Job Description Summary
A gas turbine thermal performance engineer will be executing highly technical services on various gas turbine models. The successful execution of these global services will require that the engineer adhere to internal processes while being open to challenges that may arise.

Job Description

Engineers are accountable for the quality our customers feel when purchasing our services. Areas of customer quality include accurate/timely documentation, appropriate/timely installation of instrumentation, accurate collection of field data, various site activities, and communications.

• To be able to apply thermodynamic and fluid mechanics fundamental for Gas Turbines and their interpretation/diagnostics of all thermal variables to meet GE contractual obligations with customer.
• Review commercial thermal guarantees, test expectations/requirements, and develop performance test procedures.
• Prepare, plan, and execute thermal performance tests on gas turbines.
• Analyze data, calculate test results, diagnose and evaluate testing issues and lead development of corrective actions as needed.
• Prepare test reports for internal and external distribution
• Lead performance risk mitigating activities during various phases of project execution.
• Communicate and coordinate with internal and external customers regarding testing activities, schedule and technical issues.
• Identify and report in-field sales opportunities
• Lead continued development and improvement of performance tools/processes
• Lead new service development initiatives
• Conduct peer reviews on field test data and customer deliverables.
• The position requires approximately 50% travel in 1 to 4 week intervals, to destinations around the world. ** This is an estimate; travel requirements vary, with peak outage seasons seeing higher percentages and peak demand seasons seeing less travel.
• The responsibilities will expand to combined cycle technical skills through a well define training plan.

Additional Information

Relocation Assistance Provided: No