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

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.

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

Learn what it means to digitalize inspection processes and explore practical steps to begin building an NDE 4.0 business using tools like Floodlight Software or similar platforms.

Explore National Institute of Standards and Technology's (NIST) efforts to advance and standardize in-process monitoring for metal additive manufacturing, including calibration methods, data management, and trends shaping the future of additive manufacturing monitoring.

Explore career paths beyond Level II in NDT, including Level III requirements, alternative certifications, and insights into navigating the journey to advanced professional roles.

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

Learn how to interpret specifications, write effective procedures, and pass on essential QA knowledge to the next generation of NDT professionals.

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.

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

Learn how connected nondestructive testing instruments and cloud-based platforms like Olympus Scientific Cloud version 3.0 and Oil and Gas Cloud and Digital Solution are streamlining data acquisition, reporting, and inspection management across the nondestructive testing industry.

Learn how field metallography helps identify crack types and damage modes, enabling more informed repair decisions and bridging the gap between inspection findings and effective solutions.

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.

Learn about ASNT’s current and future advocacy efforts to advance, promote, and increase visibility for the nondestructive testing (NDT) industry.

Explore how alternating current field measurement (ACFM) detects and sizes surface-breaking cracks through coatings, without calibration, offering advantages over magnetic particle and eddy current methods.

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.

Learn how to convert and interpret in-line inspection (ILI) data using clock positions, degrees, and physical measurements for accurate anomaly validation and reporting in pipe inspection.

This presentation reviews the development and testing of locomotive undercarriage thermal inspection systems, showing good correlation between onboard thermocouples and in-track sensors for failure detection.

This program helps NDT professionals navigate ethical dilemmas by highlighting thirteen follower behaviors to resist unethical requests, based on a 2024 study involving certified ASNT NDT Level II and III engineers.

This webinar highlights how safety standards, regulations, and nondestructive testing impact the amusement park industry. Gain insights into ASTM F-24 standards, ride lifecycle inspections, and case studies that demonstrate lessons learned and best practices for extending ride service life.

This presentation outlines the growing shortage of Level IIIs and offers practical mentoring strategies for current magnetic particle testing and penetrant testing Level IIIs to prepare the next generation of inspectors.

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.

Join this panel discussion on diversity in nondestructive testing to explore inclusion challenges, examine biases, and get your questions answered about fostering a more inclusive NDT industry.