We are seeking a highly analytical and hands-on Mid-Level Failure Analysis / RCA Engineer to lead and support investigations into mechanical failures and performance issues associated with steam and gas turbines, including key rotating equipment. The role focuses on applying root cause methodologies, supporting metallurgical assessments, and recommending preventive and corrective measures that improve operational reliability and reduce downtime.
Investigate mechanical and performance-related failures in critical turbine components: blades, vanes, rotors, diaphragms, seals, couplings, casings, and fasteners.
Analyze data related to vibration, temperature, pressure, and operational parameters to detect anomalies leading to failure.
Supervise or assist with teardown inspections, photo documentation, material sampling, and field evidence collection.
Lead or participate in multidisciplinary RCA teams using tools such as:
5 Whys, Fishbone Diagrams, FMEA, Fault Tree Analysis, or Apollo RCA
Identify technical root causes, contributing factors, and latent system issues (design, maintenance, human error, process deviation).
Ensure traceability between failure observations and root cause hypotheses.
Prepare high-quality RCA and investigation reports with photos, diagrams, and evidence-supported conclusions.
Propose corrective and preventive actions (CAPA) aligned with reliability improvement goals.
Track action implementation and assess effectiveness post-closure.
Collaborate with operations, inspection, and maintenance teams to eliminate reoccurrence of failures.
Provide input to maintenance strategies, inspection intervals, and risk-based equipment evaluations.
Support design reviews or redesign recommendations in collaboration with OEMs or internal design engineers.
Coordinate or support laboratory testing (NDT, SEM, metallography, hardness testing, replica metallography).
Interpret lab results and incorporate findings into RCA documentation.
Engage with OEMs, repair shops, labs, and field service teams for data gathering and RCA validation.
Participate in technical review meetings, audits, and incident investigation boards.
Serve as a liaison between field operations and engineering during breakdowns or high-priority events.
Bachelorβs degree in Mechanical Engineering, Materials Engineering, Metallurgy, or equivalent technical field.
Additional certifications in Reliability Engineering, RCA, or FMEA are advantageous.
3β7 years of hands-on experience with rotating equipment failure analysis, particularly gas and steam turbines.
Experience in power generation, oil & gas, or industrial heavy equipment environments.
Strong understanding of failure modes: fatigue, creep, thermal distortion, corrosion, erosion, FOD, HCF/LCF.
Familiarity with relevant standards:
API 687, API 579, ASME, ASTM, OEM repair manuals
Experience with CMMS and reliability tools (e.g., SAP PM, Maximo, ReliaSoft, RCPro, TapRooT).
Proficient with technical drawing review, report writing, and data interpretation.
Critical thinking and diagnostic skills
Excellent communication and presentation ability
High attention to detail and documentation quality
Ability to lead or support investigations independently
Team-oriented with strong stakeholder engagement skills