Cracks hide inside welds and castings where no one can see them, and finding them is your work — X-ray and gamma radiography that reveals flaws before anything fails. X-ray vision for things that can't break.
The work is technical and often field-based — setting up radiation sources, shooting and reading images of welds and parts, and judging whether a flaw passes or fails. You handle real radiation under strict protocol, and a missed defect can mean a catastrophic failure later. Much of the craft is reading subtle flaws others would miss.
The conditions vary a lot. Shop work is controlled; field jobs mean pipelines, refineries, odd hours, and sometimes remote sites. Radiation safety is non-negotiable, the work can be physically demanding, and night shifts and travel often come with the territory. For many, the trade-off is good pay against real hazards and rough hours.
It tends to suit the careful and self-disciplined — people who respect the hazards, follow protocol exactly, and can read an image with a critical eye. If you want a comfortable desk or regular hours, the field and radiation reality may not suit. But if being the reason a weld won't fail matters, the work is skilled, important, and well-compensated.
Where this role sits in the broader career landscape — and where it can take you.
Roles like this one sit within a broader occupational category. The numbers below reflect that full landscape — helpful for context, but your specific experience will depend on level, specialty, and where you work.
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