Marine Engineer Job in Exxonmobil

What you will do Guide development of recommendations for field-specific development concepts for production and transportation of various products (e.g crude, LNG, liquid CO2, NH3, others),covering the full life-cycle of the asset. Identify and champion implementation of suitable emerging technologies in marine space to improve safety,drive competiveness and step-changes in value realized. Perform design verifications and fitness-for-service assessments of offloading systems, and advise Operations on residual risk, testing programs and equipment strategies. Support marine integrity management and life extension activities; lead RCFAs and risk assessments related to hull,mooring,marine systems,offloading and marine operations. Evaluate loads and responses of offshore structures(e.g. floaters, risers/umbilicals,offloading systems),taking into account key critical parameters and inter-disciplinary interfaces. Guide development and/or qualification of new technologies for implementation in the field of marine engineering. Perform floating systems condition,damage, and degradation assessments;evaluate system reliability and operational risks. Provide advice / guidance on application of various industry codes and standards(e.g. API, ISO, ABS, DNV) and assessment methods; manage interfaces with Classification Societies and local regulators. Monitor and provide engineering oversight of third party engineering contractors and marine service providers to our Business Partners. Review, interpret, and evaluate contractor-supplied design and engineering deliverables; guide contractor in selection of analysis tools and methodologies. Sustain ExxonMobil's culture of safety and support compliance with established safety management systems for our fleet of floating assets. Support ExxonMobil's vision to lead in the energy transition. Mentor and guide less experienced marine engineers in the area of naval architecture and marine engineering. About You Skills and Qualifications Bachelor of Engineering or Ph.D. degree in naval architecture, offshore engineering, ocean engineering or a related discipline (e.g aerospace,structural) from recognized university with CGPA 6 & above Minimum 3 year s of experience in a position dealing with naval architecture/marine engineering or closely-related professional engineering experience in the oil and gas industry Strong general knowledge of floating asset types (Spar,TLP,FPSO,FSO,FSRU,FLNG),concept description, features,application, analyses,range and operations Strong background in fixed and floating structures, hydrodynamics, marine integrity management, structural dynamics,offloading systems,riser systems, metocean,and marine transportation Good working knowledge in offloading system components design/operations, equipment strategies, and requirements for handling,inspection, maintenance and repair Good working knowledge of marine structures and hull structural response Good working knowledge of global riser analyses Familiarity with mooring strength and fatigue analyses for spread and turret moored systems, as well as with anchor types and geotechnical analyses Basic knowledge of marine systems. Working knowledge of codes, standards and practices and their application (e.g.ABS,DNV,API,ISO codes etc) Long-term interest in working in a technical role in naval architecture / marine engineering Willing and able to travel, as required, for short periods to support specialized technical activities,potential for longer term assignments overseas Preferred Qualifications/ Experience Vessel motion analysis Marine hydrodynamics Station-keeping analyses Riser systems / analysis Knowledge of metocean criteria Broad knowledge of industry standards, best practices, and related work processes knowledge in dynamic concepts such as resonance, non-linear damping, coupled and un-coupled analyses, etc knowledge in probabilistic and statistical design methods knowledge in mathematical, statistical, and reliability analyses Familiar with LNG carrier design, including: containment, gas/vapor management, safety and propulsion systems Experienced in numerical modeling and dynamic analyses of marine structural systems. Software/programming (e.g. OrcaFlex, ANSYS AQWA, Flexcom, Phyton, Matlab, etc.) Ability to adapt to tight deadlines and frequent changes in priorities Strong leadership, influencing, and interpersonal skills Willing to travel domestically or internationally Strong innovation and teamwork capabilities Excellent communication skills(written and verbal)