Compressor Engineer

Instrumentation Lead

Electrical Design Engineer

ASC Civil Structural Design Engineer

Instrument Engineering

Electrical Engineer

Piping & Valves Engineer

Technical Writer

Senior Operations Engineer - Architect

Role Description: <ul><li>We are seeking a Compressor Engineer (mechanical engineering background) to work with our Riyadh Refinery Department – Reliability Unit (RU).</li><li>The RU is a centralized engineering unit, its function caters mainly to the technical needs of our refinery operations and supports organizations in compressor monitoring, technical support, troubleshooting and coordinate PdM and PM activities.</li><li>Your primary role will be to provide technical support to our refinery operating plants, projects, technology deployment as well as the talent development of junior Compressor Engineers. You will be expected to conduct special studies and analyses in specialized rotating equipment assets, manage our reliability programs and develop monitoring programs to uplift equipment availability and reliability.</li></ul> Responsibilities: As the successful candidate will be required to perform the following: <ul><li>Provide technical guidance, support, training, and expertise to plant departments.</li><li>Assess plant operation, maintenance and engineering with technical information for the rotating equipment and compressor systems and recommended actions for improvements and system optimization.&nbsp;</li><li>Develop and maintain lifecycle management activities on the rotating equipment and compressor systems.</li><li>Develop and coordinate PdM and PM for rotating equipment and compressor systems activities.</li><li>Ensure manufacturing knowledge is captured and continuous improvement is delivered by benchmarking and improving practices across our operating facilities.</li><li>Provide leadership and support for rotating equipment and compressor systems across our operating facilities.&nbsp;</li><li>Provide engineering expertise and consulting on plant rotating equipment and compressor systems.&nbsp;</li><li>Carryout thorough failure analysis &amp; issue recommendations. Also participate in equipment major failures investigation teams.</li><li>Gather/analyze critical rotating equipment operating parameters from DCS, PI &amp; operator Checklist and be able to recommend corrective actions.</li><li>Prepare detailed technical scope for major equipment overhaul.&nbsp;</li><li>Maintain and execute installation, configuration, and upgrade procedures.&nbsp;</li><li>Lead/give support to plant outages, shutdowns, and chronicle problems.&nbsp;</li><li>System testing and health monitoring, experience in using system logs for troubleshooting.&nbsp;</li><li>Create and implement new strategies to improve productivity for the company, as well as support start-up &amp; maintenance activities.</li><li>Review EDC, new and upgrade projects’ packages and provide comments.&nbsp;</li><li>Establish &amp; maintain an asset’s fault analysis database ensuring all data, drawings, and information are complete and all modifications are updated.&nbsp;</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 rotating equipment within a refinery or within the Petrochemical industry.</li><li>You must have a thorough knowledge of best engineering practices, solid industry codes and standards background and use of engineering softwares such as system1, CCC or Vibration CSI.</li></ul>

