Lead Gas Turbine Controls & Performance Engineer

GE Vernova • United States

Relocation

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AI Summary

Lead the technical strategy for modernizing control philosophy for Dry Low Emissions (DLE) aeroderivative gas turbines. Develop and oversee NPSS model ecosystem, status-match models with field data, and architect next-generation DLE control scheme. Reduce variability, cut field tuning time, and improve emissions and operability across the fleet.

Key Highlights

Own the technical strategy for next-generation DLE control scheme

Lead model development of simulations model (NPSS, Cantera, Python, Simulink)

Architect the control logic and produce the definitive concept and requirements package

Technical Skills Required

NPSS Cantera Python Simulink

Benefits & Perks

Competitive compensation

Relocation assistance

Medical, dental, vision, and prescription drug coverage

Retirement benefits

Tuition assistance

Adoption assistance

Paid parental leave

Disability benefits

Life insurance

12 paid holidays

Permissive time off

Job Description

The Aeroderivative Performance & Operability Engineering team operates at the intersection of engineering, commercial, and digital domains, covering project execution and model development for thermodynamic performance, emissions, fuel flexibility, and controls. We are launching a multi-year program to modernize the control philosophy for our Dry Low Emissions (DLE) aeroderivative gas turbines—shifting from field-heavy tuning to a physics- and data-informed, model-based control approach.

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