Job Description Summary

Job Description

Key Responsibilities

• High-Complexity Issue Resolution: Take ownership of the most challenging technical escalations. Provide definitive troubleshooting strategies and engineering solutions that balance immediate resolution with long-term fleet health.
• Systemic Architectural Influence: Evaluate turbine YAW subsystem interactions from a holistic perspective. Provide technical guidance on design modifications or operational changes that impact fleet-wide performance and reliability.
• Advanced Root Cause Analysis (RCA): Lead complex and detailed T&Ts projects (Trend&ImprovemenT) 8Ds for root cause analysis (RCAs) for systemic fleet issues. Develop and validate hypotheses using data, modeling, and physical evidence; present findings and mitigation strategies to senior stakeholders and customers.
• Technical Strategy & Methodology: Define and refine the technical standards for troubleshooting and case resolution. Author technical bulletins, playbooks, and best-practice guides to elevate the technical capabilities of the broader engineering organization.
• Strategic Fleet Oversight: Analyze fleet performance data to forecast reliability trends. Proactively identify emerging risks before they manifest as fleet-wide outages or performance degradation.
• Cross-Functional Technical Leadership: Serve as the lead technical point of contact for Product Engineering and R&D teams, ensuring that field performance insights directly inform future turbine design and service offerings.
• Mentorship: Act as a formal mentor for junior and mid-level engineers. Conduct technical peer reviews, foster a culture of rigorous problem-solving, and share specialized knowledge to build a high-performing technical team.

Required Qualifications

• Bachelor’s degree in Mechanical Engineering or related discipline or similar knowledge level and experience accumulated in Electromechanical service/fleet Engineering.
• Proven professional experience in wind turbine’s reliability, YAW systems turbine mechanical engineering, fleet performance, or advanced services engineering.
• Deep expertise in turbine controls, hydraulic & yaw systems, yaw loads and mechanical fatigue analysis and how these factors impact long-term fleet operation.
• Demonstrated mastery in conducting formal Root Cause Analysis (RCA) 8Ds and applying reliability engineering principles.
• Proven track record of influencing cross-functional teams and stakeholders without direct management authority.
• Ability to translate complex technical data into executive-level recommendations and customer-facing communications.

Preferred Qualifications

• Significant experience with wind turbine fleet performance, yaw and drive systems reliability, monitoring tools and big-data analytics.
• In-depth knowledge of maintenance, repair, and overhaul (MRO) processes as they relate to turbine life cycle.
• Experience representing the company as a technical lead in customer-facing resolution meetings for high-impact fleet events.
• Published internal/external technical papers or patents related to turbine reliability or mechanical performance.
• Continuous improvement mind-set and teamwork spirit
• Capacity to climb wind turbines
• Able to travel >20% time

Additional Information