RESPONSIBILITIES:

Benchmarking and implementation of strategies that will enhance the long-term reliability and assets efficiency of our assets.
• Research and deploy emerging Technologies related to corrosion mitigation and non-metallic deployment.
• Act as expert corrosion and asset integrity management resource for corrosion risk assessment and mitigation
• Develop Pipeline Integrity Plans (PIP) aligned with the organization integrity performance objectives, assigning responsibilities, and timeframes for the responsible stakeholder.
• Review PIP trends and initiate detailed engineering studies accordingly
• Ensure Integrity Operating Windows (IOW) exceedances are addressed by the relevant process owners and track recommendations.
• Facilitate the investigation of corrosion failure and deploy lesson learned from the root cause analysis to the system to avoid reoccurrence.
• Coordinate the updating of pipeline integrity risk register and ensure timely review upon occurrence of incidents in industry or other similar facilities to reflect that in the risk register and identify the applicable pipelines.
• Perform periodical analytical study of assessment findings to overcome challenging inspection programs
• Provide consultation on specialized area related to corrosion control.
• Monitor the corrosion parameters such as: pH, O2, bacteria, residual of biocide chemical, and take corrective actions accordingly.
• Review the inspection data and make corrosion control recommendations/reports accordingly.
• Apply corrosion mitigation measures such as: cleaning scraping, chemical injection, corrosion coupons, coating application to prevent / minimize the corrosion threats.

REQUIREMENTS:

Bachelor s degree In Mechanical Engineering or related Engineering from an accredited university.an advanced degree is a plus.
• Minimum of 3+ years-experience in corrosion engineering.
• Practical experience through entry-level positions or corrosion engineering roles in industries such as: oil and gas, aerospace, chemical processing, marine, or infrastructure.
• Comprehensive knowledge of corrosion principles, including: electrochemistry, material properties, corrosion mechanisms, and corrosion prevention methods
• Background in various laboratory and field-testing techniques used to assess corrosion behavior, such as: accelerated corrosion testing, electrochemical corrosion monitoring, and non-destructive testing methods.
• Familiarity with corrosion prevention and control strategies, including material selection, protective coatings, cathodic protection, corrosion inhibitors, and corrosion monitoring systems is a requirement
• Understanding of industry standards and codes related to corrosion, such as NACE International standards, ASTM International standards, and API (American Petroleum Institute) standards.
• Awareness about the latest advancements in corrosion science and technologies through professional development courses, certifications, workshops, conferences, and memberships in relevant industry organizations.