Job Description SummaryThe Wind Turbine Availability Lead Engineer will support the global energy transition to sustainable clean energy through improvements in onshore and offshore wind turbine availability (% of time turbines are online for energy production). The lead engineer will use technical expertise, data analysis, and open-ended problem solving to identify opportunities and solutions at both component and system level. Deliverables include analytics of fleet availability, future reliability forecasts, and design enhancements for improved reliability. Scope includes engineering methods and tools to enable earlier return to service, to provide early issue detection and diagnostics for planned intervention, and to prevent downtime through improved designs. Impact is to deliver business and customer outcome of better running wind turbine fleet with robust availability.

Job Description

Essential Responsibilities 

Develop advanced statistical forecasts of fleet reliability related to the following: new turbine designs, maintenance of turbines under service contracts, and verification of fleet corrective actionsUtilize complex fleet data to identify and analyze issues that are driving greatest turbine unavailability. Develop code as necessary to automate data handling and analysis.Utilize technical expertise and drive collaboration with other engineers to identify, develop, implement, and verify solutions to turbine unavailability in both new designs and fleet retrofitsOwn and drive projects to ensure replacement parts have better reliability and/or diagnostics compared to failed partsAssist in developing requirements and verifying fulfillment of requirements regarding turbine availability for new turbine designs to ensure shipped product will meet customer expectationsLead development of advanced analytics and related technology aimed to provide early detection and/or prevention of issues that will result in turbine down timeLead development of standard work for lean operations within the team

Qualifications/Requirements

Bachelor’s degree in engineering (or similar equivalent) from an accredited college or universityMinimum of 3 years of related engineering work experienceAbility and willingness to occasionally travel to wind farms and climb turbines to support investigation, development, testing, etc. for assigned projects

Desired Characteristics

Electrical or mechanical engineering experience related to heavy-duty industrial products, and experience with wind turbine design or servicing is preferredDemonstrated ability to drive technical projects with effective risk management and with successful outcomesStrong clear thinking, problem investigation, and issue resolution skills with ability to use data to draw conclusions Experience applying statistical data processing, advanced data/predictive analytics, or reliability modeling to engineering applicationsExperience with developing programming code or software automation for engineering applications. SQL, R, or Python is preferredStrong oral and written communication skills with ability to summarize and communicate complex technical informationEffective team player with strong interpersonal skills and ability to influence stakeholders across global organization to drive change for the betterAdvanced degree in engineering or equivalent from an accredited college or university

GE Vernova offers a great work environment, professional development, challenging careers, and competitive compensation. GE Vernova is an Equal Opportunity Employer. Employment decisions are made without regard to race, color, religion, national or ethnic origin, sex, sexual orientation, gender identity or expression, age, disability, protected veteran status or other characteristics protected by law.

GE Vernova will only employ those who are legally authorized to work in the United States for this opening. Any offer of employment is conditioned upon the successful completion of a drug screen (as applicable).

Relocation Assistance Provided: Yes