Non-Destructive Testing (NDT) Methods Training Course

Course Overview

Learning Objectives

• Analyze the fundamental principles of non-destructive testing and explain how different NDT methods detect and evaluate material discontinuities during the course.
• Identify common material defects, discontinuities, and degradation mechanisms that can be detected through appropriate non-destructive testing techniques.
• Evaluate the suitability of major NDT methods according to material type, component geometry, defect characteristics, accessibility, and inspection objectives.
• Apply the fundamental principles of visual testing, ultrasonic testing, radiographic testing, magnetic particle testing, liquid penetrant testing, and eddy current testing.
• Assess the capabilities and limitations of different NDT methods when developing inspection strategies for industrial components and equipment.
• Interpret representative NDT indications and inspection results to distinguish relevant conditions from non-relevant or inconclusive indications.
• Develop appropriate NDT inspection plans that define testing methods, inspection locations, coverage requirements, and reporting considerations.
• Evaluate NDT inspection results in relation to quality requirements, equipment condition, manufacturing processes, maintenance activities, and asset integrity objectives.
• Improve the reliability of NDT activities by considering equipment selection, inspection procedures, surface conditions, operator practices, environmental factors, and data quality.
• Strengthen communication between NDT personnel, inspectors, engineers, quality professionals, maintenance teams, and asset integrity specialists through clear technical reporting.
• Apply structured decision-making approaches to select appropriate NDT techniques for different industrial inspection scenarios.
• Develop a practical NDT inspection strategy for a selected industrial asset, component, or fabrication application by the end of the course.

Who Should Attend

Learning Outcomes

• Explain the fundamental physical principles behind major non-destructive testing methods and their industrial applications.
• Identify common defects and discontinuities in metals, welds, components, structures, and manufactured products.
• Select appropriate NDT methods based on material properties, component geometry, expected discontinuities, accessibility, and inspection objectives.
• Explain the practical application of visual testing, ultrasonic testing, radiographic testing, magnetic particle testing, liquid penetrant testing, and eddy current testing.
• Compare the advantages, limitations, sensitivity, and practical applications of different NDT techniques.
• Interpret representative NDT indications and distinguish relevant indications from conditions requiring further evaluation.
• Evaluate the suitability of NDT methods for weld inspection, material examination, fabrication quality control, and in-service asset inspection.
• Develop structured NDT inspection plans covering methods, inspection areas, testing requirements, documentation, and reporting.
• Assess factors that can influence NDT reliability, including surface condition, equipment settings, material properties, environmental conditions, and inspection technique.
• Review NDT reports and communicate inspection findings effectively to engineering, maintenance, quality, and asset integrity teams.
• Integrate NDT results into inspection, maintenance, reliability, and asset integrity decision-making processes.
• Prepare a practical NDT inspection strategy for a selected industrial component or asset based on identified inspection objectives and potential defect mechanisms.

Course Outline