Lead Power Systems Engineer – Substations & Studies

GE Vernova; Santiago de Querétaro; Presencial; MXN 900.000 - 1.300.000; Jornada completa

Descripción de la vacante

GE Vernova in Querétaro, Mexico seeks a Lead Power System Engineer to provide expert studies for electrification projects. You will conduct load flow, short circuit, CSCR and transient analyses, coordinating with GSI Global Engineering Centre and third parties. Domestic and international travel is required to support customers and project delivery. A strong background in power systems and NEC/NESC adherence is essential.

Formación

• Bachelor’s degree in electrical engineering with power systems and power electronics.
• Minimum of 5+ years of experience executing power system studies.
• Strong knowledge of MV & HV substation standards and guidelines (IEEE, ANSI, NEC, NESC).
• Professional proficiency in English (reading, writing, speaking).
• Willingness to travel globally.

Responsabilidades

• Independently perform in-depth system studies (Load Flow, Short Circuit, CSCR, Transient, LVRT/HVRT).
• Oversee 3rd party study providers and coordinate with GSI GEC teams.
• Collaborate with global regions and business lines as required.
• Prepare technical documentation and present study results.

Conocimientos

Power systems

Power electronics

English proficiency

Analytical thinking

Communication skills

Travel readiness

Renewable integration

Educación

Bachelor’s degree in electrical engineering

Master’s degree in electrical engineering (advantage)

Professional Engineering license (US PE) (advantage)

Herramientas

PSCAD

PSS/E

ETAP

DIgSILENT PowerFactory

Descripción del empleo

GE Vernova in Querétaro, Mexico seeks a Lead Power System Engineer to provide expert studies for electrification projects. You will conduct load flow, short circuit, CSCR and transient analyses, coordinating with GSI Global Engineering Centre and third parties. Domestic and international travel is required to support customers and project delivery. A strong background in power systems and NEC/NESC adherence is essential.