Electrical Drafts Man Jobs in Oman

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><p>Job title TL Instrument SR2 Grade Stream OQ RPI Function Assets Management SR2 Instrument Location Oman Suhar Budget control *OPEX and/or CAPEX and/or Revenue amount as relevant* Reporting to Head of Assets Management SR2 Direct reports 10: <br> Sr/ Engineer (1) <br> Supervisor (1) <br> Sr /Specialist (2) <br> Sr Technician/ Technician (6) Job purpose <br> Leads, and coordinates, the Instrument Maintenance Works, and the designated team for SR2 and all related operations under Head of Assets Management SR2 scope, acting as Technical Service provider of maintenance and execution of minor projects, modifications in accordance with the technical standards to maintain the assets through: (1) Leading the design Maintenance instrument services on planned / un-planned maintenance works utilizing best practice. (2) Coordination and supervision of assets, products and maintenance work in the designated area, (3) Implement plans and coordinate instrument maintenance works (4) Lead the designated staff (team) and external contractors in performing electrical maintenance services on planned / un-planned maintenance (CM, PM &amp; TA) activities ; in order to ensure plant equipment availability, reliability &amp; optimization of cost / resources while facilitating smooth operations of the plant to meet operational targets. <br> <br> The position will act in accordance with the Group s Mission, Vision, Values &amp; Strategies, as well as, policies, guidelines, and standards, supported by IT Technology platform, HSE standards, Omani government &amp; other legal justifications, and best international practices in consonance with national objectives Main tasks and responsibilities <br><br> SR <br> Plant Area Acronym Details Area1 CDUs, VDU &amp; DCU Crude / Vacuum Distillation <br> Area2 RFCC Residue Fluidized Catalytic Cracking <br> Area 3,4,5 <br> HCU, <br> Hydrotreaters <br> HGU <br> <br> Hydrocracker Unit <br> Hydrotreaters : Hydro-desulfurization (HDS) to remove sulfur and nitrogen compounds from natural gas and other refined petroleum products like diesel, gasoline, and jet fuel. <br> Hydrogen Generation Unit : Pre-desulfurization section, followed by desulfurization, reforming and process gas cooling with high temperature shift conversion to increase the hydrogen content of the process gas. <br> Area 6 Offsite Operations Tank Farm, Waste-water Treatment, Sulfur Granulation, Non-Plant areas Utilities Utilities Steam, fuel, various waters, air, electric power, and sewers, <br> <br>Instrument <br> Equipment Lead the teams for the execution of Maintenance works related with the following equipment / aspects: <br> Pressure transmitters These instruments measure the pressure of fluids or gases in pipes, tanks, and vessels. They are used to ensure that the process is operating within safe pressure limits. Temperature transmitters gauges, Thermowells, <br> Thermocouple Assemblies. These instruments measure the temperature of fluids or gases in various process equipment, such as heat exchangers, reactors, and distillation columns. <br> They help to ensure that the process is operating within the desired temperature range. Flow meters These instruments measure the flow rate of liquids and gases in pipes and vessels. They are used to monitor the amount of material being transferred between different process stages. Level transmitters These instruments measure the level of liquids and solids in tanks and vessels. They are used to ensure that tanks are not overfilled or emptied too quickly, which could result in safety hazards or process disruptions. Analyzers These instruments measure the chemical composition of process streams. They are used to monitor the quality of products and ensure that the process is operating within the required specifications Control valves / Instrument Manifold / Positioners. These are critical components that control the flow of fluids in process equipment. They are used to adjust the flow rate, pressure, and temperature of the process stream to maintain optimal process conditions. Safety relief valves These are critical components that protect equipment and personnel from overpressure conditions. They are designed to open automatically when the pressure exceeds a predetermined level, releasing excess pressure and preventing equipment damage or personnel injury. <br> <br> Accountabilities: <br> Team management: <br> Leading a team of Instrument maintenance engineers, supervisors, and technicians by assigning Instrument maintenance tasks, monitor the progress, providing feedback, training, and manage the team performance. <br> Develop and provide effective Training Program for the development of young engineers. <br> Evaluate job performance for the assigned maintenance team and assist Head of Maintenance in