Before a technician can troubleshoot a complex X-ray fault, they need to understand something more basic: where the power goes, how the mechanical parts move, and why the tube and detector behave the way they do. This foundations-level training course from the Arab British Fellowship Training Academy builds that base first, then layers on the calibration, quality assurance, and troubleshooting skills needed to service diagnostic X-ray systems with confidence.

From electrical and mechanical fundamentals to radiation safety, regulatory standards, and the documentation habits that keep a service history useful, the course is structured as a practical path into X-ray servicing — for people who are new to the field as well as those formalising skills they've picked up on the job.

What You'll Be Able to Do

• Explain the basic components, functions, and types of diagnostic X-ray systems.
• Maintain and troubleshoot the X-ray tube, detector systems, power supply, and mechanical components.
• Calibrate X-ray systems and apply quality-assurance standards using test phantoms.
• Identify and resolve common equipment issues, from image artifacts to wiring faults.
• Build preventive maintenance protocols and maintain accurate service records.
• Apply radiation safety practices and comply with regulatory standards (FDA, IEC, and others).
• Handle system upgrades, emergencies, and advanced repairs with minimal downtime.

Who Should Attend?

• X-ray technicians and radiologic technologists
• Biomedical engineers and service technicians new to X-ray equipment
• Healthcare professionals expanding their knowledge of X-ray servicing
• Individuals pursuing a career in diagnostic imaging equipment maintenance

Module 1: Diagnostic X-ray Systems and Working Safely

• Basic components, functions, and types of X-ray machines
• The role of diagnostic X-ray systems in healthcare
• Radiation protection, exposure factors, and safe working guidelines

Module 2: Core Components — Tube and Detector

• X-ray tube function and factors affecting tube life
• Tube maintenance and care
• Detector types, calibration, and troubleshooting image quality

Module 3: Power and Mechanical Foundations

• Electrical components, power systems, and troubleshooting power faults
• Voltage regulation, surge protection, and preventing power failures
• Mechanical components (tube stand, gantry, collimators) and handling mechanical malfunctions

Module 4: Calibration and Quality Assurance

• The need for regular calibration and step-by-step procedures
• Verifying system accuracy and performance
• Image quality-control standards and the use of test phantoms

Module 5: Everyday Troubleshooting and Repair

• Recognising symptoms of system malfunction
• Diagnostic tools and systematic troubleshooting approaches
• Resolving image artifacts, wiring faults, and mechanical or electrical issues

Module 6: Preventive Maintenance in Practice

• Establishing preventive maintenance protocols and checklists
• Managing maintenance schedules effectively
• Routine cleaning, inspection, testing, and recalibration

Module 7: Radiation Safety and Regulatory Standards

• Radiation risks, PPE, and shielding measures
• Local and international radiation safety guidelines
• Regulatory bodies (FDA, IEC, and others) and audit preparation

Module 8: Advanced Diagnostics and Repairs

• Identifying hard-to-detect and complex faults
• Advanced diagnostic tools and techniques
• Repairing or replacing damaged components, including software-related issues

Module 9: System Upgrades and Emergency Management

• Assessing the need for upgrades and retrofitting new technology
• Expanding system capabilities and testing after upgrades
• Handling emergencies and minimising downtime during repairs

Module 10: Documentation and the Future of Servicing

• Maintaining service records and detailed maintenance logs
• Reporting issues and communicating with manufacturers and support teams
• Advancements in X-ray technology and the evolving role of service professionals