From Simple UT to Smart Systems: Digitizing NDT Workflows
Tracks
TECHNICAL SESSIONS
Knowledge Level - NDT Level I/NDT Level II
Knowledge Level - NDT Level III
Presentation Topic Level - Advanced
Presentation Topic Level - Intermediate
Target Audience - Level III Managers
Target Audience - Research/Academics
Target Audience - Small Business Managers
Target Audience- NDT Engineers
Tuesday, October 7, 2025 |
3:30 PM - 4:00 PM |
Fiesta 6 |
Speaker
Philippe Rioux
Application Engineer
Sonatest
From Simple UT to Smart Systems: Digitizing NDT Workflows
Presentation Description
The non-destructive testing (NDT) industry is rapidly entering a software-driven era, adopting technologies such as IoT protocols, fast programming languages, image recognition, and AI-assisted workflows. This study presents how recent advancements in Sonatest’s hardware and software platforms unlock a new level of automation, connectivity, and data consistency in ultrasonic testing that serve the NDE 4.0.
Our latest platform integrates modern communication protocols, including MQTT, enabling real-time remote control and live data streaming during inspections. We explore key architectural components required in the next generation of NDT devices to support cloud reporting, augmented reality for single-transducer inspections, and automated scan routines.
Practical case studies illustrate the impact of these technologies on weld inspection, corrosion mapping, and data logging efficiency. By reducing manual interaction, remote tools enhance repeatability and lower the risk of human error. This paper proposes a future-ready framework for deploying scalable, intelligent UT systems that align with digital transformation strategies across critical industries.
Our latest platform integrates modern communication protocols, including MQTT, enabling real-time remote control and live data streaming during inspections. We explore key architectural components required in the next generation of NDT devices to support cloud reporting, augmented reality for single-transducer inspections, and automated scan routines.
Practical case studies illustrate the impact of these technologies on weld inspection, corrosion mapping, and data logging efficiency. By reducing manual interaction, remote tools enhance repeatability and lower the risk of human error. This paper proposes a future-ready framework for deploying scalable, intelligent UT systems that align with digital transformation strategies across critical industries.
Short Course Description
Biography
I have over 13 years of experience in NDT in general, from the embedded to the PC software and all the UT applications. I am participating in the product development and sales that require our advanced technical support.
