Get a comprehensive overview of key NDT standards, methods, and materials as you prepare for the Level III Basic exam. Covers certification programs, processing fundamentals, and industry-referenced publications.

Explore the math and physics concepts used in ultrasonic testing. This course covers acoustic properties, wave behavior, flaw detection calculations, and techniques such as phased array scanning, time-of-flight diffraction, and immersion testing.

Considering going independent? Explore the hidden challenges and unexpected realities of self-employment to better prepare for the opportunities and responsibilities of being your own boss.

Gain a comprehensive overview of key NDT standards, methods, and materials as you prepare for the Level III Basic exam. Covers certification programs, processing fundamentals, and industry-referenced publications.

A fast, insider look at ASNT’s little-known RISE program—how it works, what it delivers, and why it transforms careers and companies. Essential insights for anyone serious about NDT leadership development.

Build practical math and physics skills for magnetic particle testing. This course covers unit conversions, magnetic field calculations, lighting requirements, and key MT concepts used in inspection.

Get a comprehensive overview of key NDT standards, methods, and materials as you prepare for the Level III Basic exam. Covers certification programs, processing fundamentals, and industry-referenced publications.

Discover how NDT professionals navigate ethical challenges and gain tools to strengthen your own integrity and decision-making with Dr. Kyle Payne.

Explore the math and physics concepts used in ultrasonic testing. This course covers acoustic properties, wave behavior, flaw detection calculations, and techniques such as phased array scanning, time-of-flight diffraction, and immersion testing.

Build essential math and physics skills tailored for penetrant testing. Strengthen unit conversions, trigonometry, and logarithms, while mastering PT-specific concepts like liquid wetting, cleaning methods, and UV light compliance.

Gain practical math and physics knowledge for visual testing. This course covers light behavior, optical measurement, lens principles, and calculations used in imaging, inspection, and direct visual testing.

Strengthen the math and physics skills needed for radiographic testing. This course covers radiation behavior, safety calculations, exposure principles, and image quality techniques used in film and digital radiography.

Deepen your expertise in digital radiography and computed tomography. Designed for RT Level II or III professionals, this course covers digitized film, digital detectors, radioscopy, computed radiography, tomography, and image quality standards.

Discover how to build practical no-code AI agents to streamline workflows, improve decision-making, and increase efficiency for NDT professionals, quality managers, and inspection engineers.

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.

Strengthen ethical awareness and decision-making skills for nondestructive testing professionals. This interactive course covers core ethical principles, industry expectations, and practical strategies for navigating real-world dilemmas in the NDT field.

This webinar addresses why standard ultrasonic attenuation formulas often fail for metals and presents revised methods to improve nondestructive evaluation accuracy and reliability across critical industries.

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.

Learn how to craft clear, engaging presentations, connect with any audience, and deliver with confidence at any event, from conferences to meetings to public talks.

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.

Explore how grain structure and anisotropy in stainless steel impact phased array inspections, wave behavior, and why both notches and side-drilled holes are needed for sensitivity calibration.

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.

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.

Explore advanced NDT techniques used in turbine failure investigations, including borescope inspections, SEM, EDS, and IR imaging, and learn how they support maintenance, root cause analysis, and dispute resolution

Get up to speed on the 2024 SNT-TC-1A updates and addendum, including new definitions, personnel requirements, and alignment with industry best practices.