Instrumentation Engineer

Lead Controls & Automation Engineer - New Development

Control System DCS (HGP)

Instrumentation Lead

Instrument Engineering (FGP)

Electrical Engineer

Instrumentation & Process Control Engineer

Thermal Systems Engineer

System Engineer

Responsibilities: <ul><li>Develop refinery and petrochemical unit’s control logic, philosophy, cause and effect&nbsp;</li><li>Participate in petrochemical unit’s process optimization and synergy between refinery and petrochemical</li><li>Review and update refinery and petrochemical redline drawings&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, regulations, and other factors that may affect business model</li><li>Strong experience in Refinery-Chemicals integration strategies, competitiveness and benchmarking&nbsp;&nbsp;</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>Develop, install, calibrate, service, and troubleshoot a wide variety of electronic and pneumatic instrumentation</li><li>Read and interpret blueprints, schematics, and technical manuals</li><li>Perform complex mathematical calculations to determine the correct size and type of instrument required for each application</li><li>Select and specify the most appropriate instruments and components for each installation</li><li>Install, program, maintain, and repair control systems and associated equipment</li><li>Perform Factory Acceptance Tests (FAT), Site Acceptance Test (SAT), Performance Acceptance Test (PAT), control wiring design, and logic design</li><li>&nbsp;Prepare and review all instrumentation engineering deliverables such as design basis, specification, data sheets, instrument index, I/O schedule, logic diagram, cable / JB schedule, Instrument Datasheets and sparing strategy&nbsp;</li><li>Review and comment on project design documents for pressure, flow, temperature, level and analytical field analyzer, in addition to control valves, MOVs, AOVs, and EIVs.</li><li>Develop and update instrument loops diagrams, as well as PFDs, PIDs, ISDs, ILDs, and Data Sheets.</li><li>Lead the instrumentation design, installation, and commissioning of the wiring, cabling, and grounding systems for instrumentation following Company and international standards.</li><li>Develop and update MAC agreement, DCS, ESD, 3rd party system VMS and CCS</li><li>Provide technical support for petrochemical unit’s operation readiness, pre-commissioning&nbsp;and commissioning including instrument loop check philosophy&nbsp;</li><li>Participation in all project studies such as HAZOP, SIL Study</li><li>Review and understanding of communication protocols like Modbus, FieldBus, TCP and General Process Automation Protocols</li></ul> Requirements: <ul><li>Bachelor’s degree in engineering preferred instrument or electric engineering.</li><li>At least 15 years of experience with a focus in the Refining &amp; Petrochemicals instrument engineering.</li></ul>

