Magnetic particle inspection (MPI) is a nondestructive testing technique for finding flaws. Part surface preparation is not as important for MPI as it is for some other NDT methods, making it quick and relatively simple to apply. Due to these qualities, MPI is one of the most frequently used techniques. . To find faults in components, MPI uses magnetic fields and tiny magnetic particles, such as iron filings. A ferromagnetic substance, such as iron, nickel, cobalt, or certain of their alloys, must be used to make the component being inspected for it to be inspectable. Materials that can be magnetised to a degree that makes the inspection effective are ferromagnetic. A range of product shapes, including castings, forgings, and elements, are inspected using this technique. Magnetic particle inspection is used across various sectors to assess a component’s usability. The structural steel, automotive, petrochemical, power generation, and aerospace industries, to name a few, are some examples of sectors that use magnetic particle inspection. Another area where magnetic particle inspection may be employed is underwater inspection to test things like offshore infrastructure and underwater pipelines. ELIGIBILITY CRITERIA FOR ADMISSION All NDT employees, mechanical engineers, inspectors, and technicians involved in or in charge of weld inspection, inspection of castings and forgings during fabrication, or in-service inspection are intended for this course. You will learn about magnetic lines of force, testing procedures, reading test results, demagnetisation, hands-on activities, and report writing instruction. CERTIFICATION AUTHORITY: • SNT-TC-1A (Latest edition) of American Society for Nondestructive Testing • CSWIP (As per ISO 9712)