SESP | Saudi Electric Services Polytechnic > Non-Destructive Testing (NDT) Non-Destructive Testing (NDT) Nondestructive testing is a technique used to investigate the material integrity of the test object. A number of other technologies – for instance, radio astronomy, voltage and amperage measurement and rheometry (flow measurement) – are nondestructive but are not used to evaluate material properties specifically. Nondestructive testing is concerned in a practical way with the performance of the test piece – how long may the piece be used and when does it need to be checked again? Educational/vocational objectives The expected NDT program outcomes are that, upon completing all training courses, the trainee will be able to: Apply principles of mathematics and applied science, to perform technical calculations and solve technical problems of the types commonly encountered in NDT. Demonstrate an ability to communicate effectively and function effectively with members of multi-disciplinary teams and with other workers in an industrial setting, including those from different backgrounds. Explain the purpose and application of NDT in science, industry, and manufacturing process. Understand the materials metallurgy, properties, characteristics, construction, and quality control. Explain materials corrosion fundamentals, mechanisms, and corrosion prevention/mitigation. Identify materials defect, discontinuity, flaw, cracks, etc. Calculate and corrosion rate and estimate the remaining life of equipment. Choose the right method of NDT for the given application. Understand types and fundamentals of inspection and non-destructive evaluation. Explain welding methods, discontinuities, and inspection. Know the codes and standards governing the Demonstrate the theoretical knowledge and practical skills to perform different NDT methods such as: Liquid penetrant testing Magnetic particle testing Ultrasonic testing Visual testing Radiographic testing Eddy current testing Acoustic emission and thermography. More Details