.Job Description SummaryLooking to make a global impact and solve problems? Through relentless innovation and continuous collaboration with our customers, GE Gas Power, part of GE Vernova, is providing more advanced, cleaner, and efficient power that people depend on today and building the energy technologies of the future.This controls engineering position in the Aero Controls Systems Technology organization is responsible for strong technical leadership to create and adapt transient models to support integration with Aero Package Software for existing and new functionalities.Selected candidate will drive customer fulfillment excellence and lead technical complex design, working across a global technology team focused on package & Core controls development.The selected individual shall be involved in long-term planning & development of Aero engineering process, performance, validation, and commissioning Package and Core control systems for Aero and NPI Technology development.This role, in addition to closely collaborating with our internal & external customers, is critical in driving a team culture of technical system & domain depth, contemporary leadership, on time quality execution and strong customer-focused mindset.Essential Functions:In this role, the individual shall contribute to the Vernova Aero Gas Power business priorities while guiding the execution of complex projects across the global engineering teams and responsible for strategy, portfolio planning, requirements management, design, and implementation into production of GT & Core controls projects, covering the full Aero GT and Core development strategy.The Principal Aero Controls Modeling Engineer will be responsible to develop high fidelity models for bleed and variable geometry actuation, fuel system actuation and gas volume dynamics.Modeling duties includes:Implement a genetic optimization algorithm to characterize high fidelity models to a specific engineReview, analyze and test field dataAdapt NPSS steady state performance models, to provide them transient capabilitiesDevelop a Simulink-NPSS simulation environment for Aero EnginesAdapt existing Fortran based model into a Simulink based model with capabilities to be deployed on a MarkVIe.In addition to Modeling, Principal Aero Controls Modeling Engineer will participate on the development software configuration for testing support and data acquisition creating tools for this purpose, provide assistance on the Performance match on models vs data field, etc.When assigned to a project/ program, the selected candidate will be responsible for Technical & Schedule Risk Identification and Mitigation across complete Controls Scope in close collaboration with Controls & Systems CTH.The selected candidate may be responsible for one or more projects/ programs. The overall goal of the role is the 'make the project successful'