB layout

-Developed multiphysics models (electrical and thermal) in MATLAB for power converters.

-Designed protection systems for power electronics testbenches.

-Supported liquid cooling system and integration for high power converter.

-Designed a 4 kW bidirectional interleaved buck/boost DC-DC converter using SiC technology for automotive applications, including topology definition, component selection, schematic and PCB layout.

-Supported the early-stage design of a high-power bidirectional DC-DC converter for the HELIOS European project by defining a first architecture approach and running MATLAB electrical simulations to va

Pursuing a Master of Science in Electronics Engineering at UPC - ETSETB TelecomBCN from 2023 to 2026.

Specialization: electronics

Bachelor's thesis: Design of DC-DC converter for energy management in hybrid li-ion batteries

Honors:
-Electromagnetism physics
-Quality control and experimental design