Responsibilities: <ul><li>Lead the development and implementation of instrumentation design strategies for capital projects, including the specification, selection, and procurement of all related equipment.</li><li>Collaborate with multi-disciplinary engineering teams to ensure the integration of instrumentation and control systems with other plant components.</li><li>Manage and mentor a team of instrumentation engineers and designers, setting clear goals and ensuring professional development.</li><li>Sound understanding I&amp;C Deliverables and managing the delivery for scope of work such as P&amp;ID Development, Control System Architecture &amp; Drawing, Instrument sizing calculations, Instrument Data sheets and Specifications for all inline and Online Instruments, Instrument Installation &amp; Bulk Material Specification/TBE, Vendor drawing reviews, Instrument Index, I/O List, Hook-up Drawings and Installation drawings, Interface drawing/scheme of DCS &amp; PCC/MCC, Interlock logic, terminal details, 3D Modelling (Instruments, Cable Trays, Manifolds etc.), All Layouts - Instrument Location, Junction Box, Cable Trays etc., Instrument Power consumption, Cable Schedule, JB Schedule, Panel Schedule Etc., Cable Block Diagram, JB Wiring Diagram, Instrument Wiring Diagrams, Loop Drawings, Develop Control Narratives, Cause &amp; Effects, &amp; Alarm Points, SIL Study &amp; Report, Telecom &amp; CCTV system and associated wiring, Control Panel Specifications, Layout and Drawings etc.</li><li>Knowledge on AVEVA P&amp;ID, AVEVA Instrumentation, and AVEVA Engineering modules, including the creation of datasheet formats and preparation of I/O lists, instrument lists, electrical load lists, and instrument data browsing.</li><li>&nbsp;Ensure compliance with industry standards, safety regulations, and environmental guidelines.</li><li>&nbsp;Conduct technical reviews, risk assessments, and validation of instrumentation designs.</li><li>Manage vendor relationships to ensure the delivery of high-quality and cost-effective instrumentation solutions.</li><li>Serve as the primary technical contact for instrumentation in project meetings and liaise with counterparts to understand their requirements and provide technical support.</li><li>Monitor project progress, budgets, and schedules, ensuring timely and within-budget delivery of instrumentation scopes.</li><li>Evaluate and implement new technologies and practices to enhance efficiency and effectiveness in instrumentation design.</li></ul> Requirements: <ul><li>Bachelor’s degree in Electrical, Electronics, or Instrumentation Engineering.</li><li>Minimum of 10 years of experience in instrumentation design for chemical process plants, with at least 4 years in a leadership role.</li><li>Extensive experience with AVEVA Instrumentation and AVEVA Engineering software.</li><li>Strong knowledge of relevant industry standards (ISA, IEC, ANSI, API).</li><li>Proficient with instrumentation design tools and software (e.g., INTOOLS, AutoCAD, MicroStation).</li><li>Excellent leadership, communication, and organizational skills.</li><li>Proven ability to manage and prioritize multiple projects simultaneously.</li><li>Critical thinking and problem-solving skills.</li></ul>

Responsibilities: <ul><li>Design &amp; Development of Electrical Drawings –SLD’s, wiring diagrams, cable routing layouts, lighting &amp; earthing layouts etc. based on Scope &amp; inputs provided.</li><li>Design &amp; development of I/O list, instrument loop diagrams, instrument location layouts, JB connection diagrams &amp; PLC enclosure layouts etc.</li><li>Collaborate with inter disciplines to get the required inputs to update the drawings.</li><li>Ensure quality of the drawings as per Standards.</li></ul> Requirements: <ul><li>Candidate with 4-6 years’ experience in electrical design &amp; detail engineering in Oil &amp; gas/Chemical/refinery industry.</li><li>Expertise in AutoCAD/MicroStation tool&nbsp;</li><li>Hands on experience in designing the electrical and instrumentation drawings like single line diagrams, schematic diagrams, GA’s, Panel drawings, cable routing drawings, loop diagrams &amp; connection diagrams etc.&nbsp;</li><li>Familiar with electrical design calculations (Cable&amp; conduit sizing, Transformer sizing, lighting calculations, earthing etc.)&nbsp;</li><li>Able to manage multiple projects at the same time.</li><li>Good at communication skills.</li><li>Ability to work collaboratively in a team environment</li></ul>

