Reliability Engineer

Safety & Health Engineer

Rotating Equipment Engineer

ASC Safety and Health Engineer

Power Systems Asset Integrity Engineer

Reliability Engineering (HdGP)

PBCG Reliability Engineer

Responsibilities: You will be required to perform the following:&nbsp; <ul><li>Perform engineering studies and Identifying the reliability programs, tasks, initiatives and/or studies that are applicable to the facility</li><li>Monitor the reliability performance of the organization through reliability KPIs, and identify lower level KPIs that are applicable to the processes of the facility</li><li>Provide recommendations for bridging gaps identified both by the KPIs and by other means of assessments and provide technical support with regards to their implementation Calculate MTBFs for all equipment, Research failure data, implement and improve equipment reliability, predict equipment failures based on MTBF, vibration trend analysis, and Oil Condition Monitoring data, Introduce new technology.</li><li>Review Engineering Request/Design packages for any machinery modifications or upgrade.</li><li>Establish the level of risk for equipment failure with Maintenance Foreman and Area Maintenance Engineer as well as with the rest of OME team using a Risk Analysis program or Enterprise Asset Performance Management and Evaluate Reliability and innovation ideas pertaining to machinery equipment.</li><li>Failure Analysis Program and Equipment Criticality Assessment&nbsp;</li><li>Root Cause Analysis Taproot TapRooT®&nbsp;</li><li>PMO2000 Program, Bad Actor Program and Zero-Defect Program&nbsp;</li><li>Six Sigma Studies Six Sigma&nbsp;</li><li>Lube Oil Condition Monitoring Lube oil&nbsp;</li><li>Vibration Condition Monitoring&nbsp;</li><li>Electrical Signal Analysis Infrared Analysis</li><li>Ultrasonic Analysis</li></ul> Requirements: <ul><li>As the successful candidate you will hold a Bachelors degree in Mechanical Engineering/Industrial Engineering or Electrical Engineering from a recognized and approved program. </li><li>An advanced degree is preferred in Reliability Engineering.</li><li>You will have no less than 8 years of experience in Reliability Engineering including at least four years in Rotating Equipment or Valve Specialty.</li></ul>

Responsibilities : <ul><li>Ability to work at pace as a Subject matter expert in complex and multi-stakeholder environment with strong influencing and interpersonal skills.</li><li>Possess a strong knowledge of industrial standards and codes including SOLAS, MARPOL, API, and IOGP.</li><li>Ability with proven experience to investigate industrial incidents to identify root causes utilizing a recognized RCA methodology (preferably Taproot) and developing corrective actions to prevent reoccurrence.</li><li>Ability with proven experience to lead or facilitate Operational HSE risk assessments (i.e. SIMOP studies) utilizing recognized techniques such as HAZOP, Bow-tie, QRA etc.</li><li>Provide experience of developing and auditing Safety and environmental management systems. Preferably certified lead auditor of ISO 45001 and 14001. Must have experience of bridging multi-stakeholder HSE management systems.</li><li>Proven experience of developing and implementing emergency management system for highly hazardous multi-site operations (including offshore facilities).</li></ul> Requirement : <ul><li>BS degree in engineering, safety engineering, industrial hygiene, or environmental science, or in a related field is preferred.</li><li>10 years of related safety/operational experience and/or training in the oil/gas industry (preferably 3 years in offshore).</li><li>knowledge or training in the following: occupational health, safety and environmental compliance with applicable industry, governmental and/or international standards.</li><li>Must have demonstrated knowledge of delivering hands on health, safety and environmental training. Must also have ability to assist with developing, implementing, and coordinating comprehensive health and safety programs.</li><li>Strong communication skills, both verbal and written (training/presentations/report writing).</li><li>Strong PC skills in Microsoft Office (Word, Excel and PowerPoint). Skilled in the standards, concepts, practices, and procedures within the health, safety and environmental fields.</li></ul>

Responsibilities: As the successful candidate you will be required to perform the following: <ul><li>Provide technical support to the operation team during the entire lifecycle of the rotating equipment, analyzing their performances, operative conditions and boundaries, in order to guarantee reliable and safe operations.</li><li>Troubleshoot rotating equipment failures &amp; performance.</li><li>Utilize knowledge and familiarity with the international standards in order to improve the equipment performance.</li><li>Implement best-in-class solutions pertaining to the rotating equipment, as foreseen by international standards and other internal company standards.</li><li>Lead efficiency improvement initiates, upgrading programs, &amp; projects in the field of rotating equipment.</li><li>Provide technical solutions whenever the machines experience failures, utilizing sound maintenance strategies to analyze, address and rectify the root causes in order to prevent reoccurrences.</li><li>Propose changes in operating modes, or technological improvement, or maintenance strategies implementation, in order to support the company vision of continuous improvement throughout collaboration and people conversation.</li></ul> Requirements: <ul><li>You must have a Bachelor degree in Mechanical Engineering.</li><li>You should have a minimum of 10 years’ experience in the rotating equipment discipline, with at least five years of relevant experience in the field of troubleshooting &amp; assessments.</li><li>Thorough knowledge of engineering practices and economic principles, calculation methods, design details, and international codes, standards and specifications, including API610, API 617, API 692, API 691 are required.</li><li>Familiarity with the basic investigation tools and techniques like FRACAS, RCA, and TAPROOT is an added value.</li></ul>

