Real-Time Power Systems Protection Engineer (HIL/Simulation)

IF1910 GE Power Management S.L.U.; Zamudio; Presencial; EUR 42.000 - 54.000; Jornada completa

Descripción de la vacante

IF1910 GE Power Management S.L.U. is seeking an electrical engineer to operate advanced real-time simulators, perform HIL and FAT testing, and reproduce complex electrical conditions to evaluate how protection relays and controllers respond in real-world scenarios.

You will collaborate with international engineering teams, troubleshoot system behavior, and contribute to projects spanning transmission, distribution, and industrial power systems.

Formación

• B.S. in Electrical, Computer or Power Systems Engineering (Masters or higher preferred).
• Minimum 2 years of experience in protection, control, and automation applications.
• Strong understanding of power system phenomena in transmission and distribution.
• Understanding of protection relays, automation, control and communication protocols.
• Ethical, customer-focused and able to work with teams and customers.

Responsabilidades

• Execute HIL tests using real-time simulators and perform FAT testing.
• Create and analyze study reports across transmission, distribution, and industrial segments.
• Develop test setups, test plans, and test cases including wiring diagrams and relay configurations.
• Prepare project reports and deliverables; contribute to technical papers for conferences.
• Collaborate with international engineering teams to troubleshoot complex system behavior.

Conocimientos

Protection & control

Power system analysis

Relay programming

Technical writing

Educación

B.S. in Electrical, Computer or Power Systems Engineering

Herramientas

RTDS

Opal

PSCAD

PSSE

Power Factory

ASPEN

CAPE

Descripción del empleo

IF1910 GE Power Management S.L.U. is seeking an electrical engineer to operate advanced real-time simulators, perform HIL and FAT testing, and reproduce complex electrical conditions to evaluate how protection relays and controllers respond in real-world scenarios.

You will collaborate with international engineering teams, troubleshoot system behavior, and contribute to projects spanning transmission, distribution, and industrial power systems.