
Welcome to the course! Learn about SATASHIYA NDT Institute, a trusted name with 21 years of experience in providing professional NDT Level II training.
Introduction to Iridium-192 source used in gamma radiography.
Understand X-ray generation and its industrial applications.
Explore SWSI, DWSI, panoramic, elliptical, and special techniques.
Learn about shielding and locking safety mechanisms.
Additional safety devices and handling procedures.
Radiation physics and exposure in RT.
Survey meters, dosimeters, and radiation detection.
Steps for developing, fixing, and drying RT films.
Learn how to calculate exposure time accurately.
How RT radiation sources are created and used.
Impact of radiation on humans and materials.
Key compliance checks during audits.
Understand ASME Section V RT methodology.
In-depth explanation of refinery piping weld acceptance criteria as per ASME B31.3.
In-depth explanation of refinery piping weld acceptance criteria as per ASME B31.3.
In-depth explanation of refinery piping weld acceptance criteria as per ASME B31.3.
In-depth explanation of refinery piping weld acceptance criteria as per ASME B31.3.
In-depth explanation of refinery piping weld acceptance criteria as per ASME B31.3.
Summary of key codes and their practical use.
Practical explanation of dose measuring tools in the RT workplace.
Practical approach to real-time radiographic setups and shooting angles.
Common RT indications and types of weld discontinuities.
IQI – Penetrameter types, placement, and code requirements.
Learn about RT cameras and manual operation.
Live application of Se-75 in confined spaces.
Tools for quick intervention during RT equipment failure or leakage.
Working principle and application in weld inspection.
Its function as a backscatter preventer and IQI support.
Understand the correct use of survey meters in monitoring radiation exposure.
Radiographic Testing (RT) is a powerful Non-Destructive Testing method used to inspect welds, castings, and materials for internal discontinuities. This NDT Level II – Radiographic Testing (RT) course is designed to help learners understand industrial RT techniques aligned with ASME, ISO, and QA/QC industry standards.
In this comprehensive course, you’ll gain a strong foundation in the theory and practical aspects of radiographic inspection, including the use of X-ray and Gamma ray sources, film handling, exposure calculations, and evaluation of weld defects. Whether you’re a beginner or an experienced professional looking to upskill, this course equips you with the required knowledge to work confidently on real-world projects.
Key Topics Covered:
RT Principles: X-ray & Gamma Ray inspection basics
Radiation Sources: Iridium-192, Cobalt-60, and X-ray tube
Radiographic Film & Screens: Selection, handling & storage
Radiographic Techniques: SWSI, DWSI, Panoramic & elliptical techniques
Weld Discontinuities: Interpretation & identification on RT films
ASME Section V & B31.3: Relevant code requirements and acceptance criteria
RT Safety: Radiation hazards, protection, and regulatory compliance
RT Reports & Documentation: How to prepare and review professional inspection reports
This course also explains RT documentation, film interpretation symbols, and quality sensitivity indicators (IQI), preparing you for both Level II certification exams and field jobs.
Ideal for those aiming to build a career in QA/QC, piping inspection, refinery inspection, and fabrication projects, the training combines practical knowledge, visual examples, and industry scenarios to ensure clarity and readiness.