A hairline crack inside a welded joint or a composite panel is invisible to the eye but can be catastrophic if it reaches an aircraft or a production line undetected. Non-destructive testing with X-ray and CT is how industrial teams catch that kind of defect before it becomes a failure, and this course, delivered by the Arab British Fellowship Training Academy, trains professionals to do it properly on North Star Imaging equipment.

Participants build up from imaging fundamentals and safe equipment operation to interpreting radiographs and 3D CT reconstructions, calibrating and troubleshooting the hardware, and producing inspection reports that manufacturing, aerospace, automotive, and construction teams can act on with confidence.

By the End of This Course, You Will Be Able To

• Explain the principles and industrial applications of X-ray and CT technology, and operate North Star Imaging systems safely and effectively.
• Interpret X-ray and CT images for defect detection and material analysis, including advanced 3D CT analysis.
• Calibrate and maintain X-ray and CT systems, apply proper radiation safety protocols, and perform routine troubleshooting and repairs.
• Produce detailed inspection reports and communicate findings effectively to clients and stakeholders.

Who Should Attend?

• NDT technicians and engineers working with industrial X-ray and CT systems.
• Quality control and assurance professionals responsible for inspecting materials and components.
• Engineers and technicians in manufacturing, aerospace, automotive, and construction where industrial imaging is critical to quality control.

Module 1: Where Industrial X-ray and CT Fit in Quality Control

• Introduction to X-ray and CT in industrial applications, differences between them, and key benefits for non-destructive testing.
• Common applications across manufacturing, aerospace, automotive, and construction, with examples of inspection types.

Module 2: X-ray Fundamentals and North Star Systems

• How X-ray imaging works, key components of an X-ray imaging system, and principles of radiographic imaging.
• Overview of North Star Imaging X-ray equipment, setup and configuration, and operating the system for industrial inspections.

Module 3: CT Fundamentals and North Star Systems

• How CT imaging differs from X-ray, 3D imaging in industrial applications, and advantages of CT for detailed inspection.
• Overview of North Star Imaging CT equipment, setup and configuration, and hands-on operation for imaging.

Module 4: Getting a Clean, Usable Image

• Image resolution and contrast, proper positioning of objects, and factors affecting image quality and optimization techniques.
• Ensuring high-quality images, common issues affecting quality, and performing regular quality checks.

Module 5: Reading and Analyzing X-ray and CT Images

• Techniques for analyzing images for defects, identifying common material defects (cracks, voids, corrosion), and reading radiographic and CT scans.
• Using software tools for advanced image processing, measuring and quantifying defects, and interpreting 3D CT images.
• High-resolution CT imaging techniques, advanced scanning parameters, and optimizing scans for different materials.
• Volume rendering and 3D reconstruction techniques, and analyzing 3D models for material integrity and defects.

Module 6: Radiation Safety and Safe Equipment Operation

• Radiation exposure risks and safety protocols, shielding and protective measures, and regulations and standards for radiation safety.
• Handling and operating equipment with minimal risk, personal protective equipment, and emergency protocols for malfunctions.

Module 7: Calibration, Maintenance and Troubleshooting

• Importance of calibration, calibration procedures for North Star systems, and regular maintenance schedules for equipment longevity.
• Identifying and resolving common system problems, practical troubleshooting techniques, and ensuring system uptime.
• Advanced troubleshooting for complex imaging issues, understanding system errors and diagnostic tools, and diagnosing performance bottlenecks.

Module 8: Post-Processing and Reporting

• Techniques for enhancing and refining images, using software to detect hidden defects, and exporting and storing images for analysis.
• Writing clear inspection reports, documentation standards, and communicating results effectively to clients and stakeholders.

Module 9: Industrial Applications, Workflow and Automation

• X-ray and CT in manufacturing for quality control, and analyzing components and materials for defects and structural integrity.
• X-ray and CT in aerospace and automotive, analyzing composite materials and welded joints, and ensuring compliance with industry standards.
• Techniques to increase efficiency, optimizing scan times, and managing workflow in high-volume environments.
• Integrating systems with inspection software and using automation to speed up imaging and analysis.