Naval Architect (315)
at ExxonMobil in Jakarta, Indonesia
KEY Relationships:
Reports To : Lead Engineer – FSO
Positions Supervised : None
Job function:
The Naval Architect is responsible for technical oversight of all FSO hull engineering aspects during design, fabrication, and installation on the Project. Ensures that the EPC contractor produces a FSO which complies with all stability, strength, buckling and fatigue requirements of Class and Regulatory and which meets the Project's safety, performance, and durability requirements within the project budget and schedule. Ensures that the Project's requirements, as detailed in the Technical Specifications, for all FSO structures are met. Assists with all aspects of FSO structural engineering for the Project, whenever called upon by the Lead Engineer. Facilitates interfaces among the Lead Engineer, EMDC Functions, and the EPC contractor's organization with respect to FSO design issues. In addition, the Naval Architect shall support EPC3 Mooring Tower Lead in coordinating review of naval architecture deliverables, including motions and mooring analysis.
RESPONSIBILITY AND DUTIES:
Provide overall FSO structure and stability engineering and fabrication technical leadership and expertise
Coordinate EMDC Engineering Function's Support team member involvement in FSO structural activities, including interaction with EPC contractor's Naval Architecture personnel
Prepare and submit FSO hull design, fabrication, and installation progress data, including narratives, charts, graphs, etc., to the Lead Engineer
Identify and document scope changes with an emphasis on cost and schedule. Keep Lead Engineer appraised of same.
Ensure strength , stability, buckling and fatigue deliverables comply with Contract requirements
Steward the performance of third party verification activities related to critical design items
Steward the EPC contractor's hull structure engineering, design, fabrication, and installation planning activities including:
Assurance that all applicable codes and standards are built into the FSO design
Detail hull structures engineering and design including calculation of loads on FSO and response amplitude operators for vessel motion.
Interface of mooring tower to FSO design and FSO to export tanker design.
FSO installation engineering and design
Recommended deliverables and labor hour estimate of FSO structures work
Measurement and reporting of engineering, fabrication, and installation physical progress
Review of squad-check drawings and other deliverables as required for cross discipline design coordination
Review of vendor data for completeness of information required for hull design and compliance with project specifications
Fabrication, transportation, and installation planning of FSO.
Transportation analyses as required
Advise the EPC contractor's Naval Architecture design, fabrication, and transportation and installation planning effort with respect to:
Drawings, calculations, specifications, and/or results of special studies
Engineering analyses as required for the design of FSO hull
Design of corrosion coating systems
Design of cathodic protection systems
Compliance with design methods and safety factors to be used in design of project
Development and implementation of preventive measures to avoid possible accidents during fabrication, transportation, and installation
Procedures and method statements for safety and constructability issues
Required KNOWLEDGE, qualifications, skills, and EXPERIENCES:
Thorough and working knowledge of:
Tanker, FSO/FPSO design, fabrication, transportation, and installation principles, theories, and concepts.
Applicable codes, standards and trade practices
ExxonMobil practices, processes, and expectations with respect to FSO hull engineering
Bachelor of Science degree in Naval Architecture.
Minimum of 510+ years of closely related professional engineering experience. For candidates with advanced engineering degree, minimum of 3 years experience.
Ideally:
Hands-on structural design experience with tankers or FSO/FPSO’s.
Hands-on experience of working in a shipyard (new build or conversion/repair)
Working knowledge and expert judgment in the selection and application of ship structural analyses software
Demonstrated hands-on skill at recommending quick, precise solutions to technical issues as required to meet or exceed Project schedule and budget constraints
Must be able and willing to:
Work overseas
Work with others outside his group to ensure that work results are technically compatible
Work independently with minimum supervision
Work as an integrated part of a Project team in an assurance role
Establish strong contact with other advisors for consultation on interfaces (mooring tower, Operations)
Review and comment on contractor's procedures and method statements for safety and constructability issues
Proficient in Microsoft Office suite of software programs, Lotus Notes, etc.
