Instrument & Electrical Reliability Engineer

Reliability Engineer

Power Systems Asset Integrity Engineer

Electrical Engineer

Instrument Engineer

Facility Planning – Utility

Digital Plant Solution Architect

Instrumentation Engineer

Refinery Field Instrument Technician

Automation & Power Facilities Planning Engineer (Electrical Planning)

Responsibilities: People Management <ul><li>Advise and assist Maintenance l&amp;E Engineers, electricians, instrument technicians and production supervisors on complex electrical and instrument repairs and troubleshooting methodologies.</li><li>Support all the efforts towards building a harmonious work environment to promote the spirit of cooperation and team building within the l&amp;E Reliability Section.</li><li>Provide required technical support in matters requiring higher level of expertise and consultation.</li></ul>&nbsp;Instrument &amp; Electrical Assets Integrity <ul><li>Develop and implement Reliability strategies by utilizing conventional techniques such as Reliability Centred Maintenance (RCM), Root Cause Analysis (RCA), Preventive and Predictive maintenance (PPM) strategies, and other industry accepted reliability techniques to analyse l&amp;E equipment failures and produce cost effective strategies to ensure safe and reliable operation of the plant.</li><li>Implement Mechanical Integrity &amp; Quality Assurance best practices. Work with other concerned departments to develop &amp; execute appropriate Quality Assurance (QA) practices and develop a mechanism to assess the effectiveness of QA practices.</li><li>Proactively identify l&amp;E Equipment Reliability Issues and develop engineering solutions for chronic and sporadic equipment reliability problems. Work with technical, production and maintenance to implement solutions.</li><li>Lead Reliability Improvement efforts of the plant from the platform of Reliability Improvement Teams (RITs).</li><li>Perform Root Cause Failure Analysis to identify various failure modes and recommend strategies to help improve l&amp;E equipment reliability.</li><li>Evaluate RCA reports, criticality studies, equipment strategies, and risk assessments on equipment to ensure consistency and compliance with company procedures and policies.</li><li>Evaluate facility incidents that affect reliability and ensure that appropriate RCAs are performed.</li><li>Assist in tracking RCA findings and completing action items in a timely manner .</li><li>Develop Instrumented Protective Systems (IPS) related work processes in the company to comply with regulatory requirements mandated both by International Standards (IEC61511/ISA 84) and Company Standards RMS 5700.</li><li>Administer the development of detailed engineering calculations and drawings including the preparation of Single Line Diagrams, Schematic Diagrams, Cable Schedules, Interconnection drawings, loop drawings, Instrument data sheets etc.</li><li>Prepare technical inquiry requests to vendors, participate in the technical evaluation of vendor bid offers.</li><li>Review vendor drawings and documents and review design calculation. Ensure vendor equipment specifications meet the design specifications and are within budgeted costs.</li><li>Reviews equipment specs/designs to ensure equipment can meet reliability objectives.</li><li>Participate as a technical adviser on capital projects and turnarounds.</li><li>Participates in the MOCs and PSSRs of new installations to assure adherence to functional specifications.</li><li>Act as subject matter expert (SME) in performing root cause analysis (RCA) investigations and provides expertise to the RCA teams as required.</li><li>Review and optimize ITPMs for functionally critical l&amp;E equipment (MICE).</li><li>Drive consistency in l&amp;E equipment design across the site as part of projects review including consistency in maintenance strategies.</li><li>Provide communication to area resources about improvement projects.</li><li>Provide input as needed on projects to ensure design and reliability issues are considered and addressed on new projects.</li><li>Provide guidelines to Maintenance in order to ensure that Life Cycle Asset Management processes are complied with throughout the entire life cycle of new and old assets.</li><li>Champion continuous improvement fosters relationships between various plant functions to focus on total quality.</li></ul>&nbsp;Policies, Systems, Processes and Procedures <ul><li>Contribute to the identification of opportunities for the continuous improvement of departmental systems, policies, processes and practices taking into account ‘international leading practices in order to improve productivity and operational efficiency.