Summary

Fleet Performance Engineer – YAW Mechanical The Fleet Performance Engineer – Mechanical is a high-impact technical role responsible for diagnosing and resolving complex, non-down turbine performance issues. As a technical subject matter expert, you will provide critical troubleshooting guidance, drive resolution of complex fleet cases, and perform deep-dive technical investigations. This role serves as a key contributor to fleet reliability, utilizing your expertise to turn customer insights into actionable technical solutions and preventive engineering improvements.

Key Responsibilities

- Technical Troubleshooting &
- Resolution:

Manage a high-complexity caseload, providing rapid, accurate, and practical troubleshooting guidance to resolve customer concerns. Ensure all technical recommendations are sound, safe, and aligned with fleet reliability standards.

- Architectural &

- System Analysis:

Leverage deep knowledge of turbine subsystem behavior to evaluate performance issues. Conduct comprehensive technical reviews of cases to ensure solutions consider holistic system interactions.

- Root Cause Analysis (T&Ts; initiation &

- RCA):

Perform and lead technical investigations into recurring fleet issues. Identify systemic failure patterns, conduct root cause analyses, and develop technical solutions that address underlying performance degradation.

- Proactive Fleet Improvement: Analyze fleet data to identify trends in performance and reliability. Proactively develop technical strategies or design improvements to prevent recurring issues and enhance long-term turbine availability.

- Cross-Functional Technical Collaboration: Act as a technical bridge between site operations, product engineering, and services teams. Provide expert technical counsel to internal stakeholders to resolve multi-disciplinary challenges.

- Technical Excellence &

- Mentorship:





Maintain a high standard of technical documentation and communication. Provide informal guidance and technical mentorship to peer engineers to elevate the overall quality and efficiency of the team’s troubleshooting efforts.

- Drive a world class product quality culture. Ensure timely resolution of quality/performance issues and ensure operating mechanisms close the feedback loop

Required Qualifications

- Bachelor’s degree in Mechanical Engineering or a related discipline.

- High level expertise and knowledge and experience in YAW system, onshore and offshore mechanical engineering, turbine systems, fleet support, or services engineering.

- Expert-level understanding of turbine subsystem behavior, performance monitoring, and advanced troubleshooting methods.

- Demonstrated ability to perform detailed T&Ts; fleet Track and (Trend&Improvement;) 8Ds for root cause analysis (RCA) and convert technical data into actionable engineering solutions.

- Proven ability to manage multiple complex technical issues independently in a fast-paced, high-stakes environment.

- Strong analytical skills with the ability to synthesize data-driven insights into engineering recommendations.

- Excellent technical communication skills; ability to explain complex mechanical phenomena to internal stakeholders and customers.

Preferred Qualifications

- Advanced degree in Mechanical Engineering or a related technical field.

- Hands-on experience with WIND turbine fleet operations or field service engineering.

- Proficiency in reliability engineering methodologies and fleet performance analytics.

- Experience in documenting technical standards, troubleshooting playbooks, or engineering best practices.

- Continuous improvement mind-set and team work spirit

- Capacity to climb wind turbines

- Able to travel >15% time

Additional Information

Relocation Assistance Provided: No

📌 Lead Engineer - Fleet Enginering, Machine Head (Barcelona)
🏢 GE
📍 Barcelona