Learn how 3D modeling enhances remote visual inspection. This course introduces techniques for improving measurement accuracy, evaluating surface features, and streamlining inspections using modern video borescopes.

Explore advanced eddy current testing concepts with a focus on aerospace and aviation applications. This course covers theory, probe design, signal analysis, and inspection techniques aligned with EN4179 and NAS-410 requirements.

Learn the fundamentals of eddy current testing in this introductory course for Level I technicians. Covers electromagnetic theory, coil types, instrumentation, calibration, and inspection techniques aligned with ANSI/ASNT CP-105 and SNT-TC-1A.

Advance your eddy current testing skills with applications-focused training. Learn inspection techniques for conductivity, corrosion, and near-surface cracking in ferritic and non-ferritic alloys, with demonstrations on multiple test systems. Meets ANSI/ASNT CP-105 and SNT-TC-1A recommendations.

Build on foundational eddy current testing knowledge with training focused on surface scanning applications. Designed for Level II technicians, this course includes aerospace and general industry examples and aligns with SNT-TC-1A, CP-189, and NAS-410 training requirements.

Gain an introduction to guided wave testing for detecting corrosion in inaccessible areas of pipelines and structures. This course explains guided wave theory, key differences from conventional ultrasonic testing, and how remote measurements help assess wall loss due to corrosion.

Gain a broad overview of nondestructive testing with this introductory course. Covering visual, penetrant, magnetic particle, radiographic, ultrasonic, and eddy current methods, it also reviews common discontinuities, inspection techniques, and key certification standards.

Explore the theory, techniques, and requirements of magnetic particle testing (MT), including examinations with portable and stationary equipment. This course covers magnetism basics, evaluation procedures, and result interpretation—ideal for NDT certification or expanding knowledge of this surface inspection method.

This course offers a broad introduction to the world of nondestructive testing (NDT), exploring its importance, common methods, personnel roles, and career opportunities. It’s ideal for newcomers and those seeking a refresher on how NDT helps ensure safety and reliability across industries.

This course provides the required training for liquid penetrant testing (PT), covering techniques, materials, safety, system types, and interpretation. It aligns with SNT-TC-1A, NAS-410, and other key standards, and includes a certificate upon successful completion.

This course introduces phased array ultrasonic testing (PAUT) equipment, physics, setup, exam execution, data analysis, and reporting methods, with guidance on equipment selection and use.

This course focuses on procedures, scan plans, workmanship, fracture mechanics, and data analysis to ensure examinations meet required standards for phased array ultrasonic testing (PAUT).

This course covers phased array ultrasonic testing (PAUT) fundamentals through six sections: ultrasound basics, phased array principles, beam steering, beam focusing, data quality optimization, and review. It includes theory, videos, interactive exercises, and exams.

This refresher course is designed for learners who have completed Level II PAUT and want to review phased array concepts. Students can navigate condensed training materials to target specific topics at their own pace. It does not meet SNT-TC-1A requirements and includes no final exam.

This course covers radiation safety for gamma and x-ray industrial radiography, meeting federal and state requirements. It includes lessons, quizzes, and a final exam, providing 40 hours toward radiographer certification. Additional site-specific training is required for full certification.

Learn radiation safety principles for gamma and x-ray industrial radiography in this course that meets federal and state requirements. With lessons, quizzes, and a final exam, it provides 40 hours toward radiographer certification; site-specific training is also required for full certification.

This course provides a comprehensive review of radiographic testing fundamentals and image interpretation, including common discontinuities and relevant codes. It prepares students for practical image analysis but requires hands-on experience under supervision.

This foundational course prepares students for Level I Radiographic Testing certification, covering core radiographic principles, equipment, safety, and regulations. It aligns with ANSI/ASNT CP-105 and supports certification to NAS-410, SNT-TC-1A, and other standards when paired with required hands-on training.

Building on foundational radiographic testing knowledge, this course explores advanced topics including radiation physics, safety, radiographic quality, film interpretation, and digital radiography. Learners deepen their understanding of techniques, equipment, discontinuity evaluation, and process control.

This TOFD Level II refresher helps learners review core Time of Flight Diffraction concepts at their own pace. Covering system components, acoustic principles, scanning, calibration, and analysis, it reinforces key skills for practical inspections. This course does not meet SNT-TC-1A requirements and includes no final exam.

This course explores sound wave behavior and major ultrasonic wave modes including compressional, shear, surface, and Lamb waves, while providing hands-on instruction in equipment calibration, flaw detection, and thickness measurement.

This course reviews fundamental UT topics and covers advanced subjects like beam profile, mode conversion, refraction, and attenuation. It includes calibration, various UT techniques, test evaluation, and accurate reporting.

This course covers essential concepts in ultrasonic thickness testing, including sound properties, equipment setup, wave modes, calibration, and signal interpretation. It supports foundational knowledge for technicians working with UT thickness measurements.

This course explores advanced ultrasonic imaging techniques for concrete infrastructure, highlighting 3D tomography using dry point contact transducers and TFM. It demonstrates how these methods enhance data visualization and interpretation in construction quality assurance.