Gas Turbine Fluid Systems Engineer II – Design & Optimize

PowerToFly; Belle Isle (FL); On-site; USD 95,000 - 125,000; Full time

Benefits offered by this job

Medical, Dental, Vision

401K

Tuition Reimbursement

Paid vacation & holidays

Employee events

Job summary

Mitsubishi Power is seeking a mid-level Gas Turbine Fluid Systems Engineer II to design, analyze, and support gas turbine auxiliary systems across projects, including hydrogen blending and emissions control. The role involves field support, engineering modifications, and lifecycle data management.

The position requires collaboration across disciplines, experience with piping codes, SmartPlant P&ID, 3D modeling, and hands-on problem solving to optimize performance and reliability of combustion

Responsibilities

• Design and develop auxiliary systems for combustion turbines.
• Perform feasibility studies, detailed engineering, and process calculations.
• Specify requirements for vendor equipment including valves, compressors, heat exchangers, instrumentation, and pipe supports.
• Perform flow analysis using AFT Arrow and AFT Fathom.
• Develop and interpret PFDs and P&IDs using SmartPlant P&ID.
• Utilize 3D design tools for piping layouts and routing.
• Support piping stress analysis, materials selection, and pipe support design.
• Participate in HAZOP reviews and ensure compliance with piping codes.
• Prepare BOMs, installation documentation, operating procedures, and training materials.
• Provide commissioning, startup, troubleshooting, and operator training support.
• Support ISO 9001 compliance, documentation controls, and configuration management.
• Lead root cause analysis for field issues and operational events.
• Utilize Windchill and lifecycle management tools to manage engineering data.
• Support EPC project execution and customer requirements.
• Travel 10–20% domestically and internationally.

Job description

Mitsubishi Power is seeking a mid-level Gas Turbine Fluid Systems Engineer II to design, analyze, and support gas turbine auxiliary systems across projects, including hydrogen blending and emissions control. The role involves field support, engineering modifications, and lifecycle data management.

The position requires collaboration across disciplines, experience with piping codes, SmartPlant P&ID, 3D modeling, and hands-on problem solving to optimize performance and reliability of combustion