</li><li>Provide critical input to support the development of l&amp;E Reliability Section’s systems, policies, processes, and procedures in order to meet business requirements.</li><li>Ensure team members comply with all l&amp;E Reliability Section’s policies, processes, standard operating procedures and instructions so that work is carried out in a controlled and consistent manner.</li></ul>&nbsp;Reporting <ul><li>Prepare relevant reports in a timely and accurate manner in order to meet the departmental</li><li>Prepare relevant reports in a timely and accurate manner in order to meet the departmental requirements, policies and standards.</li><li>Support supervisor in the preparation of the annual operating and capital budgets. Ensures reliability projects and activities are completed on time and within budget.</li><li>Communicate ideas, present, and explain technical knowledge to stakeholders.</li><li>Communicate to Supervisor to inform on issues that require additional follow up.</li><li>Report incidents and near misses and participate in investigations as required.</li></ul>&nbsp;Quality, Health, Security, Safety and Environment <ul><li>Ensure compliance with regulatory requirements and relevant quality, health, safety, security and environmental procedures and controls across the Department to guarantee employee safety and delivery of high quality products/ services.</li></ul>&nbsp;Requirements: Experience <ul><li>Required (Years2 / Job Level3 / Industry): Total of 7-10 years of experience in the fields of Electrical equipment &amp; systems maintenance and technical support preferably in a process industry, out of which 5-7 years at a similar position.</li></ul>&nbsp;Preferred (Years2 / Job Level3 / Industry): Experience in Petrochemicals IndustryOther Job Specific Requirements and/or Vocational Accreditations<ul><li>Well conversant with protection and control systems of a large process plant involving High and Medium Voltages (132/33/6KV).</li><li>Solid understanding of the concepts of electrical protection system design and intelligent protection relays operation.</li><li>Experience in failure mode &amp; effect analysis and good understanding of failure mechanisms of Electrical equipment.</li><li>Troubleshooting techniques and ability to analyze and resolve engineering problems independently.</li><li>Knowledge of relevant IEC and IEEE Standards and or other well recognized standards.</li><li>Familiarity with ETAP and similar system modeling and analyzing tools would be an additional advantage.</li><li>Relevant experience in having performed load flow &amp; short circuit studies, Relay discrimination and coordination studies for an industrial electrical distribution system.</li><li>Familiarity with CMMS preferably SAP.</li><li>Sound understanding of industrial PLC and Packaged control systems.</li></ul>&nbsp;Education Required (Qualification1 / Discipline): <ul><li>﻿Bachelor’s degree in electrical/ Electronics/Instrumentation Engineering.</li></ul>&nbsp;Experience Required (Years2 / Job Level3 / Industry): <ul><li>Total of 7-10 years of experience in the field of Instrumentation &amp;</li><li>Controls maintenance and technical support preferably in a process industry, out of which 5-7 years at a similar position. Experience in Petrochemicals Industry.</li></ul>&nbsp;Other Job Specific Requirements and/or Vocational Accreditations <ul><li>Knowledge of automation/control systems, including: DCS, PLC, Safety Instrumented Systems, function block and ladder logic programming, industrial instrumentation, electrical equipment and process analytical systems.</li><li>Experience with design and maintenance of Plant Instrumentation, Control Valves, and Safety Instrumented Systems and process safety management programs.</li><li>Functional Safety Certification as Functional Safety Engineer (FS Eng.) preferred.</li><li>Hands on experience on the use of ExSILentia software preferred.</li><li>Working Knowledge on International Standards related to Instrumentation and Controls design and maintenance such as IEC, ISA, FCI etc. as well as Functional Safety standards IEC61511/ISA 84.</li><li>Experience in failure mode &amp; effect analysis and good understanding of failure mechanisms of instruments employed in a process industry.</li><li>Troubleshooting techniques and ability to analyse and resolve engineering problems independently.</li></ul>&nbsp;

