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This certification-focused program trains engineers in corrosion control principles, coating inspection protocols, and cathodic protection systems aligned with AMPP/NACE standards to ensure asset longevity in industrial environments.
This program provides a thorough understanding of corrosion engineering and control. Topics include basics of corrosion mechanisms, economic impact, and principles of corrosion control, with an overview of AMPP/NACE standards. Protective coatings fundamentals cover types of coatings, surface preparation, application techniques, and inspection basics. Cathodic protection (CP) fundamentals include principles, galvanic vs impressed current systems, CP criteria, and applications in pipelines and tanks. Surface preparation and inspection cover SSPC/NACE standards, abrasive blasting techniques, surface profile measurement, and documentation. Coating application and quality control include environmental monitoring, mixing and application control, dry film thickness measurement, defect identification, and repair. CP design basics include system components, anode selection, current requirements, and basic calculations. CP installation and monitoring cover installation practices, potential measurements, interference issues, and troubleshooting methods. Inspection, testing, and certification cover CIP procedures, CP survey techniques, acceptance criteria, and AMPP/NACE reporting. HSE and standards compliance includes safety during coating operations, electrical safety, environmental regulations, and audit readiness. Field practices and case studies include real-world corrosion failures, coating system selection, CP performance, and best practices.
The module highlights how thoughtful planning can directly improve project quality, reduce accidents, and help projects finish on time and within budget.
Engineers with demonstrated field or technical experience in surface protection, materials engineering, or corrosion-related disciplines.
Acquire comprehensive knowledge of coating inspection procedures per AMPP/NACE standards, Understand cathodic protection design principles and application methodologies, Develop competency in surface preparation assessment and coating failure analysis, Prepare systematically for AMPP/NACE CIP or CP certification examinations, Enhance employability in oil and gas, petrochemical, and infrastructure maintenance sectors
Trainees explore the five key phases of a project life cycle — initiation, planning, execution, monitoring & control, and closure.
Join the community of verified and certified professionals.