Responsibilities: <ul><li>Ability to work at pace as a Subject matter expert in complex and multi-stakeholder environment with strong influencing and interpersonal skills.</li><li>Possess a strong knowledge of industrial standards and codes including SOLAS, MARPOL, API, and IOGP.</li><li>Ability with proven experience to investigate industrial incidents to identify root causes utilizing a recognized RCA methodology (preferably Taproot) and developing corrective actions to prevent reoccurrence.</li><li>Ability with proven experience to lead or facilitate Operational HSE risk assessments (i.e. SIMOP studies) utilizing recognized techniques such as HAZOP, Bow-tie, QRA etc.</li><li>Provide experience of developing and auditing Safety and environmental management systems. Preferably certified lead auditor of ISO 45001 and 14001.&nbsp;</li><li>Must have experience of bridging multi-stakeholder HSE management systems.</li><li>Proven experience of developing and implementing emergency management system for highly hazardous multi-site operations (including offshore facilities).</li></ul> Requirements: <ul><li>BS degree in engineering, safety engineering, industrial hygiene, or environmental science, or in a related field is preferred.</li><li>10 years of related safety/operational experience and/or training in the oil/gas industry (preferably 3 years offshore).</li><li>knowledge or training in the following: occupational health, safety and environmental compliance with applicable industry, governmental and/or international standards.</li><li>Must have demonstrated knowledge of delivering hands on health, safety and environmental training. Must also have ability to assist with developing, implementing, and coordinating comprehensive health and safety programs.</li><li>Strong communication skills, both verbal and written (training/presentations/report writing).</li><li>Strong PC skills in Microsoft Office (Word, Excel and PowerPoint). </li><li>Skilled in the standards, concepts, practices, and procedures within the health, safety and environmental fields.</li></ul>

Responsibilities: <ul><li class="ql-align-justify">Develop, manage, update and monitor implementation of short and long-term asset management policy, strategy, initiatives and work plans for power system asset and ensure alignment with overall company Strategic Asset Management Program.</li><li class="ql-align-justify">Manage PS owned Substations by deploying Asset Integrity Management System (AIMS) Program.</li><li class="ql-align-justify">Manage Power Systems HV Electrical Equipment Life Cycle Managements Process. </li><li class="ql-align-justify">Develop and manage Contingency Plans to sustain Power Supply in case of Substation/facility interruptions.</li><li class="ql-align-justify">Evaluate risk-based maintenance methodology based on likelihood and consequences.</li><li class="ql-align-justify">Coordinate asset management plans and initiatives with operational entities.</li></ul> Requirements: <ul><li class="ql-align-justify">The successful candidate should hold a minimum of Bachelor Degree in Electrical Engineering working on High Voltage Power Systems Electrical Equipment. </li><li class="ql-align-justify">Ten (10) years of experience in Oil &amp; Gas, Petrochemical Industry or Power utility in the field of Power Systems Reliability &amp; Asset Integrity Management.</li><li class="ql-align-justify">&nbsp;Familiar with&nbsp;reliability programs such as (RCM, MTBF, Bad actors, etc.) including&nbsp;SAP system or equivalent computerized systems.</li><li class="ql-align-justify">Certified Maintenance &amp; Reliability Professional (CMRP), Certified Reliability Engineer (CRE), TapRooT Analyst or 6 Sigma Certification is preferred.</li></ul>

Responsibilities: <ul><li>Provide technical expertise to reduce repetitive failures of rotating equipment in addition of supporting plant maintenance activities implanting reliability program to improve plant performance.</li><li>Coordinates maintenance programs with user units to determine relative priorities and on-time completion of work in critical operating facilities with available work force.</li><li>Plans assigned T&amp;Is field-wide, analyses and sequences all work requests; estimates required manpower, justifying when necessary requests for additional manpower, overtime or extension of unit downtime.</li><li>Assures that all details of material and equipment are available at jobsite. On major T&amp;Is, he may direct one or more Maintenance Engineer III in accomplishing this phase of the work.</li><li>Execute the actual work during a T&amp;I period, coordinates activities of assigned craftsmen and such other personnel as are assigned (night shift coordination, etc.) to assist in the execution of the work.</li><li>Incumbent may act as the day shift coordinator on T&amp;Is or direct the activities of one or more Maintenance Engineer IIIs assigned to this phase of the work.</li><li>Report to concerned Maintenance Supervisor on quality and quantity of workmanship and adherence to standards by Maintenance Engineer III and craftsmen within his assigned areas and recommends improved work methods.</li><li>Reports on deviation from approved schedules and assists in the correction of such deviations</li><li>Review Project Proposals to assure that maintenance aspects are considered in final design.</li><li>Coordinate maintenance work between Maintenance Divisions when services from various divisions are required.</li><li>Perform special assignments as directed, utilizing his engineering knowledge and experience. </li><li>Such assignments may include work direction to one or more Maintenance Engineer IIIs.</li><li>Application of Maintenance Engineer when specializing in Digital Maintenance Engineering Performs engineering analysis of real time, process control digital systems in central operations facilities to aid in fault diagnosis. Evaluates</li><li>Maintenance activity on digital systems.</li><li>Provides professional level expertise to the solution of complex hardware problems.&nbsp;</li><li>Responsible, under the general direction of Superintendent in assigned Maintenance Division and with work direction from maintenance.</li></ul> Requirements: <ul><li>The successful candidate should hold a minimum of Bachelor Degree in Mechanical Engineering. Fifteen (15) years of experience in Oil &amp; Gas or Petrochemical Industry.</li><li>In addition, the candidate should be certified Maintenance &amp; Reliability Professional (CMRP) and TapRooT Analyst.</li><li>Also, the candidate should be good spoken and written of English language.</li></ul>

