Job Description
**Job Description Summary**
The global energy transition demands a massive expansion of the electrical transmission network to integrate renewable energy sources and strengthen interconnections between grids. High Voltage Direct Current (HVDC) systems, FACTS and Advanced AC Substations (ACS) are at the core of this transformation—enabling efficient, reliable, and flexible power transmission across regions and countries.
Within GE Vernova’s Grid Systems Integration business, the Principal Engineer acts as the regional technical authority for plant and primary design activities, supporting project execution, design optimization, and competence development across assigned geographies.
This role ensures the consistent application of design standards and best practices across HVDC converter stations, FACTS and ACS substations, covering the full plant engineering scope—from high-voltage yard layout and equipment specification to earthing, insulation coordination, and int...
The global energy transition demands a massive expansion of the electrical transmission network to integrate renewable energy sources and strengthen interconnections between grids. High Voltage Direct Current (HVDC) systems, FACTS and Advanced AC Substations (ACS) are at the core of this transformation—enabling efficient, reliable, and flexible power transmission across regions and countries.
Within GE Vernova’s Grid Systems Integration business, the Principal Engineer acts as the regional technical authority for plant and primary design activities, supporting project execution, design optimization, and competence development across assigned geographies.
This role ensures the consistent application of design standards and best practices across HVDC converter stations, FACTS and ACS substations, covering the full plant engineering scope—from high-voltage yard layout and equipment specification to earthing, insulation coordination, and int...