Role Description: <ul><li>The successful candidate will set high standards of performance for themselves and their projects, maintain a professional demeanor in written and verbal communications while developing innovative solutions.</li><li>The candidate will be a technical lead and manage a small group of development engineers.</li><li>This role will report to the Senior Manager of Controls and Automation.</li></ul> Responsibilities: <ul><li>Lead a team developing control algorithms, system architecture and compiling software for PLC/PAC/SBC based systems, HMI design/implementation, data logging, and communication interfaces related to the drilling industry.</li><li>As a ‘player-coach’ be able to provide feedback and guidance to team members and organize employee performance and evaluations for direct reports.</li><li>Provide accurate system diagrams, loop diagrams, block diagrams, and network diagrams for new or existing software systems.</li><li>Generate design documentation, drawings, operation manuals and related material for systems code and hardware.</li><li>Perform as lead engineer on the solutions developed by the team; understand and ensure compliance with the functional descriptions.</li><li>Mine large sets of data to diagnose and resolve dysfunctions within drilling rig control systems.</li><li>Generate work tasks, organize the ordering and delivery of equipment and materials, and oversee the efficient installation and commissioning of software and equipment.</li><li>Work directly with third party contractors, Operations, Technical Services, and HSE management and rig crews to assist with the execution of a wide variety of company goals including, but not limited to, drilling system controls, R&amp;D projects, etc.</li><li>Provide technical support to field personnel as required to assist with troubleshooting PLC and control system issues.</li><li>Enforce all processes for software change control to ensure that changes are introduced in a controlled and coordinated manner, including documentation and version management.</li></ul>&nbsp;Requirements: <ul><li>Ability to lead of a team, managing multiple tasks and working on multiple projects simultaneously to meet challenging deadlines.</li><li>Demonstrate clear written and verbal communication skills and the ability to promptly give, and follow directions.</li><li>Ability to safely navigate the yard and shop work sites with occasional walking, climbing, standing, stepping, etc. during normal operating conditions (day/night, outdoor hot/cold weather).</li><li>Ability to safely navigate drilling rig work sites including regular walking, climbing, standing, stepping, etc. during various weather conditions (day/night, outdoor hot/cold weather).</li><li>Ability to proficiently use MS Office Suite to develop presentations, correspondence, reports, and schedules (Word, Excel, PowerPoint, etc.).</li></ul> Physical ability to: <ul><li>Lift and carry 50 pounds independently while walking on uneven surfaces</li><li>Bend, stoop, kneel, twist, and crawl occasionally during visits to the field and operational work areas</li><li>Listen for unusual noises that signify equipment and or machinery problems</li><li>Stay alert and focused including during occasional extended work periods</li><li>Maintain spatial orientation and awareness to safely move around the work environment with many moving objects including overhead machinery</li><li>Wear Personal Protective Equipment (PPE) at all designated times</li><li>Ability to regularly travel as needed to visit worksites and support business units; may require extended travel to remote locations and/or overnight stay(s) outside normal office area</li><li>Ability to work on weekends and be on call after hours as needed</li></ul> Demonstrated ability in the following leadership competencies: <ul><li>Builds and Maintains Effective Relationships</li><li>Develops Self and Others</li><li>Builds Effective Teams</li><li>Courageous Leadership</li><li>Managing Vision and Purpose</li><li>Business Acumen</li><li>Drive for Results</li><li>Customer Focus</li><li>Decision Quality</li></ul> Minimum Qualifications <ul><li>Bachelor’s degree in an engineering discipline or related field not limited to Electrical / Mechanical Engineering, Mechatronics, Controls and Automation</li><li>Proven experience in ladder logic design and implementation</li><li>5+ years of HMI development</li><li>5+ years of proven experience with PLC/PAC/SBC programming and HMI development</li><li>Experience with standard communications protocols (Ethernet/IP, Profibus, Profinet, CANBUS, OPC UA, etc.)</li></ul> Preferred Qualifications&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; <ul><li>Experience working in a multi-developer environment</li><li>Proven experience with PLC/PAC/SBC programming related to drilling controls and automation</li><li>Experience in HMI development using Wonderware / WinCC</li><li>Experience in Omron PLC programming using CX-One software</li><li>Experience in deploying solutions using Labview</li><li>Working knowledge of VFD drives, and related equipment used in the drilling industry, preferably Converteam and Yaskawa VFDs</li><li>Certifications: None</li><li>Supervisory Responsibilities: Yes</li></ul>

Responsibilities: <ul><li>Develop refinery and petrochemical unit’s control logic, philosophy, cause and effect&nbsp;</li><li>Participate in petrochemical unit’s process optimization and synergy between refinery and petrochemical</li><li>Review and update refinery and petrochemical redline drawings&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, regulations, and other factors that may affect business model</li><li>Strong experience in Refinery-Chemicals integration strategies, competitiveness and benchmarking&nbsp;&nbsp;</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>Develop, install, calibrate, service, and troubleshoot a wide variety of electronic and pneumatic instrumentation</li><li>Read and interpret blueprints, schematics, and technical manuals</li><li>Perform complex mathematical calculations to determine the correct size and type of instrument required for each application</li><li>Select and specify the most appropriate instruments and components for each installation</li><li>Install, program, maintain, and repair control systems and associated equipment</li><li>Perform Factory Acceptance Tests (FAT), Site Acceptance Test (SAT), Performance Acceptance Test (PAT), control wiring design, and logic design</li><li>Prepare and review all instrumentation engineering deliverables such as design basis, specification, data sheets, instrument index, I/O schedule, logic diagram, cable / JB schedule, Instrument Datasheets and sparing strategy&nbsp;</li><li>Review and comment on project design documents for pressure, flow, temperature, level and analytical field analyzer, in addition to control valves, MOVs, AOVs, and EIVs.</li><li>Develop and update instrument loops diagrams, as well as PFDs, PIDs, ISDs, ILDs, and Data Sheets.</li><li>Lead the instrumentation design, installation, and commissioning of the wiring, cabling, and grounding systems for instrumentation following Company and international standards.</li><li>Develop and update MAC agreement, DCS, ESD, 3rd party system VMS and CCS</li><li>Provide technical support for petrochemical unit’s operation readiness, pre-commissioning&nbsp;and commissioning including instrument loop check philosophy&nbsp;</li><li>Participation in all project studies such as HAZOP, SIL Study</li><li>Review and understanding of communication protocols like Modbus, FieldBus, TCP and General Process Automation Protocols</li></ul> Requirements: <ul><li>Bachelor’s degree in engineering preferred instrument or electric engineering.</li><li>At least 15 years of experience with a focus in the Refining &amp; Petrochemicals instrument engineering.</li></ul>

