Support the full lifecycle of gas turbine power generation assets — installation, commissioning, startup, operations, and long-term maintenance
Lead or support commissioning activities including combustion tuning, control system checkout, protective relay testing, and performance/reliability run verification
Own root-cause analysis and corrective action for turbine trips, forced outages, and performance degradation; drive fixes that prevent recurrence
Develop and refine operating procedures, startup/shutdown sequences, and abnormal operating condition playbooks
Interface directly with OEMs (GE, Siemens Energy, Mitsubishi Power, Doosan) on warranty issues, LTSA scope, outage planning, and technical issues
Plan and execute major/minor inspections, hot gas path outages, and combustion inspections in line with OEM maintenance intervals
Analyze turbine performance data (heat rate, capacity factor, degradation curves) to identify efficiency losses and recommend corrective action
Coordinate with balance-of-plant teams (HRSG, steam turbine, cooling systems, water treatment) to ensure integrated performance
Build and maintain relationships with EPC contractors during construction handoff to ensure a clean transition from construction to commercial operation
Develop spare parts strategy, critical spares inventory, and maintenance budgets
Qualification
Familiarity with LTSA structures
Required
Bachelor’s degree in Mechanical Engineering, Electrical Engineering, or a related engineering discipline
2+ years of hands-on experience with utility-scale gas turbines in commissioning, operations, or maintenance roles
Preferred
Working knowledge of combined-cycle plant systems: gas turbines, HRSGs, steam turbines, generators, and balance-of-plant equipment
Experience reading and interpreting P&IDs, single-line diagrams, and turbine control logic
Direct commissioning experience with GE 7/9HA, Siemens Energy SGT6/8-8000H, Mitsubishi M501/701JAC, or Doosan H-class turbines
Experience with DCS/turbine control platforms (Mark VIe, SPPA-T3000, or equivalent)
Familiarity with LTSA structures, OEM contract negotiation, and outage scope development
Background in root-cause failure analysis (RCA/5-Why/Fishbone) for rotating equipment
Experience with performance monitoring tools and heat balance modeling
Exposure to grid interconnection requirements, PPA performance obligations, or capacity market rules
