Module 1: Introduction to Pipeline Systems

• Overview of pipeline transportation systems

• Pipeline materials, design, and construction

• Common causes of pipeline failure and degradation

Module 2: Pipeline Inspection Fundamentals

• Purpose and objectives of inspection

• Inspection frequency and planning

• International codes and standards (API 1169, ASME B31.8, DNV-ST-F101)

Module 3: Inspection Techniques and Tools

• Visual inspection and manual testing methods

• Non-destructive testing (NDT) techniques

• In-line inspection tools (PIGs, smart pigs, MFL, UT)

• External corrosion direct assessment (ECDA)

Module 4: Corrosion and Defect Evaluation

• Types of corrosion in pipelines (internal/external)

• Coating failures and cathodic protection

• Defect classification and severity ranking

• Fitness-for-service evaluation methods

Module 5: Pipeline Integrity Management Systems (PIMS)

• Key components of an integrity management program

• Data collection and integrity database management

• Risk-based inspection (RBI) methodology

• Predictive maintenance and reliability-centered inspection

Module 6: Monitoring and Leak Detection

• Pipeline monitoring technologies

• Leak detection methods and emergency response

• SCADA system integration and control room practices

Module 7: Repair, Maintenance, and Rehabilitation

• Pipeline repair techniques (clamps, sleeves, composites)

• Coating restoration and corrosion mitigation

• Pipeline decommissioning and reactivation procedures

Module 8: Safety, Regulations, and Compliance

• HSE practices in pipeline inspection operations

• Regulatory frameworks and international standards

• Incident investigation and reporting procedures

Module 9: Case Studies and Best Practices

• Real-life pipeline failure analysis

• Lessons learned from industry incidents

• Strategies for continuous integrity improvement