Radiographic Testing (RT) Training Course

Course Overview

Learning Objectives

• Analyze the fundamental principles of radiographic testing and explain how X-ray and gamma radiation interact with industrial materials during the course.
• Identify the characteristics and applications of different radiation sources, radiographic equipment, image receptors, and supporting inspection accessories.
• Evaluate the suitability of radiographic testing for different materials, component geometries, thicknesses, weld configurations, and inspection objectives.
• Apply fundamental radiographic testing principles to the examination of welds, castings, fabricated components, and industrial equipment.
• Assess radiographic image quality using appropriate image quality indicators, exposure considerations, and essential examination parameters.
• Interpret radiographic images to identify and characterize common internal discontinuities and relevant indications.
• Evaluate factors affecting radiographic sensitivity, contrast, density, resolution, geometric unsharpness, and overall image quality.
• Develop appropriate radiographic examination plans that define inspection objectives, techniques, coverage, exposure requirements, and reporting considerations.
• Assess radiographic testing results in relation to quality requirements, inspection objectives, component integrity, and applicable acceptance considerations.
• Strengthen the quality and traceability of radiographic inspection records through systematic documentation of examination conditions, images, findings, and conclusions.
• Improve communication between radiographic testing personnel, inspectors, engineers, quality professionals, maintenance teams, and asset integrity specialists through clear technical reporting.
• Develop a practical radiographic testing strategy for a selected industrial component, weld, or asset by the end of the course.

Who Should Attend

Learning Outcomes

• Explain the fundamental principles of radiographic testing and the interaction of radiation with industrial materials.
• Distinguish between X-ray and gamma radiation sources and identify their principal industrial applications.
• Identify the major components of radiographic testing systems, including radiation sources, image receptors, screens, filters, and image quality indicators.
• Select suitable radiographic testing techniques according to material type, component thickness, geometry, weld configuration, and inspection objectives.
• Explain the principles of radiographic image formation, exposure, density, contrast, sensitivity, and resolution.
• Evaluate radiographic image quality and identify factors that may affect the reliability and interpretability of examination results.
• Interpret representative radiographic images and identify common discontinuities in welds, castings, and fabricated components.
• Distinguish relevant indications from geometric features, image artifacts, and conditions requiring further evaluation.
• Develop structured radiographic examination plans covering inspection areas, exposure requirements, image quality controls, documentation, and reporting.
• Prepare professional radiographic testing records and reports containing examination conditions, image references, findings, and technical conclusions.
• Integrate radiographic testing results into quality assurance, inspection, maintenance, reliability, and asset integrity decision-making.
• Develop a practical radiographic testing strategy for a selected industrial component or asset based on inspection objectives and potential discontinuity mechanisms.

Course Outline