Job Description Summary

As a GE Vernova accelerator, GE Vernova Advanced Research is driving strategy and leading research & development efforts to execute on the business’s mission to help power the energy transition. We forge the collaborations and help invent the technologies required to electrify and decarbonize for a zero-carbon future.

Representing virtually every major scientific and engineering discipline, our researchers are collaborating with GE Vernova’s businesses, the U.S. government, and more than 420 entities at the forefront of technology to execute on 150+ energy focused projects. Collectively, these research programs and initiatives aim to solve near term technical challenges, deliver next generation product advances, and drive long term breakthrough innovation to enable more affordable, reliable, sustainable, and secure energy.

As a Lead Engineer - Electric Power Systems you will contribute to the development of advanced electrical power & energy systems and components used primarily in utility applications. You will engage with and support several GE Vernova businesses.

Job Description

Roles and Responsibilities:

The Electric Power Systems team performs advanced, leading-edge research in a variety of electric power system areas. We focus on technology that enables more reliable and efficient power generation, transmission & distribution. Our major customers include GE Power, GE Renewable Energy, US Dept. of Energy, and the US Dept. of Defense. Opportunities will exist to contribute to technology development in a wide-range of areas including the integration of renewable energy technologies such as wind and solar, WAMS, HVDC, distribution automation, power system protection, and microgrids.  Many of these project collaborations are required within the internal organization by actively working on system related aspects with the electrical machines, power electronics, and electrical propulsion and energy storage teams. 

As a Lead Engineer of Electric Power Systems you will: 

• Participate in the development of new technologies and capabilities for GE Vernova's power generation, transmission, distribution and end-user product offerings by analyzing system requirements and needs to be translated into existing and new products. 

• Develop algorithms to aggregate distributed energy resources (DERs) to provide services to the grid in a microgrid or virtual power plant configuration. 

• Develop techniques to efficiently assess the impact of DERs on the grid and develop mitigation strategies. 

• Adapt modern distribution automation and management systems for operation with DERs. 

• Develop electrical system requirements into projects related to power electronics, electrical machines, propulsion system, energy storage systems, etc. 

• Join multi-disciplinary project teams and provide power system analysis expertise in areas such as real-time modeling, simulation, network modeling, system analysis, protection, transient stability analysis, grid codes, Smart Grid concepts, economic dispatch, HVDC/FACTS, etc. 

• Perform analytical work to define, meet or exceed customer entitlements. 

• Participate in the development and identification of technology, product and service opportunities. 

• Effectively communicate results by preparing written reports and making presentations describing analyses performed, solutions developed, and value obtained.

• Connect the organization to the latest technology developments and trends. 

• Demonstrate awareness of competing and disruptive technologies. 

• Contribute to proposals for GE Vernova businesses as well as government agencies.

Required Qualifications:

• Doctorate Degree in Electrical Engineering, Mechanical Engineering or related field with a minimum of 2 years of experience in electric power systems or related field or Master's Degree in Electrical Engineering, Mechanical Engineering or related field with a minimum of 6 years of experience in electric power systems or related field. 

• Demonstrated power system engineering experience in at least two of the following:  Power system modeling, Protection and stability, Transmission or distribution system planning and optimization, Impact of novel and intelligent devices on power systems (e.g. HVDC, FACTS, storage, electric vehicles etc.), Control and communication technologies, AI/Machine Learning application to power systems.

• Experience with implementation of control algorithms and analytics in control hardware or energy/distribution management systems in a field or lab hardware in the loop environment (e.g. RTD