Job Description Summary

The Aeroderivative Services ITR Engineer executes complex projects and develops bid strategy, equipment offerings, and technical proposals for conversion, modification, and upgrades (CM&U;) to GE Vernova’s aeroderivative installed fleet. This role spans the end-to-end ITR process (ITO + OTR), partnering with Sales, Commercial, Product Management, Sourcing, Project Management, customers, and suppliers. Travel to customer meetings, site surveys, and conferences may be required.
Job Description

Roles and Responsibilities:
- Serve as the recognized focal technical expert in CM&U; Aero technologies, with a primary focus on electrical systems and design; lead the development of innovative analysis, design, and engineering concepts for aeroderivative CM&U; electrical scope.
- Act as Project Engineering Manager for complex Aero CM&U; projects, overseeing technical execution from handover through end of GE Vernova contractual obligations; develop and execute project technical strategy to identify and mitigate risk.




- Manage electrical scope across the full project lifecycle, including scope definition, schedule, cost, quality, risk, product cost, and reliability; develop and monitor the project engineering schedule and budget, supporting the PM in integrating all engineering deliverables into the overall project schedule with regular status reporting.
- Produce complete design packages including models, assemblies, drawings, analyses, layouts, and BOMs, along with all required technical documentation; provide technical support for installation, startup, and commissioning activities; manage multiple projects concurrently while meeting quality standards and customer schedule commitments.
- Adhere to GE Vernova policies and procedures, engineering standards, customer specifications, and applicable government and commercial standards.
- Communicate and present technical data, analysis, and recommendations to key stakeholders and customers — including engine

📌 Sr. Engineer Aero Services ITR (Santiago de Querétaro)
🏢 Ge
📍 Santiago de Querétaro