Responsibilities: <ul><li>Reliability testing</li><li>Develop reliability test plans, including climate environment, mechanical stresses, cycling tests, Accelerated Lifetime Tests (ALT), Highly Accelerated Life Test and Highly Accelerated&nbsp;</li><li>Stress Screen (HALT/HASS), Ongoing Reliability Testing (ORT), burn-in and Environmental stress screening (ESS).</li><li>Drive and manage standard methodologies and findings across manufacturing sites and suppliers to improve ORT/HASS/ESS efficiency</li><li>Research and strategically implement system-&gt;device-&gt;module-&gt;component reliability testing where possible to continuously improve field product reliability and reduce costs</li><li>Working with cross-functional teams to ensure component reliability and providing recommendations to improve design and test</li><li>Reliability engineering:</li><li>Create and drive new reliability programs within the suppliers ecosystem Commented [HS1]: Needs changing to China and associated info.</li><li>Coordinate with various engineering functions to plan and drive the DFR (Design for Reliability) methods and detailed activities to demonstrate required product reliability&nbsp;</li><li>performance&nbsp;</li><li>Be accountable to build robust RPP (Reliability Program Plan) for new products, periodically review/update the RPP and ensure deliverables feed the right functions within the&nbsp;</li><li>organization to achieve specified reliability targets and eliminate the risk of failure</li><li>Participate in design reviews and lead to the reliability section of the design review</li><li>Ensure reliability requirements are clearly and exhaustively expressed within Design Input Requirements and drive reliability activities</li><li>Use statistical life data analysis methods to analyse test results for reliability modelling and run quantified risk assessment</li></ul> Requirements: <ul><li>Master or Bachelor in Electrical / Mechanical / Material Science Engineering, Microengineering or Physics (proven track record in reliability testing/engineering</li><li>Minimum 6-10 years of work experience in Reliability Testing and/or Quality Engineering or related field, ideally in development projects as Product reliability Engineer</li><li>Experience in mechanical, electrical, material, chemical and climatic reliability testing of consumer electronics devices (shock/drop/vibration tests, environmental Test, ...)</li><li>Experience planning, implementing, executing and analysing early derisking tests&nbsp;</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>

