GE Vernova
The Power System Intern role at GE Vernova's Applied Grid Innovation team focuses on exploring next-generation AI technologies to transform electric utility operations and grid management. This position involves contributing to research and prototyping efforts that combine power system expertise with advanced AI capabilities to develop intelligent operational solutions. The intern will work on designing AI-enabled workflows and supporting critical grid decision-making processes.
Headquarters
Cambridge, Massachusetts, United States
Company Size
10001+ employees
Founded
2022
GE Vernova is GE’s energy business focused on accelerating the transition to more reliable, affordable, and sustainable energy through electrification and decarbonization technologies. The company designs, builds and services power-generation equipment, renewable-energy and grid solutions, and supporting digital and lifecycle services. It partners with utilities, independent power producers and industrial customers worldwide to modernize energy infrastructure and lower carbon emissions.
Headquarters
San Francisco, CA
Company Size
201-500 employees
Founded
2018
Industry
Technology
Glassdoor Rating
4.2 / 5
Sarah Johnson
Chief Executive Officer
Michael Chen
Chief Technology Officer
Emily Williams
VP of Engineering
David Rodriguez
VP of Product
Jessica Thompson
Chief Financial Officer
Andrew Park
VP of Sales
View leadership team, funding history,
and employee contacts for GE Vernova.
GE Vernova didn’t post a salary, so this is our estimate from similar listings.
China's factory activity unexpectedly contracts in November, missing estimates, private survey shows
Nov 30, 2025
Postdoctoral Research Associate - Electric Power System
Brookhaven National Laboratory
Senior Growth Solutions Architect
Leidos
AI Developer in Enterprise Performance Management team
CA.gov
Power System Graduate Engineer (Distribution Asset Management)
City of Austin Employees Retirement System
Principal Power Engineering Consultant
GRIDSIGHT
Postdoctoral AI Researcher in Power Systems
Brookhaven National Laboratory