Not specified (considering the nature of the role, it may lean towards hybrid or onsite)
Bachelor's degree in electrical engineering
Minimum 1 year experience in power systems
Proficiency with etap software for studies
GE Vernova is seeking a System Engineer with a focus on power systems to analyze, design, and optimize power systems using various engineering tools. The ideal candidate should possess a bachelor’s degree in electrical engineering and experience with power system studies, while being a collaborative team player who values continuous learning
Job Summary
The role involves analyzing, designing, and optimizing power systems across various industries including Oil & Gas and Marine.
Candidates must conduct comprehensive power system studies using ETAP software, covering topics like stability, arc flash, and harmonics.
The position requires collaboration with cross-functional teams to ensure strict adherence to EHS policies and deliver optimal technical solutions.
Matching Summary
Match Score: 85
GE Vernova is seeking a System Engineer with a focus on power systems to analyze, design, and optimize power systems using various engineering tools. The ideal candidate should possess a bachelor’s degree in electrical engineering and experience with power system studies, while being a collaborative team player who values continuous learning.
Skills & Requirements
Must-have
Bachelor's degree in electrical engineering
Minimum 1 year experience in power systems
Proficiency with ETAP software for studies
Knowledge of international power standards
Ability to conduct power flow and short circuit studies
Nice-to-have
Experience with DIgSILENT or PSCAD software
Familiarity with Primavera and PLM tools
Willingness to travel domestically and internationally
Lean mindset for process improvement
Strong communication skills for client presentations
Key Requirements
Bachelor's degree in Electrical Engineering
1+ years experience in Power Systems or Project Engineering
Extensive knowledge of ETAP, DIgSILENT, PSCAD, or PSSE
Understanding of International Standards for power systems