Role Description: <ul><li>Our client is seeking an Electrical Engineer to join our Unconventional Resources Operations Department (UROD).</li><li>The UROD is responsible for operating all the surface facilities, which include the field wells and processing facilities.</li><li>Your primary role as an Electrical Engineer in an unconventional asset will be to provide professional advice and guidance regarding electrical systems, schemes, equipment or techniques, facility designs and solutions to operating and maintenance problems.&nbsp;</li><li>You will have a thorough understanding of plant operations, specialized experience in electrical high voltage and low voltage systems for large scale complex electrical distribution system.&nbsp;</li><li>In addition, you will have experience in power reliability analysis for electrical distribution systems which involves carrying out power system studies using software like ETAP etc.</li></ul> Responsibilities: <ul><li>As the successful candidate you will be required to perform the following:</li><li>Provide day-to-day technical support to Operations and Maintenance Units to troubleshoot and fix electrical systems including reporting and documentation.</li><li>Provide expert advice and assistance to design, construction, maintenance engineers and operation personnel on all matters related to electrical systems.</li><li>Develop engineering conceptual plans for the new installation and upgrade projects including development of work scopes, calculations and detailed technical specifications.</li><li>Review Project Proposals and Detailed Designs packages for new facilities.</li><li>Develop and maintain the UR engineering standards and design best practices.</li><li>Participate on the testing &amp; commissioning of the new facilities and Turnaround and Inspection (T&amp;I).</li><li>Update and maintain engineering documentation and drawings.</li><li>Analyze system performance and find solution for Energy saving.</li><li>Ensure quality, cost effective and timely solutions to any upgrade.</li><li>Test and pilot new technologies.</li><li>Ensure full HSE Compliance.</li><li>Report and analyze key performance indices.</li><li>Make recommendations for technical/economic optimization of existing facilities.</li><li>Lead feasibility/profitability studies for new facilities.</li><li>Contribute to Business Unit strategy.</li><li>Assists in the training, development and mentoring of younger staff.</li><li>Provide analysis, evaluation and interpretation in support of projects, processes, and financing related to our clients capital investment decisions.</li><li>Maintain and expand on contacts within the industry.</li><li>Regularly interact with other professionals in various company organizations involved in capital planning and economic analysis.</li></ul> Requirements: <ul><li>You must hold a Bachelors Degree in Electrical Engineering from an accredited university.&nbsp;</li><li>A higher degree is preferred.</li><li>A Professional Engineer (P.E.) registration is desirable but is not essential.</li><li>You should have a minimum of 15 years working experience in Electrical engineering, with at least 10 years’ experience in the field of Oil and Gas Industry.</li><li>You must be conversant and have working knowledge of industry codes and standards, such as NFPA, ANSI IEEE, IEC, API, NEC, NACE and others.</li><li>Experience with specifications and data sheets for Electrical equipment like EHV GIS/AIS Switchgear, Power</li><li>Transformers, large synchronous/induction motors, HV/LV Switchgears and Control gears, EHV/HV/LV Cables,Bus ducts, EHV GIBs, UPS, Battery Charger, NGR, Panel boards is a requirement.</li><li>You should also have experience in preparation of Single line diagrams, protection and metering schemes, motor schematics, Hazardous area classification drawings, substation automation architecture, synchronizing and bus changeover schemes.</li><li>Experience in electrical engineering calculations like Grounding/Earthing, Battery charger/Battery sizing,</li><li>Transformer sizing, Cable sizing, Electrical Load schedules, Lighting.&nbsp;</li><li>Also knowledge of Electrical Power system studies including Short Circuit, Load Flow analysis, Motor starting, Arc Flash Hazard studies,</li><li>Relay coordination and setting using software like ETAP is essential.</li><li>You must also demonstrate the ability to work with design contractors to review contractor design packages, provide input to FEED packages, introduce new technology to enhance company productivity, suggest innovative solutions to optimize equipment performance, demonstrate safe working practices.&nbsp;</li><li>Be able to conduct failure analysis and provide recommendations for failed electrical equipment.&nbsp;</li><li>Experience with electrical equipment field Installation, Commissioning and testing as well as in Electrical Equipment layouts, plant cable routing layouts, lighting and grounding layouts is preferred.</li><li>You should be able to communicate with multidiscipline engineers to complete projects.</li><li>Have proven ability to communicate effectively with management at all levels within the organization.</li><li>Strong written and oral communication skills are also essential to be able to communicate what are frequently complex technical, economic and commercial concepts in a clear and succinct manner to individuals and groups from diverse professional backgrounds.</li><li>You must be able to work effectively with the minimum of supervision on relatively unstructured tasks.&nbsp;</li><li>You must be willing to work in remote areas depending on the project or task assignments.</li></ul>

Responsibilities: <ul><li>Provide expert advice and assistance to the UR, outside vendors, manufacturers, and design firms on instrument engineering matters.</li><li>Originate and carry out engineering studies to determine potential problems and remedies to existing problems, resolve complex technical problems, and review data sheets for instrumentation.</li><li>Inspect installations in factories and in the field.</li><li>Troubleshoot complex instrumentation and control system issues in operational facilities.</li><li>Develop and maintain the UR engineering standards and design best practices,</li><li>Develop and review material takeoffs and data sheets for instrumentation equipment.</li><li>Evaluate and introduce best practices and new technologies from all over the world to help the UR to achieve best in class positions.</li><li>Review and evaluate the capabilities of vendors and contractors to determine their acceptability to perform major services to UR. Act as the department representative in dealings with vendors and manufacturers.</li><li>Work on or with task forces assigned to investigate incidents or solve specific problems. Perform cost analyses and value engineering studies as appropriate. Undertake special assignments requiring extensive technical experience and discretion when dealing with outside organizations.</li><li>Conduct seminars in the resolution of technical problems with personnel in other engineering organizations. Write papers for peer-reviewed journals on engineering studies and projects the candidate has overseen.</li></ul> Requirements: <ul><li>A bachelor’s degree in engineering. A master’s degree or a Ph.D. in engineering is highly desirable as well as a Professional Engineer (P.E.) license or registration.</li><li>Minimum 15 years of professional experience in the field of instrumentation and control engineering, including experience as an engineer in charge of technical work in instrument engineering. Experience working with unconventional resources would be an advantage.</li><li>You will have achieved industry recognition through activities in professional societies and industrial organizations, such as ASME, ASCE, ASTM, API, NACE, SEI, and others. </li><li>You will also be familiar with SCADA, DCS, and PCS systems.</li><li>As the successful candidate you will be expected to work in remote areas depending on the project you are assigned to.</li></ul>

