Offshore Structural Engineer

Join Saipem and engineer a sustainable future. We are a global leader in engineering and construction for the energy and infrastructure sectors, delivering complex onshore and offshore projects worldwide. Driven by technological innovation as “One Company”, our 30,000 people from over 130 nationalities in more than 50 countries work every day to enable the energy transition toward Net Zero.
At Saipem, your expertise helps shape the future globally for environmental sustainability.

As Offshore Structural Engineer, you will respond to the Offshore Structural Lead and be part of the Asset Based Business Line within the Engineering function. You will support the ongoing EPCI projects that Saipem has in the Americas region performing structural calculations, design for lifting and rigging, and seafastening.

• In charge of the design of incorporated subsea structures and/or associated installation aids and sea-fastening, for deepwater and shallow water field development.
• Perform technical tasks assigned by the Subsea Structural Lead such as structural analyses, calculations, design, verification or study activities, specification/requisition writing.
• Provide data to Designers to allow the creation of 3D and 2D design drawings. Review the design drawings.
• Interface with other Project Specialists (installation, geotechnical, flowline, subsea equipment, fabrication, etc.) and Designers.
• Cumulate an experience about the design limitation and constraint imposed by offshore installation and related vessels.
• Provide support to the Subsea Structural lead for coordination and review of technical activities performed inside or outside Saipem.
• Participate and contribute to:
  • Project progress meeting,
  • Engineering coordination meetings
  • Interface meetings with Client, other Contractors and Sub-Contractors
  • Technical review meeting (concerning Procurement, Engineering, Fabrication, Operation, Interface)
  • HSE meetings
  • Risk Assessment
• Design structural systems and components, pursuing objectives of robust engineering and design optimization in term of costs, fabrication simplicity, constructability and safety, in particular
• Select the most relevant design loads and boundary condition to maximize the installation and in-place acceptable configurations, even unexpected, but always reasonably
• Check the selected design comply with all the structure functionalities, including constructability and offshore installability constraints
• Select the profiles and materials as standard as possible to simplify the procurement. Local procurement can be a constraint if requested by the project
• Check the permanent structures are sufficiently reliable for a long time, without maintenance during the subsea field life.
• Particularly considering need of redundancy, high reliability, as well as corrosion and fatigue aspect
• Check that the installation aids are focused on the operational practicality and on the safety of workers
• For permanent structure, liaise with other Project discipline team (offshore installation, geotechnical, flowline, subsea equipment, fabrication, material, etc.), whenever required for a proper completion of the work assigned, particularly to obtain the confirmation of the preliminary load cases or fabrication assumption considered at start of the project
• For installation aids structure, liaise with Installation method team in order to clarify the functional scope of work used as basis and to define the technical structural solution
• Carry out/Check/Supervise structural analyses. Particularly, define own load and boundary condition assumption, as well as the good level of modelization (hand calculation, beam model, FEA model), sufficient to provide the demonstration of the structure capacity
• Use the industry calculation software following the user manual, for a good selection and application of the numerical tools Interface with Designer to Provide data necessary for the creation of 3D and 2D design drawings (including geometrical, material, welding, tolerance and functional data). Supervise/Approve steel structures design drawings
• Review Client technical documentation and requirements. Answers to the…