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.

Learn the math and physics principles used in electromagnetic testing. This course covers unit conversions, electromagnetic induction, eddy current behavior, impedance analysis, and calculations used for material evaluation and discontinuity detection.

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.

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.

Gain UT II Limited certification and master drone-based ultrasonic testing with the Elios 3 system in this hands-on course combining traditional methods and advanced inspection technology.

Gain the knowledge and hands-on skills needed for UT II Limited A-Scan Thickness certification in this comprehensive 24-hour course for aspiring nondestructive testing professionals.

Explore drone-based ultrasonic testing with the Elios 3 system, enabling precise inspections, real-time data, and enhanced safety in confined spaces through advanced mapping and automation.

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.

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.

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.

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 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 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.

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

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.