Reliability Engineer

Description

Job Summary: Work to promote the industrial reliability process by developing and implementing engineering technical solutions for equipment and systems in the petrochemical industry. Key Highlights: 1. Promote industrial reliability and optimize assets. 2. Develop and implement reliability strategies. 3. Lead continuous improvement and asset efficiency projects. Description: Basic requirements: * Bachelor's degree in Mechanical Engineering; * Experience with rotating equipment; * Failure analysis (FMEA, RCA, Weibull); * Reliability tools (RAM, RCM); * API, ASME, and ISO standards related to mechanical equipment; * Familiarity with reliability analysis and maintenance management software (SAP PM, CMMS, etc.); * Technical English, reading and interpretation (desirable). You stand out if you have: * Certifications in maintenance and reliability; * English proficiency in verbal and written communication; * Proactivity; * Teamwork, strong collaboration, and communication skills. Brief Description: Promote the industrial reliability process by developing and implementing engineering technical solutions for equipment and systems in the petrochemical industry, applying established methodologies, using technical documentation, internal procedures, safety standards, and applicable legislation, aiming at personnel and process safety, optimized costs, improved quality, and increased asset availability and integrity, aligned with agreed-upon goals. Detailed Description: Proactively participate in reliability process activities (meetings, committees, etc.), ensuring discipline in conducting these activities, including detailed preparation and coordination with interface personnel to ensure execution of agreed action plans, as well as maintaining full data availability for performance indicators to the established governance; * Develop and implement reliability strategies, primarily—but not limited to—mechanical equipment (pumps, compressors, turbines, valves, hydraulic systems, etc.) integrated into their respective systems, promoting multidisciplinary and collaborative work strongly oriented toward results; * Conduct and facilitate failure analyses (RCA – Root Cause Analysis) and propose corrective/preventive actions, ensuring proper application of this methodology across existing systems; * Support the development of maintenance practices and plans based on criticality, RCA history, and Bad Actors, using structured approaches and risk analyses (FMEA/RCM, etc.); * Monitor and critically analyze reliability indicators (losses, GAPs, Bad Actors, MTBF, MTTR, availability, maintenance cost, safety, etc.); * Understand and support condition-based maintenance approaches (vibration analysis, thermography, ultrasonics, oil analysis); * Participate in and lead continuous improvement projects and asset efficiency enhancement initiatives, including engineering studies, new projects, and equipment and system modifications; * Ensure compliance with technical standards, safety protocols, and applicable regulations. 251225020249877803