Responsibilities: <ul><li>We are looking for DCS Engineer to join Shedgum Gas Plant Department You will be responsible for providing technical support to operating facilities, projects, technology deployment, and talent development of new DCS Engineer</li><li>ShGP was brought on stream in 1981. The plant current processing capacity is 2.5 billion standard cubic feet per day (BSCFD) of associated and non-associated gas. The plant products are NGL, Ethane, Sales Gas and Liquid Sulfur.</li><li>We are seeking for control system and instrumentation to work within ShGP control system and instrumentation group.&nbsp;</li><li>The engineer will work with engineering disciplines to enhance and resolve process control and instrumentation activities.</li><li>Additionally, the engineer is expected to participate in the organization initiatives including but not limited to safety program, innovation programs, operation excellence, knowledge sharing, self-development and others programs as required.</li><li>The engineer should have a full knowledge involved with advanced Gas Processing control and adequate technical skills to provide engineering analysis, design and control of assigned projects.&nbsp;</li><li>The Engineer shall check the system performance to ensure it is running up to its design and implement any modification or system enhancement.</li></ul> Requirements:&nbsp; <ul><li>As a successful candidate, he should have a BS in related engineering discipline to control system and instrumentation with (10) years of experience.&nbsp;</li><li>He should have a recent experience with DCS and ESD (Foxboro/ Triconex), Turbine Control System (TCS), Compressor Control System (Allen Bradley) and control system security.</li><li>He should have excellent experience and knowledge in designing and updating/upgrading control system and strong knowledge of relevant codes and standards</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: Candidate main duties and responsibilities will include and limited to: <ul><li>Develop Engineering Design scopes and packages.</li><li>Preform control and relief valves sizing.</li><li>Troubleshoot and investigate systems malfunction and provide recommendations to resolve them.</li><li>Conduct engineering job evaluation for plant modifications proposals.</li><li>Perform and coordinate engineering studies.</li><li>Provide Engineering Support for approved Capital Projects.</li><li>Maintain engineering drawings and Mark-up PFD’s, P&amp;ID’s, ILD’s and data sheets.</li><li>Participate in HAZOP review sessions and ensure that all issues are addressed.</li><li>Work closely with vendors, and consultation departments as needed.</li><li>Conduct and Review major studies and Incident Investigations.</li><li>Assist and provide technical consultation to Maintenance and Operation teams.</li></ul>&nbsp;Requirements: <ul><li>As successful candidate you must have a Bachelors degree in Electrical/Instrumentation Engineering with minimum of (15) years of experience as field technical support, in the Oil/Gas industry. Candidate should have hands-on and in-depth knowledge of international standards and codes instrumentation national code (ENC) and NEMA and instrumentation/control systems such as process measurements, Relief/ control/ ESD valves, analyzers, equipment protection system (Vibration/temperature), fire systems and PLCs.</li><li>Participated in HAZOP, PHA, SIS, SIL, Design Review, Lesson learned workshops.</li><li>Knowledge and experience working with instrumentation &amp; control systems such as process instrumentation, DCS, Fire &amp; Gas, ESD Systems, Analyzers &amp; Valves.</li><li>Hands on experience in design calculations for different instrumentation systems such as analyzers, flowmeters, control valves and others.</li><li>Experience in Procurement support is required for RFQ, Technical Evaluations and Vendor Document Reviews.</li><li>Knowledge and experience working with custody metering systems including flow computers, PLC, HMI and other related software and hardware.</li><li>Advanced knowledge of International and our client Standards</li><li>Familiarity with field instrument types and applications is a must.</li></ul> International certifications <ul><li>Certified Automation Professional (CAP)</li><li>Certified Measurement &amp; Verification Professional (CMVP)</li><li>Certified Automation Engineer (CAE)</li></ul>

