The Industrial X-ray and CT Training Classes (North Star Imaging) offered by the British Academy for Training and Development is designed for professionals in the industrial sector who are involved in non-destructive testing (NDT) and quality assurance using X-ray and computed tomography (CT) technologies.

This course aims to provide participants with a comprehensive understanding of industrial X-ray and CT systems, enabling them to perform high-quality imaging, interpretation, and analysis for various industrial applications, such as material inspections, component analysis, and defect detection. Participants will acquire hands-on experience in working with North Star Imaging equipment, ensuring proficiency in safe and effective usage of these advanced technologies.

Who Should Attend?

• NDT technicians and engineers working with industrial X-ray and CT systems.
• Quality control and assurance professionals involved in inspecting materials and components.
• Engineers and technicians responsible for maintaining and calibrating industrial imaging equipment.
• Individuals working in sectors such as manufacturing, aerospace, automotive, and construction, where industrial imaging plays a critical role in quality control.

Knowledge and Benefits:

After completing the program, participants will be able to master the following:

• Understand the principles and applications of industrial X-ray and CT technology.
• Operate North Star Imaging X-ray and CT systems safely and effectively.
• Interpret X-ray and CT images for defect detection and material analysis.
• Calibrate and maintain X-ray and CT systems to ensure optimal performance.
• Apply proper safety protocols when working with industrial X-ray and CT equipment.
• Perform routine troubleshooting and repairs on X-ray and CT systems.

• Overview of Industrial X-ray and CT Technologies
  • Introduction to X-ray and CT technologies in industrial applications.
  • Differences between X-ray and CT scanning in industrial settings.
  • Key benefits of using X-ray and CT for non-destructive testing.
• Applications of Industrial X-ray and CT
  • Common industrial applications for X-ray and CT imaging.
  • Use of X-ray and CT in manufacturing, aerospace, automotive, and construction industries.
  • Examples of inspection types using X-ray and CT technology.

• Basic Principles of X-ray Imaging
  • How X-ray imaging works in industrial applications.
  • Key components of an X-ray imaging system.
  • Principles of radiographic imaging.
• Operating North Star X-ray Systems
  • Overview of North Star Imaging X-ray equipment.
  • Setting up and configuring X-ray systems.
  • Operating the X-ray system for industrial inspections.

• Principles of CT Imaging
  • How CT imaging differs from traditional X-ray.
  • Understanding 3D imaging in industrial applications.
  • Advantages of using CT for detailed material inspection.
• Operating North Star CT Systems
  • Overview of North Star Imaging CT equipment.
  • Setting up and configuring CT systems.
  • Hands-on operation of CT systems for imaging.

• Image Acquisition Techniques
  • Understanding image resolution and contrast.
  • Proper positioning of objects for X-ray and CT imaging.
  • Factors affecting image quality and techniques for optimization.
• Quality Control in X-ray and CT Imaging
  • Ensuring high-quality images for analysis.
  • Common issues affecting image quality and troubleshooting solutions.
  • Performing regular quality checks to maintain imaging standards.

• Interpreting X-ray and CT Images
  • Techniques for analyzing X-ray and CT images for defects.
  • Identifying common material defects (cracks, voids, corrosion, etc.).
  • Understanding how to read and interpret radiographic and CT scans.
• Advanced Image Analysis Techniques
  • Using software tools for advanced image processing.
  • Measuring and quantifying defects in images.
  • Interpreting 3D CT images for in-depth analysis.

• Radiation Safety Guidelines
  • Understanding radiation exposure risks and safety protocols.
  • Proper shielding and protective measures when using X-ray and CT equipment.
  • Regulations and standards for radiation safety in industrial environments.
• Safe Operation of X-ray and CT Equipment
  • Handling and operating X-ray and CT systems with minimal risk.
  • Personal protective equipment (PPE) and safety measures.
  • Emergency protocols in case of equipment malfunction.

• Calibrating X-ray and CT Systems
  • The importance of calibration for accurate results.
  • Calibration procedures for North Star X-ray and CT systems.
  • Regular maintenance schedules and practices for equipment longevity.
• Troubleshooting Common X-ray and CT System Issues
  • Identifying and resolving common problems in X-ray and CT equipment.
  • Practical troubleshooting techniques.
  • Ensuring system functionality and uptime.

• High-Resolution CT Imaging
  • Techniques for achieving high-resolution CT scans.
  • Using advanced scanning parameters for better image detail.
  • Optimizing CT scans for different types of materials.
• Volume Rendering and 3D Reconstruction
  • Understanding volume rendering techniques for 3D imaging.
  • Using software to reconstruct 3D images from CT data.
  • Analyzing 3D models for material integrity and defects.

• Post-Processing X-ray and CT Images
  • Techniques for enhancing and refining X-ray and CT images.
  • Using software to improve image clarity and detect hidden defects.
  • Exporting and storing images for analysis.
• Creating Detailed Inspection Reports
  • Writing clear and concise inspection reports based on X-ray and CT images.
  • Documentation standards for industrial inspections.
  • Communicating results and findings effectively to clients and stakeholders.

• X-ray and CT in Manufacturing
  • How X-ray and CT technologies are used in manufacturing for quality control.
  • Analyzing components and materials for defects and structural integrity.
  • Ensuring product integrity and performance using imaging techniques.
• X-ray and CT in Aerospace and Automotive Industries
  • Application of X-ray and CT for inspecting parts in the aerospace and automotive sectors.
  • Analyzing composite materials and welded joints with X-ray and CT imaging.
  • Ensuring compliance with industry standards and regulations.

• Streamlining Inspection Processes
  • Techniques to increase efficiency in X-ray and CT imaging.
  • Optimizing scan times while maintaining high image quality.
  • Managing workflow in high-volume industrial environments.
• Software Integration and Automation
  • Integrating X-ray and CT systems with existing inspection software.
  • Using automation to speed up imaging and analysis.
  • Benefits of software integration in industrial imaging systems.

• Advanced Troubleshooting Techniques
  • Troubleshooting complex imaging issues in X-ray and CT systems.
  • Understanding system errors and diagnostic tools.
  • Handling software, hardware, and imaging system malfunctions.
• Diagnosing Performance Issues
  • Identifying performance bottlenecks in X-ray and CT systems.
  • Diagnosing and resolving issues with image quality or system operation.
  • Implementing corrective actions to restore optimal performance.