Responsibilities: You will be required to perform the following: <ul><li>Produce a full-fledged engineering design package that includes all required documents/drawings, for all onshore and offshore oil and gas facilities throughout the Northern Area.&nbsp;</li><li>The design work requires a thorough knowledge and familiarity with the company and industry standards.</li><li>Perform structural design including production of construction documents related to onshore/offshore hydrocarbon facilities.</li><li>Identify design requirements and prepare necessary design calculations using hand calculations and software such as STAADPro V8i or equivalent finite element analysis software.</li><li>Perform engineering assessments for the repair of deteriorated concrete, prepare technical reports and verify ‘As-Built’ record drawings for accuracy.</li><li>Prepare layout plans and structural engineering details for development by draftsmen and designers.</li><li>Prepare detailed scope of work, material take-offs and cost estimates as part of the construction documents.</li><li>Perform field activities such as site surveys and record existing field conditions, take and verify measurements within project area.</li><li>Participate in projects walkthroughs and provide reports of findings.</li><li>Provide mentoring and transfer knowledge, skills and experience to entry-level engineers and designers.</li></ul> Requirements: <ul><li>The candidate shall hold a Bachelor degree in Civil Engineering.&nbsp;</li><li>A Master’s degree in Structural Engineering is preferred. You must have interpersonal skills including ability to communicate and contribute positively to the project design team.</li><li>A minimum of ten-year experience in structural engineering design of reinforced concrete, steel, masonry and wood structures using US Design Codes and Standards.&nbsp;</li><li>Extensive experience using industry codes such as ASCE, ACI, AISC, UBC is required. In addition, the candidate shall have basic architectural knowledge, enough to serve basic building re-designs/renovations/remodeling.</li><li>You should have expertise in using STAADPro software. In addition, you should have working knowledge of Microstation or other drafting software.&nbsp;</li><li>It is required to have a strong technical and engineering design skills in a design office environment.&nbsp;</li><li>A Professional Engineering Registration/License from the US/CA is a plus.</li><li>The candidate must be physically fit to visit offshore sites, which requires going by chopper or boat.&nbsp;</li><li>There shall be no physical/medical restrictions.</li></ul>

Responsibilities You will be required to perform the following: <ul><li>Conduct performance and compliance assessments for gas plants control systems and instrumentation and generate related reports.</li><li>Participate in field investigation and troubleshooting activities when needed and provide recommendation to restore control systems.</li><li>Conduct technical evaluations of control systems and instrumentation purchases.</li><li>Perform engineering studies.</li></ul> Requirements: <ul><li>As successful candidate you must have a Bachelors degree in Electrical/Computer Engineering with minimum of (15) years of experience as field technical support, in the Oil/Gas industry.</li><li>The candidate is expected to have hands-on experience and in-depth knowledge of Distributed Control Systems (DCS), Emergency Control Systems (ESD), field sensors and measurement devices, control valves, safety valves, and process analyzers. It is also expected to have minimum knowledge of cybersecurity requirements for control systems and network.</li><li>The candidate is expected to have knowledge of drawings and international standards related to control systems, instrumentation, and electrical systems.</li></ul>

Responsibilities: <ul><li>Provide technical support for petrochemical unit’s operation readiness, pre-commissioning&nbsp;and commissioning including start-up philosophy and spare part requirements.&nbsp;</li><li>Develop coherent electric equipment specification and data sheet like EHV GIS/AIS Switchgear, Power Transformers, large synchronous/induction motors, HV/LV Switchgears and Control gears, EHV/HV/LV Cables, Bus ducts, EHV GIBs, UPS, Battery Charger, NGR and Panel boards requirement.</li><li>Participate in Electrical Power system studies including Short Circuit, Load Flow analysis, Motor starting, Arc Flash Hazard, Relay coordination and setting using ETAP software.</li><li>Develop and review electrical engineering calculations like Grounding, Earthing, Battery charger, Battery sizing, Transformer sizing, Cable sizing, Electrical Load schedules, Lighting.</li><li>Develop and review Single line diagrams, protection and metering schemes, motor schematics, Electrical Equipment layouts, plant cable routing layouts, lighting and grounding layouts, area classification drawings, substation automation architecture, synchronizing and bus changeover schemes.</li><li>Provides guidance on standards development through technical committee participation. Interprets standards, industry codes (such as NFPA, ANSI IEEE, IEC, API, NEC and NACE) and recommends changes to reduce costs associated with overly stringent requirements.&nbsp;</li><li>Develop and implements strategies and programs to enhance plant availability and to reduce operating and maintenance costs; this includes the application of new technology</li><li>Participate in petrochemical unit’s process optimization and synergy between refinery and petrochemical</li><li>Provide critical electric equipment design review, assessments, RFI’s response, scope of work, vender selection, instruments automation packages, and technology evaluation.</li><li>Review and update refinery and petrochemical redline drawings.&nbsp;&nbsp;</li><li>Provide technical support for capital projects involving petrochemical units at various stages of the project life cycle (pre-feasibility, feasibility, Pre-feed, feed basic design, detailed engineering and construction).</li><li>Researching new technologies, innovative smart sensing solutions, regulations, and other factors that may affect business model and reliability.&nbsp;</li><li>Strong experience in Refinery-Chemicals integration strategies, competitiveness and benchmarking&nbsp;&nbsp;</li><li>Conducting research on competitors to identify opportunities for new products.</li><li>Provide technical input to LP and economics modeling and capital efficiency.</li><li>Provide insights and recommendations in the financial models output and ability to guide management to select the best configurations for LTC projects cases.</li><li>Deliver the tools, templates and systems to ensure the safe, passionately and flawlessly delivery of the project.</li><li>Liaison between Project Management and technical disciplines to achieve integration across all project disciplines.&nbsp;</li><li>Ensure scope, risk and interfaces are captured, manage Interfaces between internal and external parties and documented.&nbsp;</li><li>Participation in all project studies such as HAZOP, SIL Study and HSSE</li><li>Develop Construction System Turnover plan for Project</li><li>Develop system-level sensor architecture design with hardware and software interfaces for various applications.</li></ul> Requirements: <ul><li>Bachelor’s degree in electric engineering preferred advanced degree.</li><li>At least 15 years of experience with a focus in the Refining &amp; Petrochemicals Operation.&nbsp;</li></ul>

