Develop a strong foundation in radiographic testing theory, equipment, procedures, and safety. Supports RT certification prep and practical application in the field.

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.

Explore how AI is transforming NDT through automated defect recognition in digital radiography. This webinar highlights practical implementation strategies, real-world case studies, and key benefits such as faster analysis, improved accuracy, and reduced costs. Designed for technicians, Level III supervisors, and managers.

This webinar explores the transition from film to digital radiography, covering essential technical concepts such as signal-to-noise ratio, image optimization, and contrast-to-noise ratios. It also outlines the differences in training requirements across major standards like SNT-TC-1A, NAS 410, ASME, and ISO 9712.

This webinar examines how AI and automated defect recognition (ADR) are transforming digital radiography, shifting the bottleneck from image acquisition to evaluation, and covering applications, standards, and regulatory considerations in NDT.

Explore how X-ray and computed tomography (CT) technologies are used for detailed inspection and failure analysis across different industries. Learn how these nondestructive methods support quality control, speed up production, and enhance safety in complex assemblies and materials.

This webinar introduces the DICONDE standard for managing and exchanging digital imaging data in nondestructive testing. Attendees will learn how to access and use image metadata, verify acquisition parameters, and apply DICONDE tools for reporting, QA, and equipment planning.

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.

This webinar explores the structure, risks, and real-world use of lithium-ion batteries. Attendees will learn to identify hazards, apply safe handling practices, and understand how NDT supports battery safety and reliability.

Explore microwave inspection as an alternative to UT, including applications, limitations, and effectiveness on complex surfaces like GFRP and reinforced thermoplastics.

Discover neutron imaging, a powerful nondestructive technique revealing internal material structures with high clarity, and learn about its applications across industries and technological advances.

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.

Gain an overview of NDE 4.0, its purpose, enabling technologies, and how digital-physical integration is shaping the future of nondestructive inspection systems.

Explore current technologies, safety tools, and career paths in underwater nondestructive testing. Learn how growing infrastructure needs are creating new opportunities for divers trained in NDT.

Discover why stainless steel weld x-rays can look flawed when they’re not, and learn how equipment settings and material factors create these tricky images.