Responsibilities: <ul><li>Conducting technical and commercial assessment for the utility systems (power, steam, oxygen, nitrogen, instrument air, distilled water, waste management, storage tanks, etc.) to determine possible outsourcing to 3rd party.</li><li>Reviewing plans/deliverables for new integrated refinery and petrochemical projects to ensure that they comply with Company Standards and Regulations as well as industry codes.</li><li>Working with different Project Organizations to develop plans/design basis for utilities project such as Cogeneration, Desalination, CO₂ Capture System, Waste water treatment, Hydrogen Manufacturing, Air Separation Unit, etc.</li><li>Reviewing the Project Design for the utility systems such as Cogeneration, desalination, CO₂ Capture System, Waste water treatment, Hydrogen Manufacturing, Air Separation Unit, etc.</li><li>Daily Interaction with different Organizations to interpret, analyze, and act on their needs and requirements related to the utility systems, infrastructure and supply chain.</li><li>Develop Utilities design philosophy and Strategy.</li><li>Participate for Preparing Philosophy for OSBL/ISBL Interconnecting Pipelines from marine to facilities and vice versa including feedstock cross-country pipelines (e.g. Ethane, Crude, Utilities, etc.).</li><li>Perform a full lifecycle review of any design related to utilities.</li><li>Acts as technical consultant and subject matter expert when required.</li></ul> Participate, review, and analyze any document related to Utilities such as: <ul><li>Power and Steam Supply.</li><li>Desalinated Water Supply.&nbsp;</li><li>Cooling Water Supply / Return.&nbsp;</li><li>Steam and Condensate Return.&nbsp;</li><li>Oxygen / Nitrogen Supply to NH3 complex and other plants.</li><li>Instrument Air / Plant Air Supply Industrial Wastewater / Sewage.&nbsp;</li><li>Firewater.&nbsp;</li><li>Seawater Supply / Return.&nbsp;</li><li>Chemicals/raw materials supply to the facilities.</li><li>Participate and review energy and Hydrogen utilization report, and CO₂ report, inclusive of low purity and high purity sources.</li><li>Participate, review, and analyze any document related to utility, infrastructure, and supply chain.&nbsp;&nbsp;</li></ul> Requirements: <ul><li>Education: Utility engineers need a bachelor’s degree in engineering, such as civil engineering or electrical engineering or Chemical engineering or Mechanical engineering.</li><li>Experience:&nbsp;at least 15 years, preferably in the oil industry and Chemical industry.</li><li>Possesses excellent communication skills (strong English language, preferably other languages too).</li><li>Excellent negotiation skills and strong commercial/business acumen.</li><li>Knowledge in refining and petrochemical processes and their associated utilities and services.</li><li>Familiar with Utility Corridors (Power, Water, Sea Cooling, Pipelines, Roads, etc.)</li></ul>