Role Description: <ul><li>We are seeking a Power Systems Reliability &amp; Asset Integrity Engineer to join the Reliability &amp; Asset Management Division (R&amp;AMD) of Power Systems Technical Support Department (PSTSD).</li><li>PSTSD provide HV Electrical Equipment Specialized technical support to Power Operations. R&amp;AMD is responsible for administrating Power Systems engineering studies, equipment life cycle management, reliability assessments, equipment failure analysis, digital transformation, maintenance strategy reviews &amp; enhancement to ensure safe, reliable and efficient power supply to all company’s hydrocarbon production &amp; other support facilitates.&nbsp;</li><li>The Power Systems Reliability &amp; Asset Integrity Engineer primary role is to provide support, consultation, guidance and assistance to Power Systems operating areas and projects including engineering analysis and assuring adherence to Reliability &amp; Asset Integrity Management standards.</li></ul> Responsibilities: You will be required to perform the following:&nbsp; <ul><li>Develop, manage, update and monitor implementation of short and long-term asset management policy, strategy, initiatives and work plans for power system asset and ensure alignment with overall company Strategic Asset Management Program.</li><li>Manage PS owned Substations by deploying Asset Integrity Management System (AIMS) Program.</li><li>Manage Power Systems HV Electrical Equipment Life Cycle Managements Process.&nbsp;</li><li>Develop and manage Contingency Plans to sustain Power Supply in case of Substation/facility interruptions.</li><li>Evaluate risk-based maintenance methodology based on likelihood and consequences.</li><li>Coordinate asset management plans and initiatives with operational entities.</li><li>Provide technical guidance and tools in the area of risk and reliability assessment and management to work groups involved with distribution infrastructure replacement, substation infrastructure replacement, and transmission infrastructure replacement.</li><li>Assist in development of reliability models based on specialized modelling software.</li><li>Perform Asset failure trending and analysis. Identify repetitive failures and perform RCA to avoid reoccurrence of failures.</li><li>Perform data analysis using techniques (APM, RCA, Six Sigma (6σ) etc..). Calculate and update the asset KPI’s. Issue reliability program monthly reports (MTBF, MTTR, bad actors, etc) updating the equipment health progress, and reporting failures and successes.</li><li>Oversees PS assets performance and report PS technical KPIs for T&amp;D assets.</li><li>Utilize SAP Failure Reporting Analysis and Corrective Action System (FRACAS) to document and track unreliability events and reliability improvements opportunities.</li><li>Provide technical information for field unreliability events backed up with equipment history &amp; process data intended for area maintenance. Review the PM Defect Reports and evaluate corrective actions. Communicate with venders, suppliers and manufacturers for equipment reliability support.</li><li>Participate in developing, revising and tracking Asset Management strategies.</li><li>Supervise the documentation and development of asset inventory for each class of assets, asset condition, level of service and performance, risk signature, maintenance strategies, repair/replacement models, financial forecasts, and tactical and work plans.</li><li>Support Business case development to initiate asset replacement programs.</li></ul> Requirements: <ul><li>The successful candidate should hold a minimum of Bachelor Degree in Electrical Engineering working on High Voltage Power Systems Electrical Equipment. </li><li>Ten (10) years of experience in Oil &amp; Gas, Petrochemical Industry or Power utility in the field of Power Systems Reliability &amp; Asset Integrity Management.</li><li>Familiar with reliability programs such as (RCM, MTBF, Bad actors, etc.) including SAP system or equivalent computerized systems.</li><li>Certified Maintenance &amp; Reliability Professional (CMRP), Certified Reliability Engineer (CRE), TapRooT Analyst or 6 Sigma Certification is preferred.</li></ul>

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7 taproot Jobs found

Reliability Engineer

Safety & Health Engineer

Rotating Equipment Engineer

ASC Safety and Health Engineer

Power Systems Asset Integrity Engineer

Reliability Engineering (HdGP)

PBCG Reliability Engineer

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7 taproot Jobs found

Reliability Engineer

Safety & Health Engineer

Rotating Equipment Engineer

ASC Safety and Health Engineer

Power Systems Asset Integrity Engineer

Reliability Engineering (HdGP)

PBCG Reliability Engineer

WhiteCrow WhiteCrow is on a mission to connect companies with the best talent across the globe.

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