Maintenance Reliability Engineer

Responsibilities

• Develop, implement, and maintain reliability strategies for TXIT assets using asset criticality, failure modes, operating context, OEM requirements, equipment history, condition data, safety/environmental consequence, operational impact, and lifecycle cost.
• Lead development and optimization of preventive, predictive, condition-based, failure-finding, operator-round, and run-to-failure strategies using RCM and FMEA/FMECA principles where appropriate.
• Own the technical effectiveness of the PM program by reviewing PM history, task content, frequencies, acceptance criteria, OEM recommendations, findings, and resulting corrective work.
• Develop and govern predictive and condition-monitoring programs including vibration analysis, infrared thermography, oil analysis, ultrasound, motor/electrical testing, lubrication condition monitoring, wear measurement, alignment verification, and performance trending as applicable.
• Lead or facilitate root-cause investigations for significant failures, repeat failures, high-cost failures, production-impacting events, and chronic equipment problems; ensure corrective actions address physical, human, and systemic causes.
• Develop and maintain a formal Bad Actor process using downtime, failure frequency, maintenance cost, operational consequence, and work-order history to prioritize reliability improvement initiatives.
• Collaborate closely with Maintenance Superintendents, Planning & Scheduling, Operations, Mechanical and I&E SMEs, Inspection, Warehouse, Projects, Engineering, Safety, and Environmental teams to align reliability priorities with operational requirements.
• Support asset hierarchy development, parent-child relationships, equipment class assignment, and criticality assessments within FIIX to ensure maintenance strategies are applied consistently and resources are prioritized according to risk.
• Maintain a high level of reliability data accuracy and integrity within FIIX, including asset records, failure coding, PM/PdM strategies, equipment history, corrective findings, and supporting technical documentation.
• Ensure significant PM, PdM, inspection, and field findings are converted into corrective work orders and tracked through repair, closeout, and post-repair verification.
• Partner with Warehouse and Procurement to identify critical spares, develop equipment BOMs, evaluate long-lead and obsolete components, improve material readiness, and recommend appropriate stocking strategies.
• Establish and promote precision maintenance standards including shaft and belt alignment, lubrication, bearing installation, torque control, balancing, pipe strain control, electrical termination quality, equipment installation, commissioning, and baseline measurements.
• Participate in Management of Change reviews to evaluate reliability impacts associated with changes in equipment service, process conditions, materials, lubrication, loading, operating envelope, inspection requirements, spare parts, procedures, and training.
• Support project commissioning and maintenance handover by ensuring new or modified equipment has an established asset hierarchy, criticality, PM/PdM strategy, OEM documentation, critical spares, BOMs, lubrication requirements, baseline condition data, and training requirements.
• Analyze equipment lifecycle cost and reliability risk to support repair-versus-replace, redesign, upgrade, standardization, and capital investment recommendations.
• Conduct regular field walkdowns and equipment reviews to validate equipment condition, maintenance quality, operating context, and the effectiveness of reliability strategies.
• Develop technical training and knowledge-transfer activities that strengthen troubleshooting, precision maintenance, condition monitoring, and understanding of equipment failure modes.
• Maintain reliability procedures, equipment-class standards, PM/PdM technical content, RCA documentation, strategy records, and supporting technical documentation.
• Support capital projects, equipment upgrades, system modifications, and asset replacement initiatives by providing reliability engineering input throughout design, commissioning, and handover.
• Provide technical support during significant equipment failures and operational disruptions, ensuring appropriate troubleshooting, escalation, failure documentation, and follow-up analysis.
• Provide accurate, timely, and actionable reliability performance reports, bad actor reviews, RCA status, equipment risk assessments, and improvement recommendations to Maintenance & Reliability leadership.
• Leverage FIIX, condition-monitoring technologies, data-analysis tools, and other reliability systems to improve failure analysis, maintenance strategy development, reporting efficiency, and decision-making while ensuring proper validation and governance.
• Track and analyze key KPIs, including: Critical assets with defined maintenance strategy PM compliance and PM effectiveness PdM findings and corrective finding closure rate MTBF, MTTR, repeat failures, equipment downtime, and bad actors Emergency work and planned vs. unplanned maintenance Assets with assigned criticality, hierarchy, and equipment class Critical spare coverage and OEM maintenance requirement coverage
• Critical assets with defined maintenance strategy
• PM compliance and PM effectiveness
• PdM findings and corrective finding closure rate
• MTBF, MTTR, repeat failures, equipment downtime, and bad actors
• Emergency work and planned vs. unplanned maintenance
• Assets with assigned criticality, hierarchy, and equipment class
• Critical spare coverage and OEM maintenance requirement coverage

Expectations

Qualifications and Education Requirements

• Bachelor’s degree in Mechanical, Electrical, Reliability, Industrial, or related Engineering discipline preferred; equivalent combination of technical education and relevant reliability experience may be considered.
• 5–10 years of experience in reliability engineering, maintenance engineering, industrial maintenance, or asset management within a heavy industrial, terminal, petrochemical, refining, marine, or material-handling environment preferred.
• Strong working knowledge of reliability-centered maintenance, FMEA/FMECA, root cause analysis, PM optimization, asset criticality, bad actor management, and condition-based maintenance principles.
• Demonstrated experience with rotating equipment, pumps, motors, bearings, gearboxes, mechanical power transmission, conveyors/material handling equipment, and supporting industrial systems.
• Experience developing and optimizing preventive, predictive, and condition-based maintenance programs in a heavy industrial or terminal environment.
• Working knowledge of applicable OSHA, EPA, TCEQ, Coast Guard, PSM, engineering, and manufacturer requirements relevant to terminal maintenance and reliability activities.
• Experience with CMMS systems, preferably FIIX, including asset hierarchy, equipment classes, criticality, PM development, failure coding, work-order history, and maintenance data analysis.
• Strong analytical, organizational, facilitation, technical writing, and problem-solving skills.
• Preferred certifications or development areas include CMRP, CRL, vibration analysis, machinery lubrication, RCA facilitation, and RCM/FMEA facilitation.
• Ability to manage sensitive operational, maintenance, reliability, and engineering information professionally and confidentially.

Physical Demands