Responsibilities : <ul><li>Manage activities that take place during solution ideation, solution design, and solution implementation.</li><li>Review business process and functional requirements to optimize the solution architecture requirement for the solution, recommending potential options, (which may include RFIs, RFPs or prototype development), selecting the most optimal option, and the development of a roadmap for the selected solution.</li><li>Setting the collaboration framework, analyze and documenting functional requirements.</li><li>Analyze current technology architecture used within the company and determine ways to improve and optimize it.</li><li>Participating in technology selection, controlling solution development and Supporting project management.</li><li>Communicates the optimized architecture to the stakeholders, collaborates and coordinates with existing domain architects in the formalization and adoption of proposed standards and procedures.</li><li>Ensure that proposed solution not only fulfils the functional requirements but also comply with the standards guidelines of technology solutions.</li><li>Introduce necessary changes to standards when necessary.</li><li>Supports the architectural aspects of all digital plant application projects.</li><li>Develops and executes solutions which further reduce the percentage of time spent on reactive work.</li></ul> Requirements : <ul><li>Bachelor’s degree in Computer Science, Chemical, Electrical or Industrial Engineering. Advanced education / degree is preferred</li><li>From ten to fifteen (10-15) years of experience, as a solution architect in refining or gas plants with strong knowledge in designing, implementing and commissioning of digital plant solutions for refinery or gas plants.</li><li>Fundamentals of Engineering, Professional Engineering, Chartered Engineer, or equivalent certification is highly desirable.</li><li>Process plants for the Hydrocarbon Industry that includes but not limited to GOSPs, Gas Plants, Refineries, Petrochemical, Terminal, bulk plant, and pipeline.</li><li>Hydrocarbon Industry Business Process Managements (BPM), work processes (W/P’s) and associated workflows for major processes such as but not limited data; production planning, production scheduling, mass &amp; hydrocarbon loss management, energy management, process quality management, inventory management, operation management, asset reliability management, asset integrity management, predictive maintenance, process safety management, environmental management.</li><li>Major rotating and stationary assets operation and performance such as steam boiler, compressors, pumps, fired heaters, reactors, and distillation columns.</li><li>ISA 95 Model Architecture and its associated five core function, namely; Manufacturing Operation Management (MOM) ISA 95 Modeling decomposed five core functions, [i.e. Production Operation Management (POM), Quality Operation Management (QOM), Inventory Operation Management (IOM), Maintenance, Reliability &amp; Integrity (MRI) and Compliance Regulatory Management (CRM) for safety, Environmental and hazard.</li><li>Decomposed nine sub-functions of the ISA 95 model namely; definition, resourcing, scheduling, data collection, tracking, dispatching, execution and performance.</li><li>Enterprise architecture frameworks such as TOGAF or Zachman and architecture analysis for decomposing business processes into functional, application, and data architectures.</li><li>Software technologies and vendors evaluation and selection based on quantitative decision analysis methods.</li><li>Develop business case and benefit/cost analysis for Digital Plant solutions.</li></ul>

Responsibilities: As the successful candidate you will be required to perform the following: <ul><li>Provide technical guidance, support, training, and expertise to plant departments.</li><li>Monitor instrumentation and metering systems performance across all downstream departments.</li><li>Assess metering and Instrumentation performance and recommend improvements for system optimization.</li><li>Develop and maintain lifecycle management activities for metering and instrumentation systems.</li><li>Establish auditing guidelines and perform frequent metering systems and instruments audits.</li><li>Lead the development of new strategies and validate the feasibility of improving company productivity.</li><li>Ensure manufacturing knowledge is captured in the knowledge repository and continuous improvement is delivered by benchmarking and best practices.</li><li>Provide awareness sessions and lead technical exchanges and conferences.</li><li>Maintain Instrumentation and metering system knowledge repository.</li><li>Act as a subject matter expert in Instrumentation and metering systems and contribute to the troubleshooting activities.</li></ul> Requirements: <ul><li>You must hold a Bachelor degree in Electrical Engineering, Electronics Engineering or a related discipline.</li><li>You should have a minimum of 12 years’ experience in refining /oil and gas plants /petrochemical industries.</li><li>Proficient in the codes and standards in the oil and gas industry, i.e., API, BS, ISO, ASME, ANSI, IEC, ISA, IEEE, etc is essential.</li><li>You should have strong analytical and troubleshooting skills in the field of metering systems.</li><li>Familiarity with field instrument types and applications is a must.</li><li>You should have working knowledge of oil/gas-related plant processes.</li></ul>

