Traction Power Electronics Engineer — Design & Simulation

Siemens; Madrid; Híbrido; EUR 42.000 - 64.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Learning opportunities

DEI culture

Work-life balance

Descripción de la vacante

Siemens in Madrid seeks a Power Electronics System Engineer to shape high-performance power converters for railway propulsion. You’ll translate requirements into robust designs and lead simulations to ensure efficiency and reliability in state-of-the-art traction systems.

This hybrid role emphasizes collaboration with suppliers and cross-functional teams to secure quality components while addressing thermal and EMI considerations for sustainable transport.

Formación

• Electrical or Electronics Engineering background is required.
• Experience in design, development, and testing of power converters (inverters, choppers, rectifiers).
• Ability to select suitable power semiconductors and magnetic components.
• Familiarity with MATLAB/Simulink or similar simulation tools.
• Analytical mindset with ability to work in cross-functional environments.
• Fluency in English and cross-functional collaboration.
• Curiosity about emerging technologies.

Responsabilidades

• Lead design and development of advanced power converter topologies for traction applications.
• Perform dynamic electrical calculations and simulations to verify performance.
• Translate requirements into robust design specifications ensuring reliability.
• Collaborate with partners and manage technical interfaces with suppliers.

Conocimientos

Power electronics design

Thermal management

EMI/EMC considerations

Cross-functional collaboration

Analytical mindset

English fluency

Educación

Electrical or Electronics Engineering degree

Herramientas

MATLAB/Simulink

SPICE/PSIM

Descripción del empleo

Siemens in Madrid seeks a Power Electronics System Engineer to shape high-performance power converters for railway propulsion. You’ll translate requirements into robust designs and lead simulations to ensure efficiency and reliability in state-of-the-art traction systems.

This hybrid role emphasizes collaboration with suppliers and cross-functional teams to secure quality components while addressing thermal and EMI considerations for sustainable transport.