Recruiter's Glossary

Examples: Shaft Alignment • Belt Drive Systems • Turbine Maintenance

Radiographic Testing

Term from Mechanical Maintenance industry explained for recruiters

Radiographic Testing is a way to check the inside of materials and equipment without damaging them, similar to how X-rays work in hospitals. It's commonly used in manufacturing, construction, and maintenance to find hidden problems like cracks or defects in metal parts, pipes, or welds. People who do this work use special equipment to take images of the inside of materials, which helps ensure that structures and equipment are safe to use. This is part of what's called "Non-Destructive Testing" (NDT), which includes other methods like ultrasound or magnetic testing.

Examples in Resumes

Performed Radiographic Testing and RT inspections on critical pipeline welds

Certified Level II Radiographic Testing technician with experience in pressure vessel inspection

Led team of NDT inspectors in conducting Radiographic Testing examinations of aerospace components

Typical job title: "Radiographic Testing Technicians"

Also try searching for:

NDT Technician RT Inspector Industrial Radiographer Quality Control Inspector Non-Destructive Testing Specialist NDT Level II Technician Quality Assurance Inspector

Where to Find Radiographic Testing Technicians

Professional Organizations

Job Boards

Professional Networks

Example Interview Questions

Senior Level Questions

Q: How do you ensure safety protocols are followed during radiographic testing?

Expected Answer: A senior technician should explain radiation safety measures, including monitoring devices, safety zones, proper signage, and emergency procedures. They should also mention training requirements and documentation practices.

Q: How would you handle a complex inspection project with multiple team members?

Expected Answer: Should discuss project planning, team coordination, quality control measures, and how to handle different types of materials and equipment while maintaining safety and accuracy.

Mid Level Questions

Q: What factors do you consider when selecting exposure time and source intensity?

Expected Answer: Should explain how material thickness, type, and desired image quality affect these choices, showing practical understanding of equipment settings and safety considerations.

Q: How do you interpret radiographic films and identify different types of defects?

Expected Answer: Should describe common defect patterns, image quality indicators, and how to distinguish between acceptable and unacceptable results using industry standards.

Junior Level Questions

Q: What are the basic safety procedures for radiographic testing?

Expected Answer: Should demonstrate knowledge of basic radiation safety, proper use of safety equipment, understanding of warning signs, and emergency procedures.

Q: Can you explain the basic principles of how radiographic testing works?

Expected Answer: Should be able to explain in simple terms how radiation passes through materials to create images, similar to medical X-rays, and basic equipment operation.