Responsibilities: As the successful candidate you will be required to perform the following: <ul><li>Fabricate and connect different size of instrument tubings and fittings.</li><li>Utilize different types of hand-held field communicator (TREX, Rosemount Configurator and Honeywell MC Toolkit Configurator) and other instrument test equipment.</li><li>Perform maintenance for the instrumentation attached to pumps, turbines and compressors</li></ul> Requirements: <ul><li>You must have a minimum of eight years’ experience as a field instrument tech in refining &amp; NGL plants and or petrochemical industries.</li><li>You must have a full understanding and adherence of all work permit type requirements.</li><li>You must have a full understanding of all industrial field instrument principle of operation, types and applications.</li><li>You must also have a full understanding of related Instrument Loop Diagram (ILD), Piping and Instrument Diagram (P&amp;ID), Instrument Specification Sheet (ISS) cause and effect, and other related drawing for Instrumentation.</li><li>You should have the ability to measure and convert field instrument signal.</li><li>You should have Strong analytical and troubleshooting skills in the field of Instrumentation.</li><li>You should be fully skilled to perform preventive maintenance and troubleshooting with the below list of field instruments;&nbsp;</li><li>configuration and maintenance of different model of Smart Transmitter (HART, Fieldbus and Honeywell Digital Transmitter)</li><li>diagnose and calibrate GWR Level transmitter (Magnetrol, Rosemount, Endress Houser and VEGA) Different model of Displacer type Level Transmitter smart and analog.</li><li>diagnose and calibrate, repair and replace control valve and positioner (Masoneilan, Fisher, valtek, METSO, FLOWSERVE, LCP100)</li><li>Test and repair Solenoid valve, Pneumatic relay, Boosters and regulators.</li><li>Instal, adjust and maintain of probes and approximators.</li><li>Maintain and replace deferent model of furnace heater flame scanner.</li></ul>

Responsibilities:&nbsp; <ul><li>Lead the development of DBSPs and associated project team comprised of specialist from different disciplines.</li><li>Conduct techno-economic studies to establish project business case and economic viability.</li><li>Develop feasible and optimized alternatives for electrical power systems associated with projects.</li><li>Review execution contractors for capital projects electrical engineering activities and provide guidance to carry out electrical activities such as power system studies, equipment specifications and selection.</li><li>Mentor junior and intermediate electrical engineers through the development of specific training programs tailored to their needs.</li></ul> Requirements:&nbsp; <ul><li>Bachelor degree in Electrical engineering, Power or Electrical Machines Engineering. Advanced degree is preferred.</li><li>Licensed Professional Electrical Engineer is preferred.</li><li>Fifteen years of experience in electrical engineering, design, commissioning &amp; start-up for major international Energy Companies or Consulting/EPC firms specialized in power generation, T &amp; D systems, oil and gas and petrochemical fields.</li><li>Participated in projects involving design and commissioning of EHV/HV equipment, GIS substations, power transformer systems, generation systems, renewable power systems, plant &amp; utility electrical distribution systems and critical AC/DC systems.</li><li>Experienced in using power system analysis software ETAP.</li><li>Experienced in Thermoflow (or equivalent) thermal engineering software for Cogeneration plants.</li><li>Experienced in engineering practices and economic principles.</li><li>Knowledge of IEC or U.S. Codes, Standards and Specifications.</li></ul>

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241 instrument electrical reliability engineer Jobs found

Instrument & Electrical Reliability Engineer

Reliability Engineer

Power Systems Asset Integrity Engineer

Electrical Engineer

Instrument Engineer

Facility Planning – Utility

Digital Plant Solution Architect

Instrumentation Engineer

Refinery Field Instrument Technician

Automation & Power Facilities Planning Engineer (Electrical Planning)

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Skills

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241 instrument electrical reliability engineer Jobs found

Instrument & Electrical Reliability Engineer

Reliability Engineer

Power Systems Asset Integrity Engineer

Electrical Engineer

Instrument Engineer

Facility Planning – Utility

Digital Plant Solution Architect

Instrumentation Engineer

Refinery Field Instrument Technician

Automation & Power Facilities Planning Engineer (Electrical Planning)

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