The Electrical Fleet Support Engineer for Pitch and Yaw subsystem will be responsible to provide engineering support for GE Vernova’s installed wind turbine fleet, with a strong focus on resolving service cases, troubleshooting field electrical issues and supporting spare part and part replacement decisions. This role works closely with Service, Fleet Performance, Design Engineering, Product Safety, Quality and Manufacturing to deliver timely, practical solutions that improve turbine reliability and performance. This role is focused on Pitch and Yaw sub-systems, sub-system includes motors, inverters, cabling, auxiliaries, cabinets and controller. She/He will work functionally with colleagues across the global pitch and yaw team, with the technical leader, design and validation engineers.
Job Description
Leading:
Lead and support resolution of service cases involving wind turbine electrical subsystems.
Troubleshoot and help resolve complex field issues impacting turbine reliability and availability.
Perform and support root cause analysis (RCA) and corrective actions for recurring technical problems.
Partner with Services and Fleet Performance teams to deliver high-quality, timely case dispositions.
Support spare parts evaluations and part replacement dispositions at wind sites and manufacturing locations.
Provide engineering support for non-conformance, product quality, and manufacturing-related issues.
Coordinate with subsystem design teams to ensure field issues are addressed effectively and lessons learned are captured.
Support updates to electrical schematics, BOMs, components, installation procedures, and related designs.
Contribute to continuous improvement efforts that enhance safety, quality, reliability, and fleet performance.
Operation:
Self-management of daily operations to achieve on time priorities scheduled with the technical leader. Accountable of the resolution of service cases.
Work closely with internal customers, fleet support teams, and systems engineering on fleet issues and improvement determinations
Required Qualifications:
Bachelor’s degree in electrical engineering or related field.
Experience supporting electrical systems, troubleshooting field issues, or working in a service engineering environment.
Strong knowledge and design experience on motors, cabinet and harnesses components.
Strong problem-solving skills with experience in root cause analysis and technical issue resolution.
Ability to work cross-functionally with engineering, manufacturing, and service teams.
Familiarity with electrical schematics, components, and BOMs.
Experience in wind, power generation, manufacturing, or other industrial environments is preferred.
Able to travel to wind farms and climb turbines.
Fluent in English (spoken and written).
Desired Characteristics:
Hands-on approach to solving field and product issues.
Strong sense of urgency and ability to manage multiple service priorities.
Experience supporting part replacement decisions, spare parts disposition, or fleet reliability improvements.
Effective communicator who can work across technical and operational teams.
Product Life Cycle-Management (PLM) expertise
Able to work independently
Business acumen and customer focus.
Strong interpersonal skills include ownership, self-motivation, problem solving, analytical, team player, communication skills, attention to detail, and ability to develop relationships.
