The MRI Repair Technician Training (RSTI) course, offered by the British Academy for Training and Development, is designed to equip participants with the necessary skills and knowledge to become proficient MRI repair technicians. As MRI machines are integral to modern diagnostic imaging, ensuring their optimal functionality is essential for accurate diagnoses and patient safety. This course provides comprehensive training on the maintenance, troubleshooting, and repair of MRI systems, including the understanding of complex MRI components, safety protocols, and repair techniques. Participants will be well-prepared to handle MRI equipment malfunctions and ensure efficient service for healthcare providers.

Who Should Attend?

• Medical equipment technicians and engineers focusing on MRI machines.
• Professionals working in radiology departments who want to improve their technical skills in MRI machine maintenance and repair.
• Aspiring MRI repair technicians looking to enter the healthcare technology field.
• Healthcare facilities' technical staff who oversee the operation and maintenance of MRI systems.

Knowledge and Benefits:

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

• Understand the operational principles of MRI systems and their components.
• Diagnose and repair common faults in MRI equipment.
• Perform routine maintenance and calibration on MRI systems.
• Implement safety protocols specific to working with MRI machines.
• Ensure compliance with MRI regulatory standards and safety guidelines.

• Overview of MRI Technology
  • Basic principles of MRI and how it works.
  • Types of MRI systems and their applications.
  • Key components of MRI machines.
• MRI System Components and Functions
  • Magnetic field generation and its importance.
  • RF coils and their role in image acquisition.
  • Understanding gradient coils and their operation.

• MRI Safety Fundamentals
  • Understanding the dangers of magnetic fields.
  • MRI room design and safety considerations.
  • Personal protective equipment (PPE) and safety measures.
• Patient and Technician Safety
  • Safe practices for working with patients and MRI machines.
  • Identifying and preventing MRI-related accidents.
  • Handling ferromagnetic objects and implants.

• Power Supply and Electrical Components
  • Understanding the power requirements of MRI systems.
  • MRI system’s electrical circuits and safety features.
  • Troubleshooting electrical issues in MRI machines.
• Control Panels and Computer Systems
  • The role of the MRI control panel and operator interface.
  • Interaction between the MRI system and its software.
  • Common faults in control systems and how to resolve them.

• Magnetic Field Basics
  • How the magnetic field is created in MRI systems.
  • Types of magnets used in MRI machines.
  • Testing and troubleshooting the magnetic field.
• Gradient Coil Operation
  • Role of gradient coils in image formation.
  • Common issues with gradient coils and how to troubleshoot.
  • Calibration procedures for gradient coils.

• RF Coils in MRI Systems
  • Types of RF coils and their applications in MRI.
  • How RF coils transmit and receive signals.
  • Common faults in RF coils and their repair.
• Signal Processing and Quality Control
  • Understanding signal processing in MRI.
  • Troubleshooting image quality issues.
  • Methods to test and calibrate RF systems.

• MRI Software Overview
  • MRI operating software and its functions.
  • Understanding MRI image reconstruction.
  • Common software-related issues in MRI systems.
• Troubleshooting MRI Imaging Problems
  • Identifying image artifacts and their causes.
  • How to correct imaging errors.
  • Verifying the calibration of imaging software.

• Cooling Systems in MRI Machines
  • The importance of cooling systems in MRI operation.
  • Types of MRI cooling systems and their maintenance.
  • Troubleshooting cooling system failures.
• Cryogenic Technologies and Safety
  • Understanding cryogenics in MRI systems.
  • Common cryogenic issues and how to resolve them.
  • Safety protocols when dealing with cryogens.

• Routine Preventive Maintenance
  • Importance of preventive maintenance for MRI systems.
  • Daily, weekly, and monthly maintenance tasks.
  • Creating maintenance schedules and checklists.
• Calibration of MRI Machines
  • The role of calibration in ensuring image quality.
  • Steps for calibrating the magnetic field, gradients, and RF coils.
  • Best practices for routine calibration procedures.

• Identifying MRI System Failures
  • Common failures in MRI machines and their symptoms.
  • Diagnostic tools and techniques for MRI systems.
  • Step-by-step approach to diagnose MRI failures.
• Repairing MRI System Components
  • Repairing or replacing malfunctioning components.
  • Handling critical MRI components during repair.
  • Ensuring the system is fully functional after repairs.

• Upgrading MRI Software and Hardware
  • How to plan and implement MRI system upgrades.
  • Upgrading MRI software for improved performance.
  • Hardware upgrades and their benefits.
• Implementing System Modifications
  • Modifying MRI systems for new applications.
  • Customizing MRI systems based on specific needs.
  • Ensuring compatibility and performance after modifications.

• Advanced Faults and Complex Problems
  • Identifying complex MRI system malfunctions.
  • Using diagnostic tools for advanced troubleshooting.
  • Case studies of advanced MRI system problems.
• Troubleshooting with MRI System Software
  • Using diagnostic software tools for troubleshooting.
  • Interpreting error codes and logs from MRI software.
  • Resolving issues using software-based diagnostics.

• MRI Regulatory Standards
  • Overview of regulatory bodies and their role in MRI maintenance.
  • Ensuring compliance with MRI safety regulations.
  • Understanding certification requirements for MRI systems.
• Quality Control in MRI Maintenance
  • Importance of quality control for MRI machines.
  • Implementing quality control programs for MRI systems.
  • Reporting and managing quality assurance tests.

• Post-Repair Testing and Verification
  • Testing MRI systems after repairs and upgrades.
  • How to verify that all systems are functioning properly.
  • Documenting the testing and verification process.
• System Performance and Reporting
  • Monitoring MRI system performance after servicing.
  • Preparing detailed reports on maintenance and repairs.
  • Final inspection and certification for MRI machines.