Read, write, and speak fluent English, especially as required to function effectively within a project team and to communicate with project management, contractors, and sub‑contractors
KEY Relationships:
Reports To : Lead Engineer – FSO
Positions Supervised : None
Job function:
The Naval Architect is responsible for technical oversight of all FSO hull engineering aspects during design, fabrication, and installation on the Project. Ensures that the EPC contractor produces a FSO which complies with all stability, strength, buckling and fatigue requirements of Class and Regulatory and which meets the Project's safety, performance, and durability requirements within the project budget and schedule. Ensures that the Project's requirements, as detailed in the Technical Specifications, for all FSO structures are met. Assists with all aspects of FSO structural engineering for the Project, whenever called upon by the Lead Engineer. Facilitates interfaces among the Lead Engineer, EMDC Functions, and the EPC contractor's organization with respect to FSO design issues. In addition, the Naval Architect shall support EPC3 Mooring Tower Lead in coordinating review of naval architecture deliverables, including motions and mooring analysis.
RESPONSIBILITY AND DUTIES:
Provide overall FSO structure and stability engineering and fabrication technical leadership and expertiseCoordinate EMDC Engineering Function's Support team member involvement in FSO structural activities, including interaction with EPC contractor's Naval Architecture personnelPrepare and submit FSO hull design, fabrication, and installation progress data, including narratives, charts, graphs, etc., to the Lead EngineerIdentify and document scope changes with an emphasis on cost and schedule. Keep Lead Engineer appraised of same.Ensure strength , stability, buckling and fatigue deliverables comply with Contract requirementsSteward the performance of third party verification activities related to critical design itemsSteward the EPC contractor's hull structure engineering, design, fabrication, and installation planning activities including:Assurance that all applicable codes and standards are built into the FSO designDetail hull structures engineering and design including calculation of loads on FSO and response amplitude operators for vessel motion.Interface of mooring tower to FSO design and FSO to export tanker design.FSO installation engineering and designRecommended deliverables and labor hour estimate of FSO structures workMeasurement and reporting of engineering, fabrication, and installation physical progressReview of squad-check drawings and other deliverables as required for cross discipline design coordinationReview of vendor data for completeness of information required for hull design and compliance with project specifications
Fabrication, transportation, and installation planning of FSO.Transportation analyses as required
Advise the EPC contractor's Naval Architecture design, fabrication, and transportation and installation planning effort with respect to:
Drawings, calculations, specifications, and/or results of special studiesEngineering analyses as required for the design of FSO hullDesign of corrosion coating systemsDesign of cathodic protection systemsCompliance with design methods and safety factors to be used in design of projectDevelopment and implementation of preventive measures to avoid possible accidents during fabrication, transportation, and installationProcedures and method statements for safety and constructability issues
Required KNOWLEDGE, qualifications, skills, and EXPERIENCES:
Thorough and working knowledge of:Tanker, FSO/FPSO design, fabrication, transportation, and installation principles, theories, and concepts.Applicable codes, standards and trade practicesExxonMobil practices, processes, and expectations with respect to FSO hull engineeringBachelor of Science degree in Naval Architecture.Minimum of 510+ years of closely related professional engineering experience. For candidates with advanced engineering degree, minimum of 3 years experience.Ideally:Hands-on structural design experience with tankers or FSO/FPSO’s.Hands-on experience of working in a shipyard (new build or conversion/repair)Working knowledge and expert judgment in the selection and application of ship structural analyses softwareDemonstrated hands-on skill at recommending quick, precise solutions to technical issues as required to meet or exceed Project schedule and budget constraintsMust be able and willing to:Work overseasWork with others outside his group to ensure that work results are technically compatibleWork independently with minimum supervisionWork as an integrated part of a Project team in an assurance roleEstablish strong contact with other advisors for consultation on interfaces (mooring tower, Operations)Review and comment on contractor's procedures and method statements for safety and constructability issuesProficient in Microsoft Office suite of software programs, Lotus Notes, etc.Read, write, and speak fluent English, especially as required to function effectively within a project team and to communicate with project management, contractors, and sub‑contractors
Reports To : Lead Engineer – FSO
Positions Supervised : None
Job function:
The Naval Architect is responsible for technical oversight of all FSO hull engineering aspects during design, fabrication, and installation on the Project. Ensures that the EPC contractor produces a FSO which complies with all stability, strength, buckling and fatigue requirements of Class and Regulatory and which meets the Project's safety, performance, and durability requirements within the project budget and schedule. Ensures that the Project's requirements, as detailed in the Technical Specifications, for all FSO structures are met. Assists with all aspects of FSO structural engineering for the Project, whenever called upon by the Lead Engineer. Facilitates interfaces among the Lead Engineer, EMDC Functions, and the EPC contractor's organization with respect to FSO design issues. In addition, the Naval Architect shall support EPC3 Mooring Tower Lead in coordinating review of naval architecture deliverables, including motions and mooring analysis.
