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.

Strengthen your understanding of ultrasonic testing theory, equipment, and response interpretation. Covers key procedures and standards to support UT certification and field readiness.

Enrollment limited to conference registrants. Learn how Full Matrix Capture (FMC), Total Focusing Method (TFM), and Phase Coherence Imaging (PCI) enhance ultrasonic inspections through improved resolution, flaw characterization, and practical application guidance.

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 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.

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.

Strengthen your understanding of ultrasonic testing theory, equipment, and response interpretation. Covers key procedures and standards to support UT certification and field readiness.

This webinar explores how the total focusing method (TFM) and TFMi enhances PAUT for improved flaw characterization and sizing in weld inspections, covering principles, technique comparisons, and case studies.

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.

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 the fundamentals of PAUT with a focus on weld inspection, including principles, benefits, and real-world applications that enhance accuracy and reliability in structural evaluations.

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.

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.

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.

This presentation covers the total focusing method (TFM) in ultrasonic testing, highlighting its advantages, limitations, and wave selection modeling as the next advancement beyond phased array ultrasonic testing (PAUT).

Learn how aerial robotic systems perform contact-based ultrasonic thickness measurements, enabling safer, automated inspections of above-ground storage tanks and reducing risks from traditional access methods.