setting key performance indicators for the department. <br> Provide guidance &amp; support to maintenance team on identifying critical issues, repetitive failure of rotating equipment (RCA) &amp; work backlogs. <br> Lead the development and ensures execution of Training Program for the development of young engineers. <br> Maintains technical expertise in functional areas of process Instrument. <br> Reviews policies of warehouse materials/spare parts and determines strategy of their handling and procurement <br> Develops IDP of Omanis within the section, prepares training programs and monitors their implementation <br> Participate in Management of Change (MOC) committee review meetings. <br> Monitors staff attendance, attitude and implements discipline within the section. <br> Prepare annual leave plans. <br> Equipment maintenance <br> Implements the Preventive Maintenance (PM) plan within his section. <br> Accountable for all work for instruments maintenance and calibration to the SR2 facility / buildings. <br> Accountable for continuous availability of Instrument equipment such as switchgear, transformers, motors, drivers, UPS/BC, generation system, communication system. <br> Ensure application of best work practices in execution of Instrument maintenance jobs. <br> Responsible for issuing Work Permits on Instrument side and implementing Lock Out Tag Out (LOTO) procedure. <br> In emergency drills or emergencies maintains close liaison with On-Scene Commander and Operation Coordinator, for ensuring quick restoration of power. <br><br></p></div></section><section><p class="heading">Desired Candidate Profile</p><p class="paragraph"></p><p>Minimum Qualifications for this position are a bachelor in Instrument/Electronics Engineering or equivalent</p><p>Excellent knowledge of written, read, and spoken English (required) | Arabic - Native (desirable)</p><p><strong>Background and experience</strong></p><p><strong>Competencies and skills</strong></p><p>TL 8-10 years of relevant experience 10-12 years of relevant experience</p><p>Relevant experience in instrument Maintenance Services inclusive of 4 years of relevant experience as Maintenance Team Leader role (Oil &amp; Gas / Petrochemical or Refinery Plant experience preferred).</p><p>Experience in bids evaluation and knowledge of contracts management &amp; spare parts optimization.</p><p>Experience and knowledge in project planning, cost control, contract development, installation, trouble shooting, and start-up.</p><p>Sound judgment in technical matters with good skills in engineering field materials specifications and international standards.</p><p>Good experience in handling of Maintenance Contracts and shutdown related jobs.</p><p><strong>Knowledge of:</strong></p><p>Computerized Maintenance Management Systems (CMMS)</p><p>Expertise in SAP- PM</p><p>Process Equipment Life-Cycle Management</p><p>Experience in condition monitoring systems on rotating equipment.</p><p>Good knowledge in Quality Assurance, Quality Control and HSE plans.</p><p>Familiar with techniques for ensuring data integrity with various integration of information/ reports</p><p>Knowledgeable in HSE plans related to maintenance activities.</p><p>Understanding of Process (P&amp;IDs / PFDs) &amp; Engineering drawings and OEM manuals.</p><p><strong>Instruments:</strong></p><p>Knowledge of instrument control loops.</p><p>Familiar with Systems, Applications and Products in data processing (SAP).</p><p>Experience on Local control station/ Plant interface bus and DCS.</p><p>Good knowledge of modern maintenance technologies &amp; maintenance Planning and execution of Instrumentation Equipment s, Analysers, Calibrations, control systems, ESDs</p><p>Good knowledge of Foundation Field bus Instrumentation .</p><p>Proficient in Functional safety , SIL &amp; ESD Instrumentation and Maintenance requirements.</p><p><strong>Soft:</strong></p><p>Leadership and people management skills</p><p>Demonstrated leadership impact to deliver improved and sustained performance</p><p>Through use of facts</p><p>Troubleshooting and result oriented</p><p>Able to build relationships within department staff and contractors with a focus on collaboration.</p><p>Ability to manage multiple priorities in a diversified and critical environment.</p><p>Verbal and writing reporting skills-effective Communication</p><p><strong>Technical</strong></p><p>Computer Literacy including MS Office</p><p>Root Cause Analysis (RCA)</p><p>Reading and interpreting engineering drawings</p><p>Project Management</p><p>Developing and Modifying Technical Procedures</p><p>Ability to align the requirements of operations and maintenance</p><p>Familiar with techniques for ensuring data integrity with various integration of information/ reports</p><p>Knowledge in estimating, budgeting, and cost control.</p><p>Process automation protocols, such as (HART, Profibus and SDS).</p><p>Entis Tank management system and tank gauging.</p><p>Instruments calibration.</p><p>Conducting Safety Integrated Level (SIL) Study.</p><p>Quality and safety standards.</p><p>Bid Review.</p><p></p></section>

