We are seeking a technically strong and results-driven Senior Turbomachinery Engineer to lead the performance analysis, maintenance strategy, diagnostics, and technical governance of gas and steam turbines and associated rotating equipment. The ideal candidate is a subject matter expert with deep knowledge of thermodynamic systems, failure modes, and OEM platforms.
This position plays a key role in ensuring asset integrity, reliability, and performance of critical turbomachinery systems while mentoring junior engineers and supporting strategic initiatives across plants or facilities.
Serve as Subject Matter Expert (SME) on gas and steam turbine systems, including rotors, blades, diaphragms, seals, bearings, and associated auxiliaries.
Provide guidance on system troubleshooting, vibration issues, unplanned outages, and complex failure mechanisms.
Define engineering standards, design philosophies, and critical spares strategies.
Lead advanced diagnostics, vibration analysis, and thermodynamic performance assessments using tools like Bently Nevada, AMS, PRUFTECHNIK, or OEM-specific software.
Evaluate equipment behavior against OEM baselines to identify degradation or misoperation trends.
Recommend optimization actions and support digital twins, condition-based monitoring, and predictive maintenance programs.
Plan and execute major turbine outages including scope definition, technical supervision, quality assurance, and contractor oversight.
Support inspections, overhauls, and repair activities in coordination with field engineers, OEM representatives, and third-party service providers.
Review refurbishment procedures, weld repairs, and parts requalification per OEM/API/ASME standards.
Lead Root Cause Analysis (RCA) for critical failures or recurring mechanical issues.
Contribute to Reliability-Centered Maintenance (RCM), Risk-Based Inspection (RBI), and Asset Integrity Management (AIM) programs.
Recommend reliability upgrades, material changes, and component redesigns.
Review, approve, and maintain technical documentation including P&IDs, equipment data sheets, failure reports, and system design modifications.
Support and validate retrofit projects, turbine upgrades, and aftermarket modifications from OEM or in-house engineering teams.
Mentor and guide junior and mid-level engineers on technical topics, inspection techniques, and performance methodologies.
Interface with cross-functional teams (process, controls, instrumentation, EHS) and plant management to drive operational improvements.
Serve as liaison between company and OEMs or engineering consultants on complex technical issues.
Bachelor’s degree in Mechanical Engineering, Aerospace Engineering, or a closely related field (required).
Master’s degree or PE/CEng registration is highly desirable.
8+ years of experience in turbomachinery engineering focused on gas and/or steam turbines.
Prior experience in power plants, refineries, LNG facilities, OEM service centers, or EPC projects.
In-depth understanding of Brayton and Rankine cycles, turbomachinery design principles, and failure mechanisms.
Skilled in finite element analysis (FEA), rotordynamics, and thermodynamic modeling (e.g., using GateCycle, EBSILON, ANSYS, COMSOL).
Proficient in using asset condition monitoring systems, borescope inspections, and thermographic assessments.
Knowledge of API 612/617, ASME PTC, ISO, and OEM-specific standards.
Strong leadership and team collaboration skills
Excellent communication and presentation abilities
High attention to detail and focus on long-term asset reliability
Strategic thinking with a solutions-oriented mindset