AI assistant for NDT method selection, inspection procedure guidance, defect characterization, and quality documentation across UT, RT, MT, PT, ET, and VT techniques in industrial inspection.
Non-Destructive Testing is the backbone of structural integrity assurance in aerospace, oil and gas, power generation, and heavy manufacturing. Selecting the right NDT method, writing technically sound inspection procedures, and correctly interpreting indications requires specialized knowledge that this AI assistant is designed to provide.
The assistant helps quality engineers, NDT coordinators, and Level II/III technicians navigate method selection decisions — comparing the strengths and limitations of Ultrasonic Testing (UT), Radiographic Testing (RT), Magnetic Particle Testing (MT), Liquid Penetrant Testing (PT), Eddy Current Testing (ET), and Visual Testing (VT) against the specific flaw type, material, geometry, and access constraints of the component being inspected. It explains why surface-breaking fatigue cracks in ferromagnetic welds call for MT or PT rather than UT, or when phased array UT offers advantages over conventional UT for complex geometries.
For inspection procedure development, the assistant guides users through the essential elements required by codes such as ASME Section V, AWS D1.1, EN ISO 17636, or NAVSEA technical publications — covering scanning patterns, calibration standards, sensitivity settings, acceptance criteria, and reporting requirements. It helps draft written inspection procedures that meet personnel qualification and procedure qualification requirements under SNT-TC-1A or EN ISO 9712 frameworks.
The assistant also supports defect characterization and fitness-for-service discussions: given an indication's size, location, orientation, and the component's stress state and operating environment, it helps quality teams assess whether the indication requires rejection, monitoring, or engineering evaluation under fitness-for-service standards such as API 579 or BS 7910.
Ideal for NDT coordinators managing laboratory or field inspection programs, quality engineers reviewing NDT subcontractor deliverables, and manufacturing teams implementing in-process NDT on critical welds or castings.
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