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><p>Conduct reliability studies and recommend appropriate planning reserve margins. Develop methodologies for assessing system adequacy and security of supply to support Oman s energy transition and electricity-sector decarbonization. Assist the Director of Planning &amp; Economics in the preparation of the seven year statements. Develop planning methodologies and analytical frameworks to support renewable energy integration, standalone battery energy storage systems, pumped hydro storage, hydrogen and other emerging low-carbon technologies. Liaise with key stakeholders to define data requirements, coordinate data collection and ensure input assumptions are complete, consistent and fit for planning and modelling purposes. Manage and undertake day-to-day modelling activities including generation expansion planning, production cost modelling, plant operational simulation studies and fuel usage studies. Evaluate resource options for electricity and water supply, including specific supply technologies with their cost and operating parameters, and maintain associated databases necessary for resource planning. Assess capacity contribution of conventional and renewable generation technologies. Evaluate system flexibility, operability and balancing requirements under increasing renewable energy penetration, including the role of standalone BESS, pumped hydro storage, demand-side resources and other flexibility options. Assess risks and develop mitigation plans associated with demand and supply contingencies. Prepare project definition handover reports to initiate procurement actions. Lead the development and enhancement of generation expansion planning, production cost, resource adequacy and flexibility assessment models. Conduct scenario analysis and evaluate the impact of policy, market and technology developments on future power and water supply requirements. Prepare effective communication of planning issues, methodologies, analytical results, and recommendations via reports, memoranda, presentations and letters. Provide technical expert oversight for planning studies undertaken internally or by consultants, including review of methodologies, assumptions, analyses and deliverables. Review and challenge consultant studies, modelling assumptions and planning methodologies. Develop and apply models for forecasting electricity and water demand. Support the sourcing, collection, and maintenance of input data for demand models. Coordinate effectively with stakeholders in demand forecasts, such as electricity distribution and supply companies, water companies, OETC, , APSR, etc. Provide planning assumptions and analytical inputs to support forecasting of PWP budgets for water and power expenditures. Prepare forecasts of fuel requirements and fuel nominations for MEM and IGC. Review models for forecasting electricity and water demand. Assess uncertainty and risks associated with demand forecasts and develop probabilistic forecasting approaches where appropriate.Assist in the development of advanced forecasting tools considering up to date market developments. Provide expert advice and recommendations to management on Long-term energy strategic planning, procurement, energy transition, energy storage deployment, electricity-sector decarbonisation, and sector development matters. Evaluate decarbonization pathways and emerging technologies including renewable energy, energy storage, hydrogen and demand side resources and other low-carbon flexibility soluations. Assess economic and operational implications of energy transition policies. Support development of long-term sector strategies and strategic planning initiatives. Conduct benchmarking of international best practices and emerging trends. Develop and maintain pricing models tailored for the Oman power and water sectors. Prepare pricing or tariff schedules for electricity and water desalination for PWP s customers as needed. Employ relevant pricing and system planning models to ensure accurate and timely determination of the prices. Keep abreast of the various emerging system and planning issues. Identifies key issues and constraints and formulate processes and policy on Bulk Tariffs. Provide analytical support related to bulk supply pricing and tariff calculations. Develop advanced economic and financial models to support tariff analysis, pricing studies, commercial evaluations, and strategic planning activities. Assess the implications of market reforms and regulatory changes on pricing methodologies. Provide expert economic and commercial analysis in support of procurement and contract