Responsibilities: <ul><li>Provide the required technical troubleshooting and assistance to the maintenance staff in resolving power system related problems.</li><li>Provide capital project design reviews and comments for the whole project cycle (design basis scoping paper, project proposals and detailed design packages).</li><li>Perform site activities, such as field engineering, support for pre-commissioning, commissioning and startup.</li><li>Provide all technical support for all field power systems at EWPD facilities and maintain the ETAP models for all plants.</li><li>Prepare conceptual design packages and engineering budgetary cost estimates.</li><li>Develop/review power systems designs for new projects and for extensions to existing systems.</li><li>Review installation, site commissioning and factory acceptance testing for low and high voltage transformers, switchgear, circuit breakers and control gear.</li><li>Analyze the components, design parameters, installation, operation and maintenance requirements of UPS, DC and battery systems.</li><li>Advise on calculation study results and act as leader to implement recommendations. Optimize the conceptual power system design based on system studies.</li><li>Resolve power monitoring system (PMS) software problems.</li><li>Provide project specifications and demonstrate operations and maintenance requirements for transformers, switchgear, circuit breakers and control gear.</li><li>Determine the economics of cost and operation when selecting equipment.</li><li>Assess cathodic protection system.</li><li>Analyze and develop wiring and cable systems designs for new projects and for extensions to existing projects.</li><li>Serve as a technical lead role on ETAP studies, Power Monitoring System (PMS), UPS &amp; DC systems, medium &amp; low voltage Switchgears/Transformers/MCC/Cables/Motors &amp;Generators and protection system during project design and provide support during implementations.</li><li>Analyze cathodic protection surveys and provide recommendations for CP deficiencies.</li><li>Optimize the distribution of CP systems along the pipelines corridors</li><li>Assess the reliability of emergency diesel generators.</li><li>Evaluate the remote power supply and conduct economic analysis for alternative power supply for remote sites.</li><li>Assess the plant grounding and lightning protection systems.</li><li>Assess safety and instrumentation grounding systems and provide recommendations to protect instrumentation and control system against surge and lightning issues.</li></ul>&nbsp;Requirements: <ul><li>BE / BSc in Electrical Engineering.&nbsp;</li><li>Certified as PE in Power field or equivalent, certified as NACE CP (min CP Level-II)&nbsp;</li><li>Project Management Professional (PMP)&nbsp;</li><li>Experience, preferably in the Oil Industry or similar Process Industry.&nbsp;</li></ul>

