Big opportunities tomorrow.
This technical program educates engineers on corrosion mechanisms, prevention strategies, material selection criteria, and protective system design to safeguard industrial assets from degradation and extend operational life.
The Corrosion Control & Protection Program provides knowledge and practical skills for managing corrosion in industrial assets. It introduces corrosion control fundamentals, basic corrosion mechanisms, impact on assets, and methods of corrosion prevention. Protective coatings fundamentals cover types of coatings, surface preparation, and application principles, along with inspection overview. Cathodic protection basics include principles, galvanic and ICCP systems, protection criteria, and typical applications. Materials and design considerations focus on corrosion-resistant materials, selection criteria, and design against corrosion to prevent failure. Inspection and monitoring include visual inspection, thickness measurement, potential measurements, and monitoring schedules. Standards and compliance cover AMPP/NACE standards, ISO and industry codes, client specifications, and documentation requirements. Maintenance and repair strategies include coating repairs, CP system maintenance, troubleshooting corrosion issues, and lifecycle management. Health, safety, and environment cover chemical handling, electrical safety, PPE, and environmental compliance. Field practices and case studies provide industrial corrosion examples, failure analysis, best practices, lessons learned, and real project examples.
The module highlights how thoughtful planning can directly improve project quality, reduce accidents, and help projects finish on time and within budget.
Mechanical or Chemical Engineers with technical foundation in materials science or process engineering.
Understand fundamental corrosion mechanisms and their impact on industrial equipment integrity, Learn corrosion prevention techniques including material selection and protective coatings, Develop skills in designing and evaluating cathodic protection systems for pipelines and structures, Apply corrosion monitoring and inspection methodologies to assess asset condition, Enhance technical expertise valued in asset integrity and reliability engineering roles
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.
