The Medical Imaging Equipment Maintenance (MRI, X-ray, CT) course offered by the British Academy for Training and Development is designed to provide technical professionals with the essential knowledge and practical skills required to maintain and repair a range of critical medical imaging systems. These systems, including MRI, X-ray, and CT, are at the core of modern diagnostic medicine. Given their complexity, regular maintenance is crucial for ensuring optimal performance, reducing downtime, and extending the lifespan of the equipment.

This course provides a comprehensive understanding of the components, functionality, and maintenance procedures for MRI, X-ray, and CT equipment. Participants will learn how to troubleshoot common issues, conduct preventive maintenance, and perform necessary repairs on these imaging modalities, ensuring that they comply with industry standards and safety regulations.

Who Should Attend?

• Biomedical engineers and technicians who work with or maintain medical imaging systems.
• Service engineers and field technicians specializing in MRI, X-ray, and CT systems.
• Healthcare professionals involved in the operational and maintenance aspects of medical imaging equipment.
• Individuals looking to advance their career in the maintenance and servicing of medical imaging technologies.

Knowledge and Benefits:

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

• Understand the core principles behind MRI, X-ray, and CT imaging technologies.
• Perform maintenance procedures and troubleshooting for MRI, X-ray, and CT equipment.
• Identify common issues with imaging systems and repair them effectively.
• Ensure compliance with health and safety standards while servicing medical imaging devices.
• Conduct preventive maintenance to extend the life of imaging equipment and improve system reliability.

• Overview of Medical Imaging Technologies
  • Basic principles of MRI, X-ray, and CT imaging
  • Differences between MRI, X-ray, and CT technologies
  • Applications and importance of each modality in healthcare
• Structure and Components of Imaging Systems
  • Key components of MRI, X-ray, and CT systems
  • Overview of imaging modalities' hardware
  • The role of computer systems in medical imaging

• Safety Protocols for MRI, X-ray, and CT Systems
  • Safety considerations specific to each imaging modality
  • Electromagnetic field safety and radiation protection
  • Personal protective equipment (PPE) for technicians
• Electrical and Mechanical Safety
  • Electrical hazards in medical imaging equipment
  • Mechanical considerations in the maintenance of imaging systems
  • Handling high-voltage components safely

• MRI System Components and Functionality
  • Understanding magnetic field and superconducting magnets
  • Components: Gradient coils, RF coils, and patient positioning systems
  • Function and purpose of cooling systems in MRI
• Maintenance Procedures for MRI Systems
  • Daily, weekly, and monthly maintenance tasks
  • Troubleshooting common MRI system faults
  • Repairing and calibrating MRI systems

• Overview of X-ray System Components
  • Understanding the X-ray tube and its function
  • The role of the high-voltage generator and transformer
  • X-ray detectors and image receptors
• X-ray System Troubleshooting
  • Identifying issues with image quality and resolution
  • Common mechanical failures in X-ray systems
  • Repairing and replacing components in X-ray equipment

• CT System Structure and Key Components
  • Understanding CT scanners and their core components
  • Role of X-ray tubes, detectors, and gantries in CT systems
  • The importance of the data acquisition system (DAS)
• CT Maintenance and Troubleshooting
  • Common faults in CT systems
  • Preventive maintenance for CT scanners
  • Troubleshooting mechanical and electronic problems

• Routine Maintenance Tasks for Imaging Systems
  • Preventive maintenance schedules and checklists
  • Cleaning and calibration of key components
  • Checking and updating software for imaging systems
• Troubleshooting Across Multiple Modalities
  • Identifying cross-modalities faults
  • Diagnostic approaches for common system failures
  • Tools and techniques used in troubleshooting

• Understanding Power Requirements
  • Power supply and distribution in medical imaging equipment
  • Importance of grounding and surge protection
  • Ensuring stability in high-voltage systems
• Electrical Troubleshooting Techniques
  • Using multimeters and other diagnostic tools
  • Identifying and repairing electrical issues
  • Testing and calibrating power systems in imaging devices

• Cooling Systems in MRI and CT Equipment
  • The importance of cryogenic cooling in MRI systems
  • Components of cooling systems and their maintenance
  • Preventing system failures due to temperature variations
• Troubleshooting Cooling System Failures
  • Common problems in cooling systems
  • Identifying leaks and malfunctioning compressors
  • Techniques for maintaining cryogenic fluid levels

• Role of Software in Imaging Equipment
  • Overview of software and control systems for MRI, X-ray, and CT
  • Updating and configuring imaging software
  • Troubleshooting software-related problems
• Interfacing Imaging Equipment with Hospital Systems
  • Integration with PACS (Picture Archiving and Communication System)
  • Managing DICOM (Digital Imaging and Communications in Medicine) standards
  • Maintaining the data integrity and security of medical images

• Diagnostic Tools for Advanced Troubleshooting
  • Using advanced diagnostic equipment for imaging systems
  • Identifying deep-rooted issues in MRI, X-ray, and CT systems
  • Techniques for handling intermittent faults
• Repairing Complex Failures
  • Step-by-step procedures for repairing advanced issues
  • Component replacement and system recalibration
  • Managing system failures effectively

• Developing Preventive Maintenance Plans
  • Crafting maintenance schedules tailored to different equipment
  • Importance of documentation and record-keeping
  • Measuring system performance and efficiency
• Optimizing Imaging System Performance
  • Enhancing image quality through maintenance
  • Improving system uptime and reducing downtime
  • Calibration procedures for accurate and reliable results

• Inventory Management for Spare Parts
  • Maintaining an inventory of critical spare parts
  • Ensuring the availability of key components for timely repairs
  • Best practices for sourcing and storing spare parts
• Managing the Equipment Lifecycle
  • Understanding the lifecycle of MRI, X-ray, and CT systems
  • Planning for equipment replacement and upgrades
  • Cost analysis and budgeting for system maintenance

• Compliance with Industry Standards
  • Key regulatory requirements for medical imaging equipment
  • Understanding international standards (ISO, IEC, etc.)
  • Ensuring compliance with radiation safety and health regulations
• Quality Assurance and Risk Management
  • Implementing quality control procedures
  • Risk management strategies for medical imaging systems
  • Continuous improvement in maintenance processes