Job Description Summary

GE Vernova: Leading A New Era of Energy

Addressing the climate crisis is an urgent global priority. If we want our energy future to be different, we must be different. That is our mission. Steam Turbines are one of GE Vernova’s core products for clean energy generation. When used in combined cycle plants they enable the achievement of upmost efficiency and power. Whether the plant operates on liquid or gaseous fuels, carbon neutral e-fuels or hydrogen, steam turbines significantly drive decarbonization. While steam turbines themselves are CO2 free they also enable combine cycle plants to add carbon capture capabilities.

Our engineering team develops and designs those highly efficient turbomachines and seeks new talents to join. Latest engineering sciences and disciplines integrated with digital technologies are key competencies we are looking for. New joiners will enjoy a highly empowered team working across the entire product lifecycle.

Are you interested in being part of the GE Vernova team Leading A New Era of Energy? Do you like having full ownership of a critical technology across the full lifespan? Is a position of Technical and Leadership growth limited only by your imagination and initiative appealing? Maybe a position in our Steam Turbine Engineering team is for You!

The Steam Turbine Engineering team develops and designs highly efficient turbomachines through the latest engineering sciences and disciplines integrated with digital technologies.
The Lead Engineer – Steampath will work closely with internal partners, interfacing with other teams such as structures, rotor, thermodynamics, rotodynamic teams, manufacturing, and the people on site, playing a central role in the timely and successful execution of projects worldwide. Primary task is to design project specific steampath components (buckets and nozzles) and perform rotor calculations for combined cycle steam turbines, as well as supporting junior Steampath engineers in the completion of their daily work and in their development.
Activities contribute to the design and development of products, solutions and overall steam turbine system design for combined cycle projects.
#GEVernova #FutureOfEnergy #GEProud

Job Description

Roles and Responsibilities

• Own Steampath bucket/blade component design in execution of OTR activities for new units
• Implementing technology advancements from a Shaftline System, subsystem, component and material / life vantage points
• Collaborate with global & cross-functional team of internal Steam Turbine Engineers and external stakeholders (Drafting/Global Supply Chain) enabling & fostering mutual technical growth and delivering for our customers.
• Support junior steampath engineers in their daily work and development
• Lead and review appropriate engineering analysis to ensure robust designs that meet all required CTQs
• Support RTS and NPI activities as required
• Design for EHS/Safety and demonstrate safety skillsets in support of manufacturing and field activities, i.e. lifting and transportation
• Demonstrated excellence applying fundamentals of Mechanical Design, including material properties, statics, strength of materials, fluid dynamics, lifing methods related to fatigue (LCF & HCF) and creep

Required Qualifications

• Bachelor's degree in Engineering from an accredited university or college
• Engineering experience in Steam Turbine design and/or operability and a familiarity with Steam Turbine component design/operability design process, tools, and procedures.
• Proficiency in English.

Desired Characteristics

• Finite Element Analysis and / or CFD capability
• Basic technical understating of Steam Turbine, Gas Turbine or other turbomachinery products
• Excellent communication (verbal and written), interpersonal, & collaboration skills
• Ability to coordinate several projects simultaneously and work cross-functionally with multiple engineering teams
• Strong analytical skills working independently and in a team environment
• Experience in Steam Turbine rotating component design, including ST rotating and stationary bucket/blade designs, design process & procedures
• Familiarity with the full manufacturing process including: forgings, machining, and factory assembly/ testing practices, specifically as applied to power generation equipment
• Second Language preferred, such as German, French, Spanish, or Polish

We will not sponsor any working visa.

We will not provide any relocation expenses.

Additional Information