negotiations to assure Economic Purchase of supply. Conduct research, analysis, and prepare documentation to support tariff benchmarks and reference points for tariff evaluation. Develop models or inputs to models for tariff evaluation. Maintain databases and models relevant to tariff evaluation. Establish modelling standards, procedures and governance frameworks. Mentor planning personnel and support capability development within the department. Promote innovation and continuous improvement in planning methodologies and tools. Communicate risks and issues to management through the production of monthly reports. Assist in the preparation of relevant sections of annual report for the previous year. Assist in the preparation of relevant sections of 7 Year statement report.</p></div></section>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p>Testing &amp; Commissioning Roles &amp; Responsibilities</p><br><p>The T&amp;C engineer is responsible for planning test procedures, coordinating with construction teams, verifying equipment installation, and conducting functional and performance tests. Supervisors assist in site inspections, documentation, and ensuring safety compliance. Technicians execute testing activities, record readings, and report abnormalities. Quality and safety teams ensure adherence to regulations and risk control measures. Proper documentation, reporting, and handover to the client are key responsibilities, ensuring the system is reliable, efficient, and ready for operation.</p><br><p>From Basic Cable schedule preparation, LVAC &amp; LVDC Commissioning, GIS &amp; CRP Interlock, Scheme Tests,</p><br><p>Auxiliary Relay Test, Back up Relay Test &amp; Remote End modification works etc</p><br> </div>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p>Architecte Calculateur F/H</p><br><br><p>CDI</p><br><br><p>Ingénieur &amp; Cadre</p><br><br><p>Temps complet</p><br><br><p>Intégré-e au sein de la Direction Technique, vous rejoindrez le Centre d'Ingénierie Contrôle Moteur et Puissance spécialisé dans le développement de calculateurs pour l'aéronautique et le spatial.<br>Rattaché-e à l'équipe de développement produit, en tant qu'architecte calculateur, vous travaillerez en équipe intégrée et assurez la passerelle entre les mondes du système du Hardware et du Software.<br>Vous serez garant-e de la performance de la chaine fonctionnelle électrique (moteur/électronique, boucle de régulation / algorithme de contrôle/commande), vous êtes l'interface privilégiée :<br>- Avec l'équipe système en charge de dimensionnement de la chaine cinématique.<br>- De l'ingénierie électrotechnique en charge du développement du moteur électrique.<br>- Et le pilote technique de l'équipe de développement local en charge du développement Hardware et Software formelle.<br>Vos activités seront les suivantes : <br>- Support client interne/externe pour la maturation des spécifications fonctionnelles.<br>- Rédaction de spécifications fonctionnelles<br>- Spécification de scénarios de test <br>- Participation aux phases d'intégration maquette et prototype sur banc de test moteur.<br>- Développement de modèles Matlab/Simulink.</p><br><br><p>Un cadre de travail moderne et agréable<br>Notre site, construit en 2021, offre des locaux neufs, spacieux et confortables, pensés pour favoriser le bien-être et la collaboration au quotidien.</p><br><br><p>De formation supérieur de niveau BAC+5 école d'ingénieur ou équivalent, vous disposez d'au moins 5 ans d'expérience dans le contrôle d'actionnement électrique dans les systèmes embarqués. <br>Une bonne capacité d'analyse et de restitution est requise ainsi qu'une bonne aptitude à vulgariser et parler le langage du software et du hardware. <br>Vous savez vous exprimer en anglais à l'oral comme à l'écrit. Vous êtes le point focal technique pour nos clients et collaborateurs pour des projets à l'international.<br>Rejoignez-nous ! </p><br><br><br> </div>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p><span><strong>About us</strong>&nbsp;</span></p><br><p><span>Worley is a global company of energy, chemicals and resources experts headquartered in Australia. We partner with our customers to deliver projects and create value across the life of their assets. We specialize in consulting, engineering, procurement and construction across the project lifecycle, with services extending through to operations and decommissioning. Leveraging extensive experience and AI-enabled delivery, we support customers in navigating complexity as they meet today's needs and transition to more sustainable solutions.&nbsp;</span></p><br><p><span><i><strong><u>Primary Responsibility</u>:</strong></i></span></p><br><ul><li><span><i>Supervision of OHL and Cable foundations</i></span></li><li><span><i>Review and approval of method statements.</i></span></li><li><span><i>Review of risk assessments and implementation of control measures.