Responsibilities: As the successful candidate you will be required to perform the following: <ul><li>Perform field troubleshooting on a daily basis or as requested.</li><li>Participate on major T&amp;Is and emergency plant shutdowns.</li><li>Provide support to maintenance organizations e.g. Machine Shop or Welding Shop by developing repair procedures and following up with on-going repairs.&nbsp;Provide proposals for repairs or avail any ideas that can come from the execution team from a technical stand point&nbsp;</li><li>Participate in facilities audit activities.</li><li>Provide engineering support to repair hydrocarbon leaks, review and approve the bolted clamp calculations and design made by the specialized leak sealing contractor companies to maintenance prior to field installation.</li><li>Review detailed drawings and material specification from Layout Group for piping modifications as requested.</li><li>Participate in HAZOP Studies review.</li><li>Perform piping mechanical calculations like minimum wall thickness for internal and external pressure, branch reinforcement calculations, MAWP calculations as per ASME B31.3, hydrotest pressure, rating and/or de-rating of piping circuits by following API 570, fitness for service to evaluate flaws or damage and determine if the piece of pipe is suitable for continuous operation by using API 579, perform pipe stress analysis using Caesar II, perform flange calculations as per ASME VIII Div 1 App 2 using PVElite, perform nozzle calculations using WRC-107 and WRC-297 modeling the analysis in Caesar II or PVElite.</li><li>Mechanical calculations and technical assessment of all the miscellaneous mechanical items like for example: Expansion Joints, steam Traps, special valves, strainers, quill injector vortex shedding calculations</li><li>Perform Hot Tap calculations by using standard SAEP-311 and API 2201.</li><li>Troubleshoot and assess valve selection, perform mechanical calculations for check valves, perform torque calculations for valve stems, etc.</li><li>Calculate and select spring hangers, provide maintenance with repair procedures.</li><li>Select gaskets type and materials, provide correct specification and applicability to critical services.</li><li>Perform mechanical assessment for firefighting equipment and systems, perform basic hydraulic calculations for deluge systems, sprinklers, fire monitors, get the concurrence from chief fire prevention engineer is required.</li><li>Perform basic structural calculations for temporary supports and any other structure minor modification as requested.</li><li>Evaluate and recommend metallurgical changes along with Corrosion and Inspection specialist</li><li>Along with the repair procedures, develop basic welding procedures for repair of mechanical components and have the concurrence from CSD welding specialist.</li><li>Develop EWRs by preparing detailed design packages including scope of work, assembly/erection procedures, welding procedures, NDT requirements, material list and sketches/drawings.</li><li>Review and approve from the technical standpoint all quotations received as requested by maintenance when deemed necessary (Example: valves, pipe and fittings of special materials, etc.</li></ul> Requirements: <ul><li>You must hold a Bachelor Degree in Mechanical Engineering.</li><li>You should have a minimum of 15 years’ experience within the refinery and/or NGLF industry specifically in asset integrity of piping and valves, with at least 10 years field experience working on plants major turnaround and field troubleshooting.</li><li>You must have a thorough knowledge of best engineering practices, solid industry codes and standards background (ASME, API, NACE, ASTM, ISO) and use of engineering software’s.</li></ul>