Responsibilities: <ul><li>Execute capital projects according to the scope, schedule and budget.</li><li>Perform complex technical and administrative tasks relative to the Design and coordination of specialized controls and instrumentation systems.</li><li>Provide technical input and review of the design, construction, pre-commissioning, commissioning and startup of facilities.&nbsp;</li><li>Address technical issues arising in all phases of the project development related to Instrumentation &amp; Process Control parts of the facilities.</li><li>Responsible for project development: engineering studies, technical bid reviews, preliminary engineering, detail designs, materials procurement, construction, pre-commissioning, handover, commissioning and startup.</li><li>Review and provide input to the Functional Specification for PCS and Field Instrumentation that fully comply with our client standards and specifications.</li><li>Manage General Engineering Services (GES) design contractor activities during the development of Pre-FEED &amp; FEED, including definition of project work scope and schedule requirements. Development of detailed estimate leading to funding appropriation and approval.</li><li>Be familiar with international procedures of Projects Phases, Engineering Phases, Bidding procedures, Procurement Processes, Construction Requirements and up to date Best Practices.</li><li>Full understanding of contract documents (inclusive of appendices, drawings and specifications), project execution plan, interface management, change management, construction sequencing, standards specifications and project schedule to support project manager and/or company representative in timely completion of projects.&nbsp;</li><li>Review and resolve day to day contractors’ activities related to assigned project (process) work during construction and ensure HSE compliance.</li><li>Participate in developing Instrumentation &amp; Process Control deliverables and others such as BDs, SLDs, P&amp;IDs, ILDs, ISDs, ISS, C&amp;E diagrams, HAZID, HAZOP, SIL, simulations, control narrative, energy optimization, startup plans, etc.</li><li>Provide design input in the identification, sizing, selection and procurement of field instrumentation including control valves.&nbsp;</li><li>Attend Factory Acceptance Test (FAT) of the Process Control System and resolve any technical issue prior of shipment to site.&nbsp;</li><li>Conduct Site Acceptance Test (SAT) and Integration Site Acceptance Test (ISAT) for all Process Control System and resolve any technical issues that arise.</li><li>Perform change order scope definition, cost estimation and assist the Project Manager or Company representative in change management process.</li><li>Review weekly and monthly reports on the status and progress of the contracts, including project costs and schedule. Attend project meetings e.g. progress, stakeholders, design review, plot plan, value improvement.&nbsp;</li><li>Review of project schedule, coordinate and monitor the assigned project progress and challenge below par performance of the contractor.&nbsp;</li><li>Review, coordinate, and monitor invoices (claimed vs actual physical progress checks) and contractor’s submittals.&nbsp;</li><li>Perform Project Reporting and implementation of company initiatives during project execution.</li><li>Review design/study Instrumentation &amp; Process Control modifications to the facilities.</li><li>Provide routine Instrumentation &amp; Process Control (design and construction) support to facilities.</li><li>Develop and/or review testing and commissioning procedures for Instrumentation &amp; Process Control equipment especially in the facilities.</li><li>Be familiar with leading equipment manufacturers/vendors, international standards and value improvement practices.</li></ul> Requirements: <ul><li>As a successful candidate, you will hold a Bachelor’s Degree in Electrical/Electronics/Instrumentation Engineering from a recognized and approved program.</li><li>You will have a minimum of (15) years of experience in the refining and the petrochemical industries with a specialty in Instrumentation &amp; Process Control, including five (5) years of field experience in construction, pre-commissioning, commissioning, startup, and operation.</li><li>You will also have;</li><li>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>Expertise in specific control &amp; instrumentation disciplines such as Advanced process control (APC), Distributed control systems (DCS), Programmable logic controllers (PLC), Supervisory control and data acquisition (SCADA), Emergency shutdown system (ESD) &amp; etc.</li></ul>

Responsibilities: <ul><li>Design and Development of a wide range of Thermal Management Systems (TMS) (Conventional/Electric Powertrain Cooling Systems (P-CS), Battery Thermal Management Systems (BTMS), Hydrogen and Fuel Cells Powertrains, Environmental Control Systems (ECS) and air-conditioning (A/C) etc.) from the Conceptual Design to the Integration and Entry into Service phases.</li><li>Active participation in a broad spectrum of applications and Aircrafts’ Development such as Conventional, Hybrid and Electric Aircrafts, Experimental Prototypes and serial production for Fixed Wing Aircrafts and VTOLs.</li><li>Implementation and leveraging of advanced Thermal Simulation (0D – CFD) tools (using both Commercial Software and Internally developed codes and algorithms) to perform analyses to drive the design and the validation of TMS.</li><li>Supervise the development and integration of the 3D CAD models of the System and its components.</li><li>Collaborate with the Testing Teams (Ground and Flight Test) to plan and conduct Testing activities to validate the Design and verify the performance of different TMS.</li><li>Preparation of detailed Technical Documentation (Analysis and Simulation results, procedures, Test Plan/Reports, Project Deliverables, etc.)</li><li>Working closely with other Departments (Electrical, Mechanical, Airworthiness etc.) to integrate thermal solutions into the overall design of the aircraft. Address thermal challenges at various stages of projects’ development.</li><li>Assist in the Suppliers’ Selection and Management</li></ul>&nbsp;Requirements: <ul><li>MSc or PhD degree in Aerospace/Mechanical Engineering or a related field.</li><li>Minimum 3 years of work experience in the field of Thermal Management Systems such as:</li><li>Thermal or Electric Powertrain CS</li><li>Battery Thermal Management Systems (BTMS)</li><li>Environmental Control System and/or Air Conditioning</li><li>Hydrogen and Fuel Cells Powertrain</li><li>Strong Thermal Engineering Background (Thermodynamics, Heat Transfer, Fluid-Dynamic).</li><li>Proficiency with System Level (0-D/1-D) Modelling and Simulation tools (AMEsim, Simscape, Modelica etc.). Basic understanding of Aerodynamics and CFD knowledge is preferred.</li><li>Experience with Electronics Thermal Management Systems Design and Development is preferred (Heat Sinks, Heat Pipes etc.)</li><li>Experience with 3D CAD and engineering design tools (preferably SolidWorks)</li><li>Hands-on experience in Prototyping, Testing and Validation of Thermal Systems (ideally for aerospace settings).</li><li>Excellent problem solving, communication and collaboration skills, precise and patient character.</li><li>Proactive and able to work with a minimum of supervision.</li><li>Strong ability to think out of the box.</li><li>Hands-on attitude.</li><li>Understanding of programming languages (preferably Python).</li><li>Fluent English language skills.</li></ul>