</i></span></li><li><span><i>Ensuring compliance with HSE requirements during construction activities and adherence to AFC drawings.</i></span></li><li><span><i>Supervision of civil works associated with OHL projects, including foundations and related infrastructure.</i></span></li><li><span><i>Monitoring site activities to ensure adherence to project specifications, quality standards, and construction schedules.</i></span></li></ul> <p><span><i><strong><u>Education, Qualifications and Experience:</u></strong></i></span></p><br><p><span><i>Bachelor of Engineering with 12 years of experience</i></span></p><br><strong>Moving forward together</strong><br><p>We want our people to be energized and empowered to drive sustainable impact. So, our focus is on a values-inspired culture that unlocks brilliance through belonging, connection and innovation. We're building a diverse, inclusive and respectful workplace. Creating a space where everyone feels they belong, can be themselves, and are heard.</p><br><p>And we're not just talking about it; we're doing it. We're reskilling our people, leveraging transferable skills, and supporting the transition of our workforce to become experts in today's low carbon energy infrastructure and technology. Whatever your ambition, there's a path for you here.</p><br><p>And there's no barrier to your potential career success. Join us to broaden your horizons, explore diverse opportunities, and be part of delivering sustainable change.</p><br> </div>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p>Ingenieur-e Electronique Analogique/Puissance F/H</p><br><br><p>CDI</p><br><br><p>Ingénieur &amp; Cadre</p><br><br><p>Temps complet</p><br><br><p>Au sein de la Direction Technique de Safran Electronics &amp; Defense, vous intégrerez le Centre d'Ingénierie Contrôle Moteur et Puissance du site de Valence, spécialisé dans le développement de calculateurs et équipements électroniques embarqués pour les applications aéronautiques et spatiales.<br>Vous serez acteur-trice du développement de nouvelles architectures électroniques de puissance destinées aux systèmes critiques embarqués de demain.<br>Dans ce cadre, vos principales responsabilités seront :<br>-Concevoir des cartes électroniques analogiques et de puissance depuis l'expression du besoin jusqu'à la qualification.<br>Définir les architectures de conversion d'énergie adaptées aux contraintes aéronautiques.<br>Concevoir et dimensionner des convertisseurs DC/DC, AC/DC, DC/AC et des étages de puissance de quelques dizaines de watts jusqu'à plusieurs dizaines de kilowatts.<br>Réaliser le dimensionnement des composants magnétiques (transformateurs, inductances, filtres) et des composants de puissance.<br>Participer à la prise en compte des contraintes CEM, thermiques, derating et fiabilité.<br>Participer aux essais en laboratoire et à l'analyse des résultats.<br>-Assurer le suivi technique des développements électroniques<br>Contribuer à la constitution des dossiers de justification et de certification<br>Participer aux revues de conception et aux analyses de risques<br>Accompagner les transferts vers la production et le support aux équipes industrielles<br>-Contribuer aux projets R&amp;T/R&amp;D et aux développements de nouvelles générations d'alimentations embarquées.<br>Participer à l'introduction de nouvelles technologies de composants de puissance (SiC, GaN).<br>Apporter votre expertise technique aux équipes projets et contribuer à la montée en compétence du métier.</p><br><br><p>Diplômé-e d'un BAC +5 spécialisé en électronique, vous avez acquis une expérience significative dans le domaine de l'électronique analogique. <br>Vous possédez tout ou partie des compétences suivantes :<br>-Conception de convertisseurs de puissance DC/DC, AC/DC et DC/AC.<br>-Dimensionnement des composants de puissance, des composants magnétiques (transformateurs, inductances) et des filtres CEM.<br>-Connaissance des semi-conducteurs de puissance traditionnels et de nouvelle génération (MOSFET, IGBT, SiC, GaN) ainsi que de leurs circuits de commande (drivers).<br>-Simulation électronique analogique et électronique de puissance (LTspice, PSpice, Saber ou équivalent).<br>-Analyse thermique, rendement énergétique et fiabilité des équipements.<br>-Connaissance des contraintes de compatibilité électromagnétique (CEM) et de l'environnement aéronautique.<br>-Conception de cartes électroniques analogiques et de puissance embarquées.<br>-Connaissance des essais environnementaux aéronautiques et des exigences associées (DO-160).<br>-Une connaissance des processus de développement d'équipements aéronautiques certifiables (DO-254) serait un plus.<br>Vous êtes reconnu-e pour :<br>-votre curiosité technique ;<br>-votre rigueur d'analyse ;<br>-votre autonomie ;<br>-votre capacité à travailler au sein d'équipes pluridisciplinaires ;<br>-votre goût pour l'innovation et les défis technologiques.