Responsibilities:&nbsp;<ul><li>Creating and editing flight-related documents, such as POHs (Pilot’s operating handbook)/Flight manuals and related supplements.</li><li>Generating content related to aircraft maintenance and continued airworthiness, such as AMMs (Aircraft maintenance manual), ICAs (Instructions for continued airworthiness)</li><li>Generating/managing design data for end-user purposes</li><li>Documenting procedures in production and creating/writing procedure instructions using the data retrieved</li><li>Translating technical information into clear, readable documents for technical and/or nontechnical end users</li><li>Working/cooperating with engineers to develop images, drawings, diagrams, charts and technical data needed for supplemental documentation</li><li>Working with structured and non structured tech. pub. authoring tools, photo&amp;video editing tools and CAD tools</li></ul>&nbsp;Requirements&nbsp;<ul><li>An education in a technical/engineering field</li><li>An experience from aviation industry (desirable)</li><li>Excellent technical writing skills</li><li>Excellent attention to details and highly methodical approach to internal workflow procedures&nbsp;</li><li>Deadline-driven and goal-oriented mindset</li><li>Above-average organizational skills</li><li>Superb communication and interpersonal skills</li><li>Knowledge of Technical English or Simplified Technical English</li><li>The ability to interpret and convey technical concepts quickly</li><li>A working knowledge of structured content authoring tools – XML based (desirable)</li><li>Understanding of DITA/S1000D/DocBook specifications</li><li>Understanding of ATA 100/ATA 2200, GAMA and other general aviation-relevant specifications</li><li>Experience with Microsoft Office Suite</li><li>Experience with Adobe suite software (Indesign, Illustrator, Photoshop etc)</li><li>A keen interest in aviation and anything to do with operation and service of the aircraft</li><li>Possession of any pilot’s license (desirable)</li><li>Any knowledge or experience related to aircraft maintenance (desirable)</li></ul>&nbsp;

Responsibilities: <ul><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>Report and analyze key performance indices.</li><li>Make recommendations for technical/economic optimization of existing facilities.</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 capital investment decisions.</li><li>Regularly interact with other professionals in various company organizations involved in capital planning and economic analysis.</li></ul> Requirements: <ul><li>Bachelors Degree in Electrical Engineering from an accredited university. A higher degree is preferred. A Professional Engineer (P.E.) registration is desirable but is not essential.</li><li>Minimum of 15 years working experience in Electrical engineering, with at knowledge and 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 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, Transformer sizing, Cable sizing, Electrical Load schedules, Lighting. Also knowledge of Electrical Power system studies including Short Circuit, Load Flow analysis, Motor starting, Arc Flash Hazard studies, 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.</li><li>Be able to conduct failure analysis and provide recommendations for failed electrical equipment. 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 strong written and oral communication skills.</li><li>You must be willing to work in remote areas depending on the project or task assignments.</li></ul>