RESPONSIBILITY AND DUTIES:
Provide overall FSO structure and stability engineering and fabrication technical leadership and expertiseCoordinate EMDC Engineering Function's Support team member involvement in FSO structural activities, including interaction with EPC contractor's Naval Architecture personnelPrepare and submit FSO hull design, fabrication, and installation progress data, including narratives, charts, graphs, etc., to the Lead EngineerIdentify and document scope changes with an emphasis on cost and schedule. Keep Lead Engineer appraised of same.Ensure strength , stability, buckling and fatigue deliverables comply with Contract requirementsSteward the performance of third party verification activities related to critical design itemsSteward the EPC contractor's hull structure engineering, design, fabrication, and installation planning activities including:Assurance that all applicable codes and standards are built into the FSO designDetail hull structures engineering and design including calculation of loads on FSO and response amplitude operators for vessel motion.Interface of mooring tower to FSO design and FSO to export tanker design.FSO installation engineering and designRecommended deliverables and labor hour estimate of FSO structures workMeasurement and reporting of engineering, fabrication, and installation physical progressReview of squad-check drawings and other deliverables as required for cross discipline design coordinationReview of vendor data for completeness of information required for hull design and compliance with project specifications
Fabrication, transportation, and installation planning of FSO.Transportation analyses as required
Advise the EPC contractor's Naval Architecture design, fabrication, and transportation and installation planning effort with respect to:
Drawings, calculations, specifications, and/or results of special studiesEngineering analyses as required for the design of FSO hullDesign of corrosion coating systemsDesign of cathodic protection systemsCompliance with design methods and safety factors to be used in design of projectDevelopment and implementation of preventive measures to avoid possible accidents during fabrication, transportation, and installationProcedures and method statements for safety and constructability issues
Required KNOWLEDGE, qualifications, skills, and EXPERIENCES:
Thorough and working knowledge of:Tanker, FSO/FPSO design, fabrication, transportation, and installation principles, theories, and concepts.Applicable codes, standards and trade practicesExxonMobil practices, processes, and expectations with respect to FSO hull engineeringBachelor of Science degree in Naval Architecture.Minimum of 510+ years of closely related professional engineering experience. For candidates with advanced engineering degree, minimum of 3 years experience.Ideally:Hands-on structural design experience with tankers or FSO/FPSO’s.Hands-on experience of working in a shipyard (new build or conversion/repair)Working knowledge and expert judgment in the selection and application of ship structural analyses softwareDemonstrated hands-on skill at recommending quick, precise solutions to technical issues as required to meet or exceed Project schedule and budget constraintsMust be able and willing to:Work overseasWork with others outside his group to ensure that work results are technically compatibleWork independently with minimum supervisionWork as an integrated part of a Project team in an assurance roleEstablish strong contact with other advisors for consultation on interfaces (mooring tower, Operations)Review and comment on contractor's procedures and method statements for safety and constructability issuesProficient in Microsoft Office suite of software programs, Lotus Notes, etc.Read, write, and speak fluent English, especially as required to function effectively within a project team and to communicate with project management, contractors, and sub‑contractors