</p><br><br><br> </div>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p>FLP-T Architecte/Responsable Distribution électrique véhicule F/H</p><br><br><p>CDI</p><br><br><p>Ingénieur &amp; Cadre</p><br><br><p>Temps complet</p><br><br><p>Vous avez conçu des architectures électriques pour des véhicules produits à grande échelle. Chez Safran, vous mettrez cette expertise au service de systèmes stratégiques à haute criticité où la robustesse, la disponibilité et la sécurité sont des enjeux majeurs.<br>Rejoignez Safran Electronics &amp; Defense et contribuez au développement du système FLP-T, une solution de lancement de munitions de nouvelle génération intégrant lanceur, paniers de munitions et camion porteur (TEL).<br>En tant qu'Architecte Électrique Système, vous êtes le référent de l'architecture électrique globale du système. Vous intervenez dès les phases amont de conception et accompagnez le développement jusqu'à l'intégration, la qualification et l'industrialisation.<br>Votre rôle consiste à :<br>• Définir et faire évoluer l'architecture électrique du système dans son ensemble (production, distribution et protection de l'énergie, interfaces de puissance). <br>• Garantir la cohérence des interfaces électriques entre le camion porteur, le lanceur, les systèmes embarqués et les munitions. <br>• Piloter techniquement les activités du Bureau d'Études électriques et orienter les choix de conception. <br>• Définir l'architecture des faisceaux, câblages et harnais en intégrant les contraintes d'intégration, de maintenance et de robustesse. <br>• Sélectionner et spécifier les équipements électriques et électroniques adaptés à des environnements sévères. <br>• Garantir la conformité des architectures vis-à-vis des exigences de sécurité électrique, de compatibilité électromagnétique (CEM) et de sûreté de fonctionnement. <br>• Contribuer aux analyses de risques, aux revues techniques et aux arbitrages d'architecture. <br>• Accompagner les activités d'intégration, d'essais, de qualification et d'industrialisation. <br>Au sein d'équipes pluridisciplinaires (systèmes, mécanique, logiciel, essais, production), vous jouez un rôle central dans la réussite d'un programme stratégique à forte valeur technologique</p><br><br><p>Rejoindre Safran Electronics &amp; Defense, c'est l'opportunité de :<br>• Travailler sur un système complet associant véhicule, lanceur et munitions, avec une vision globale du produit et de ses performances. <br>• Mettre à profit une expertise acquise dans l'automobile ou l'industrie pour relever de nouveaux défis technologiques dans le domaine de la défense. <br>• Évoluer dans un environnement technique de haut niveau où les décisions d'architecture ont un impact direct sur les performances du système. <br>• Collaborer avec des équipes pluridisciplinaires couvrant l'ensemble du cycle de développement, de la conception aux essais terrain. <br>• Bénéficier des opportunités d'évolution d'un grand groupe international, vers l'expertise technique, l'architecture système ou le pilotage de programmes. <br>Safran favorise l'équilibre entre vie professionnelle et vie personnelle grâce à des modalités de travail adaptées aux activités, ainsi qu'à une politique de rémunération attractive incluant intéressement, épargne salariale et avantages sociaux Groupe.</p><br><br><p>Diplômé(e) d'une formation Bac+5 en génie électrique, électrotechnique ou électronique de puissance, vous justifiez d'une expérience significative dans la conception et l'architecture de systèmes électriques embarqués complexes.<br>Vous avez développé votre expertise dans des environnements exigeants tels que l'automobile, le poids lourd, les véhicules spéciaux, le ferroviaire, l'aéronautique ou la défense.<br>Vous maîtrisez notamment :<br>• La définition d'architectures électriques complètes et de réseaux de distribution d'énergie. <br>• L'intégration de systèmes embarqués sur plateformes mobiles. <br>• La conception et l'industrialisation de faisceaux, câblages et harnais complexes. <br>• Les problématiques de sécurité électrique, de compatibilité électromagnétique (CEM) et de sûreté de fonctionnement. <br>• Les activités de validation, qualification et essais. <br>Une expérience dans le domaine automobile ou chez un équipementier est particulièrement appréciée.<br>Au-delà de vos compétences techniques, vous êtes reconnu(e) pour votre capacité à prendre de la hauteur sur des problématiques complexes, à fédérer des équipes pluridisciplinaires et à porter des décisions techniques structurantes.<br>Vous appréciez les environnements où l'autonomie, la rigueur et l'esprit d'initiative sont valorisés.<br>Vous souhaitez mettre votre expertise au service de systèmes à forte criticité et contribuer à des programmes stratégiques répondant à des enjeux de souveraineté et de sécurité.</p><br><br><br> </div>