Before steel meets the North Sea

The inspection team combines decades of craftsmanship with modern NDT technology. Tradition, innovation, and safety go hand in hand. At the center of this work is Espen, a 27-year-old technician who never planned a career in NDT, yet found a profession that connects technical understanding with hands-on work. From sports science to NDT

How did you end up in this field?

“It’s a bit of a coincidence, really. I had never heard of NDT before. I met someone who worked here in Verdal, and through the local gym, I got to know more people from Aker. They told me about their work, and it sounded interesting. I have a bachelor’s degree in sports science, but I wanted to move into a more technical field. So, I applied here, got the job, and started my training and certification.

Today, I’m Level II certified in X-ray, penetrant testing, and visual testing. This year, I’m also completing eddy current testing, with Level I in October and Level II in November. With several certifications already completed, I like that the work keeps pushing me to learn new things. What I enjoy most is the balance between theory and practice. I don’t just sit and read or calculate - I also use my hands and move around. But at the same time, I need to understand the math and the theory behind the methods. That combination suits me well.”

Technology and equipment

How do you choose the right equipment for each inspection?

“It depends on the NDT method and what we are testing. In radiography, for example, we choose between isotopes (gamma ray) and electronic X-ray systems depending on the material, the weld type, and accessibility. The goal is always the same - to achieve reliable inspections with the best possible image quality. Sometimes customer requirements also play a role.

Certain projects demand specific documentation formats. I’ve heard of cases where all analog films had to be digitized for insurance purposes, which meant the department needed to invest in specialized equipment. Espen and his team primarily work with Comet X-ray EVO systems, which deliver clear and detailed images. The adjustable power range allows them to fine-tune settings for different materials and welds, ensuring consistent image quality across many applications. There are also practical considerations.

The equipment can be heavy when it needs to be moved or used in confined spaces, which is why isotopes are still used in some situations. The X-ray units can also be noisy due to the cooling fans - something that could be improved to make the working environment quieter. The pipe sample examined during our visit is part of the PWP topside project and will be sent to Stord for final assembly. In Verdal, the focus is on prefabrication and preparation. At the same time, the team is also supporting work on the Fenris and Hugin V projects.”