Join Saipem and engineer a sustainable future.

We are a general 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, we embrace diversity as a driver of innovation and inclusion, while prioritizing people’s safety and environmental sustainability, even in the most challenging conditions.

Purpose of the position: As Corrosion-Materials Engineer, you will respond to the TUBFA team and be part of the ENCAR Business Line.

How can you support us? Here below your responsibilities:

Execute the activities within own area of responsibility, ensuring the compliance with the QA/QC and HSE requirements
A-Know-how, Research and Development Technology and Commercial Support
Provide up to date information and support to technical, commercial and field depts. for developing sound engineering practices, specifications and procedures in the field of competence
Ensure that all activities performed in the field of competence are carried out following latest technical and scientific developments
Promote Saipem involvement in Research and Development projects of relevance in the field of materials and corrosion
Develop and update the Corporate data base BDMC with all technical documents about used materials, applied corrosion control measures and lessons learned (including failure analysis reports) for all environments present in Oil and Gas, Refinery, Urea and Ammonia plants
B-Feasibility phase
Provide technical support to other disciplines in the field of competence




C-Bidding phase/Commercial proposal development
Estimation of engineering manhours
Examine project documentation (applicable standards and specifications) in order to identify and report to project critical issues in the field of competence
Examine process and basic design data to evaluate their impact on the material selection activity
Identify main material degradation mechanisms and perform or validate material selection suggesting cost saving strategies whenever possible
Identify areas/items/loops where cathodic protection, coating, lining or chemical inhibition and treatment are required for corrosion prevention or as cost saving alternatives to the selection of corrosion resistant materials
When possible calculate corrosion rate and corrosion allowance by means of qualified and validated commercial software or internally developed tools
Establish or endorse material requirements for critical services (amine, urea, caustic, hydrogen, sour, low and high temperature environments) and transfer them to the involved disciplines
D-Project Execution and Operational Phase
Examine process and basic design data to evaluate their impact on the material selection activity
Identify main material degradation mechanisms and perform or validate material selection suggesting cost saving strategies whenever possible
Identify areas/items/loops where cathodic protection,



coating, lining or chemical inhibition and treatment are required for corrosion prevention or as cost saving alternatives to the selection of corrosion resistant materials
When possible calculate corrosion rate and corrosion allowance by means of qualified and validated commercial software or internally developed tools
Establish or endorse material requirements for critical services (amine, urea, caustic, hydrogen, sour, low and high temperature environments) and transfer them to the involved disciplines
Issue engineering documents of competence (Material Selection Diagrams, Material Selection and Corrosion Control Report/Philosophy, Critical Services Materials Requirements Specification, Corrosion Risk Analysis Study, Corrosion Loop Diagrams, Corrosion Management Program)
Share corrosion control and material selection strategies with all involved process disciplines by actively participating to design review meetings
Coordinate material testing in selected laboratories for qualifying materials for use in severe services, especially materials operated in Urea, H2S and high temperature environments
Define the Corrosion Monitoring Philosophy
Provide support for the development of the Risk Based Inspection Plan (RBI)
Provide support to field during construction and installation in order to cope with material degradation issues
Coordinate failure analysis activities performed at qualified laboratories and contribute to RCA definition

What are we looking for?

Education: Master's Degree in: Material/Chemical Engineering / Mechanical Engineering

Experience: 5-10 years as a Material Engineer / Corrosion Engineer within Energy Indust

📌 Corrosion-Materials Engineer (Fano)
🏢 Saipem
📍 Fano