Responsibilities: Drive the system engineering tasks on the allocated project including:.<ul><li>Compile and maintain the Systems Engineering Management Plan (SEMP).</li><li>Develop specifications of the system and lower level subsystems to the point that the development team can design to specification.</li><li>Develop Interface Control Documents (ICDs).</li><li>Develop architectural design in consultation with design authorities at various levels of the system and capture in design descriptions, specifications and layout drawings</li><li>Work closely with specialists in a multidisciplinary team.</li><li>Technical management (of multidisciplinary) including performance trade-offs and managing the development team and technical outputs as well as functional areas (i.e. environmental, EMC, aerodynamics, simulations, guidance and control, software, etc.).</li><li>Coordinate with logistics/product support development and safety to ensure that specialist engineering capability fields such as reliability, maintainability, transportability, producibility, etc. are implemented in the design</li><li>Develop the Test and Evaluation Master Plan (TEMP).</li><li>Support system qualification by ensuring that test results are documented in order to write compliance reports proving compliance of the design to the specification</li><li>Work closely with specialists in a multidisciplinary team.</li><li>Follow methodology to meet Quality Assurance requirements including test repeatability.</li><li>Maintain a decision register documenting major decisions from trade-off studies.</li><li>Coordinate and lead the technical Design Reviews in accordance with the Acquisition Process/Systems Engineering Phases including System Requirements Review (SRR), System Design Review (SDR), Preliminary Design Review (PDR) and Critical Design Review (CDR) and coordinate with all engineering disciplines and design authorities to present at these reviews for compliance to the review checklist</li><li>Coordinate and lead Test Readiness Reviews (TRRs) ahead of important ground tests (airframe structural test, GVT, etc.) in coordination with engineering disciplines and design authorities and ahead of flight tests in coordination with the Flight Test department.</li><li>Hold Configuration Control Board (CCB)/ Project Configuration Management Boards (PCMBs) with design authorities, CM, QA and safety to process Engineering Change Proposal/Notice/Requests (ECPs/ECNs/ECRs)</li><li>Participate in Material Review Boards (MRBs).</li><li>Generate technical work packages, reports and presentations as required to support the PM in preparation for PMRs.</li></ul> Requirements: Qualifications/Education/Experience/Training <ul><li>Minimum academic requirements and/or technical qualifications and minimum previous professional experience required.</li><li>Engineering degree in Aerospace, Electrical, Mechanical or Software Engineering.</li><li>Minimum 10 years working experience in a high tech environment, preferably 15 years in aerospace.</li><li>Minimum 5 years and preferably at least 10 years working experience as a systems engineer.</li><li>Previous working experience within the aeronautics engineering environment is preferable.</li></ul>

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475 control systems design Jobs found

Instrumentation Engineer

Lead Controls & Automation Engineer - New Development

Instrumentation Engineer

Control System DCS (HGP)

Instrumentation Lead

Instrument Engineering (FGP)

Electrical Engineer

Instrumentation & Process Control Engineer

Thermal Systems Engineer

System Engineer

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Skills

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475 control systems design Jobs found

Instrumentation Engineer

Lead Controls & Automation Engineer - New Development

Instrumentation Engineer

Control System DCS (HGP)

Instrumentation Lead

Instrument Engineering (FGP)

Electrical Engineer

Instrumentation & Process Control Engineer

Thermal Systems Engineer

System Engineer

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