Senior Operations Engineer - Architect&nbsp; <ul><li>Occupying a unique position in the global energy industry. We are the worlds largest producer of hydrocarbons (oil and gas), with the lowest upstream carbon intensity of any major producer.&nbsp;</li><li>With our significant investment in technology and infrastructure.&nbsp;</li><li>Headquartered in the Kingdom of Saudi Arabia, and with offices around the world, we combine market discipline with a generations’ spanning view of the future, born of our nine decades experience as responsible stewards of the Kingdom’s vast hydrocarbon resources.&nbsp;</li><li>We are one of the most profitable companies in the world, as well as amongst the top five global companies by market capitalization.</li></ul> Role Description: <ul><li>The Architect has a crucial role in different stages of a project corresponding with representatives from other Units, Departments, Vendors, and Site Managers.</li></ul> Responsibilities: You will be required to perform the following: <ul><li>Receiving Work Requests: Once the work request from the Work Control Group is received, the designer has to schedule the start and end date of the project in coordination with Engineering Support Group. Most of the time she/he will receive more than one job; the designer is to manage time and resources for priority jobs while not delaying planned projects.</li><li>Identifying Project Service Request :There are generally two types of projects: Planned; projects that as allocated funds during the year.</li><li>Unplanned: Does not have allocated funds, but is requested as a priority from Upper Management without any prior planning; like: Executive Houses, quick responses.</li><li>Consult with Work Control. Listing Proponent Requirements: Understanding the Proponent’s Requirements: (functions, activities, preferences, budget, timeline, priorities)</li><li>Studying Existing Requesting security approvals: Fill up a form prior to visiting facility and taking pictures. Filing existing pictures.</li><li>Concept Presentations: Preparing presentations; hardcopies on boards or digital presentations on Power Point</li><li>Giving verbal presentation to the Documenting minutes of meeting and developing design options and estimates</li><li>Engineering Package: CoordinationOnce design is approved the designer works closely with an assigned Architect at the Engineering Group or with the Interior Design in house Architect to develop the engineering package. Other responsibilities include coordination with engineering disciplines; mechanical, electrical, communication and making sure that tasks given are completed in due time and comments are being implemented. Review of Construction Drawings and Scope of Work.</li><li>Construction Support: During Job-X the designer is called upon to discuss with the contractors queries and concerns prior to job bid. Once job is bid to a contractor, designer is to approve all submittals by contractor and lend construction support including site supervision and on resolving sport detail by giving detail drawings and solving design issues.erials’ Specification: Selection and specification of interior and exterior finishes and lighting fixtures. Including selection and specification of furniture, accessories, and signage.</li><li>Proponent Representative on Mega Projects</li><li>General: Reviewing design, materials, and finishes with Design Consultants by physical or virtual reviews.</li><li>Reviewing hardcopy, softcopy and e-review submittals by text comments, PDF comments, hand sketches, or technical drawings and illustrations.</li><li>Verbal comments in Web-X meetings</li><li>Taking minutes of Web-X meetings and distributions</li><li>Traveling to outside consultants office and reviewing their work in workshops</li></ul> Requirements: <ul><li>As the successful candidate you will hold a bachelor’s degree in chemical engineering from a recognized and approved program. An advanced degree is preferred.</li><li>You will have fifteen years’ experience in refining and the petrochemical industries with a specialty in C4 Chain, including at least five in construction, pre-commissioning, commissioning, startup, and operation.</li><li>As a subject matter expert.</li><li>You must have excellent verbal and written English communication skills.</li><li>You must have Engineering Design &amp; Construction phase experience with a thorough knowledge of engineering practices and economic principles in the applicable International Codes, Standards and Specifications.</li><li>A dynamic attitude towards project improvements and savings, PMP Certification is desirable but not mandatory.</li><li>You must have the flexibility to work in multinational teams and mobilize to different locations including remote areas as needed.</li></ul> Working environment <ul><li>Our high-performing employees are drawn by the challenging and rewarding professional, technical, and industrial opportunities we offer, and are remunerated accordingly.</li><li>Our people work on truly world-scale projects, supported by investment in capital and technology that is second to none. And because, as a global energy company, we are faced with addressing some of the world’s biggest technical, logistical, and environmental challenges, we invest heavily in talent development.</li><li>We have a proud history of educating and training our workforce over many decades. Employees at all levels are encouraged to improve their sector-specific knowledge and competencies through our workforce development programs – one of the largest in the world.</li></ul>

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417 technical drawings Jobs found

Compressor Engineer

Instrumentation Lead

Electrical Design Engineer

ASC Civil Structural Design Engineer

Instrument Engineering

Electrical Engineer

Piping & Valves Engineer

Technical Writer

Electrical Engineer

Senior Operations Engineer - Architect

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417 technical drawings Jobs found

Compressor Engineer

Instrumentation Lead

Electrical Design Engineer

ASC Civil Structural Design Engineer

Instrument Engineering

Electrical Engineer

Piping & Valves Engineer

Technical Writer

Electrical Engineer

Senior Operations Engineer - Architect

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