SpaceX is building and operating combined-cycle gas turbine power plants that must come online, stay online, and perform. This role owns the design and build of the full power plant: gas turbines, mechanical and electrical balance of plant, and everything else that keeps the plant running at rated output, day after day. This is not a desk job. You will be constructing the power plant, owning commissioning in the control room during startup, and in the field troubleshooting.
RESPONSIBILITIES:
Build, lead, and develop a multi-disciplinary power plant team spanning gas turbines, mechanical and electrical balance of plant, controls, and commissioning
Own the full lifecycle of gas turbine power generation assets - installation, commissioning, startup, operations, and long-term maintenance - and be accountable for plant availability, reliability, and performance
Set technical direction and execution plans for commissioning, 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 and hold the team to a no-repeat standard
Establish and continuously improve operating procedures, startup/shutdown sequences, and abnormal operating condition playbooks
Serve as the primary technical and commercial interface with OEMs (GE, Siemens Energy, Mitsubishi Power, Doosan) on warranty issues, LTSA scope, outage planning, and technical issues
Plan, staff, and execute major/minor inspections, hot gas path outages, and combustion inspections in line with OEM maintenance intervals; own outage cost, duration, and quality of return-to-service
Drive turbine performance analysis (heat rate, capacity factor, degradation curves) to identify efficiency losses and convert findings into funded corrective action
Coordinate across balance-of-plant teams (HRSG, steam turbine, cooling systems, water treatment) to deliver integrated plant performance, not siloed subsystem success
Own the construction-to-operations handoff with EPC contractors; ensure a clean transition from construction to commercial operation
Develop and own spare parts strategy, critical spares inventory, and maintenance budgets; manage spend against reliability and availability targets
Hire, coach, and retain engineers and technicians; set performance standards and grow the next generation of plant leadership
Represent the power plant organization to internal stakeholders (operations, grid interconnection, commercial, construction) and make timely field decisions under pressure
BASIC QUALIFICATIONS:
Bachelor's degree and 10+ years of experience working in one or more of the following; or 14+ years of experience working utility-scale gas turbines in commissioning, operations, maintenance, or plant engineering roles
2+ years of project management experience leading operations
PREFERRED SKILLS AND EXPERIENCES:
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 or operations leadership 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
Experience integrating power generation with co-located industrial or data center loads
Proven ownership of plant or fleet reliability metrics (availability, forced outage rate, heat rate) and of the budgets that fund them
Experience standing up a new plant, commissioning organization, or operations team from construction through commercial operation
A bias toward action: comfortable making a call in the field without waiting for a committee
Demonstrated ability to work under pressure during startup, outages, or unplanned events, with a sense of urgency and ownership over outcomes
Experience using SOLIDWORKS, Siemens NX, or similar CAD software
Knowledge of engineering standards and best practices such as ASME B31.3, ASME BPV Code Section VIII, and AFSPCMAN 91-710
Numbers & Facts
Location
Starbase, TX
Skills
Best Practicesunmatched
Budgetingunmatched
CAD (Computer-Aided Design) Softwareunmatched
Coachingunmatched
Commission Controlsunmatched
Commissioningunmatched
Constructionunmatched
Continuous Improvementunmatched
Contract Negotiationunmatched
Control Systemsunmatched
Corrective Actionunmatched
Cross-Functionalunmatched
Electricityunmatched
Engineering Procurement and Construction (EPC/EPCC/EPCM)unmatched
Expense Managementunmatched
Failure Analysisunmatched
Identify Issuesunmatched
Inventory Managementunmatched
Leadershipunmatched
Metricsunmatched
Network Operations Centerunmatched
OEM (Original Equipment Manufacturer)unmatched
Operations Processesunmatched
Performance Analysisunmatched
Performance Testingunmatched
Plant Managementunmatched
Power Generationunmatched
Power Outagesunmatched
Power Plantunmatched
Procedure Developmentunmatched
Project/Program Managementunmatched
Root Cause Analysisunmatched
Siemens PLM Software NX (fka UGS NX)unmatched
SolidWorksunmatched
Startupunmatched
Time Managementunmatched
Vehicle Fleetsunmatched
Water Treatmentunmatched
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