The Aestiva/7900/MRI Technical Training, offered by the British Academy for Training and Development, provides specialized technical knowledge and skills required to operate, maintain, and troubleshoot the Aestiva 7900 anesthesia systems and MRI systems. These systems are critical in healthcare settings, combining anesthesia with MRI technologies to provide comprehensive patient care. This course is designed for professionals who work with these sophisticated machines, focusing on the technical aspects of their maintenance, troubleshooting, and effective operation. Through a combination of theoretical knowledge and hands-on experience, participants will gain proficiency in handling these advanced systems, ensuring optimal performance and safety in medical environments.

Who Should Attend?

• Biomedical engineers and technicians responsible for the operation and maintenance of Aestiva/7900 and MRI systems.
• Healthcare professionals working with anesthesia and MRI systems who need to understand the technical aspects of these devices.
• Technical specialists and support staff in hospitals and healthcare institutions.
• Equipment managers and engineers seeking to enhance their skills in the maintenance and troubleshooting of complex medical devices.

Knowledge and Benefits:

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

• Understand the technical components, functions, and operating principles of the Aestiva/7900 anesthesia systems and MRI systems.
• Perform preventive maintenance, troubleshooting, and repairs on Aestiva/7900 and MRI systems.
• Identify and resolve common technical issues associated with Aestiva/7900 and MRI equipment.
• Apply safety procedures and quality assurance measures for handling these advanced medical technologies.
• Maintain and calibrate MRI and anesthesia systems to ensure optimal patient care and equipment performance.

• Overview of Aestiva/7900 Anesthesia Systems
  • Components and functions of the Aestiva/7900 system.
  • Key features of the Aestiva/7900 and their applications in anesthesia.
  • Understanding the integration of Aestiva/7900 with MRI systems.
• Overview of MRI Systems
  • Basic principles and components of MRI technology.
  • The role of MRI in patient diagnostics and treatment.
  • Overview of system integration with other medical devices, including anesthesia.

• Aestiva/7900 System Architecture
  • Detailed breakdown of the Aestiva/7900 anesthesia system’s architecture.
  • Understanding the flow of gas and drug delivery within the system.
  • Maintenance of the gas delivery system and pressure regulators.
• MRI System Components
  • MRI scanner components: magnets, gradients, and coils.
  • Understanding the patient table and its role in MRI.
  • Cooling and electrical systems essential to MRI operation.

• Safety Protocols for Aestiva/7900 Systems
  • Understanding patient safety and emergency protocols for anesthesia systems.
  • Preventive measures to avoid over-infusion and leakage.
  • Regulatory safety standards for the Aestiva/7900 system.
• Safety Protocols for MRI Systems
  • Understanding MRI safety zones and their significance.
  • Precautions for patients and personnel during MRI scans.
  • Managing and preventing overheating of MRI components.

• Routine Maintenance Tasks for Aestiva/7900
  • Scheduled checks and maintenance tasks for anesthesia systems.
  • Cleaning and calibration procedures.
  • Checking for leaks and ensuring optimal performance.
• Troubleshooting Common Issues in Aestiva/7900 Systems
  • Identifying malfunctions in gas flow, monitoring, and drug delivery.
  • Diagnosing electrical and mechanical failures.
  • Replacing and repairing common components.

• Routine Maintenance for MRI Systems
  • Scheduled maintenance for MRI components (magnets, gradients, and RF coils).
  • Calibration of MRI systems for accurate imaging.
  • Ensuring proper cooling and ventilation for the MRI system.
• Troubleshooting MRI Issues
  • Diagnosing imaging quality problems.
  • Addressing issues with MRI gradients and coils.
  • Handling malfunctioning power systems and air conditioning units.

• In-Depth Diagnostics for Aestiva/7900
  • Utilizing diagnostic tools and software for troubleshooting.
  • Analyzing system logs for errors and malfunctions.
  • Advanced troubleshooting techniques for complex issues.
• Repair and Replacement of Critical Components
  • Procedures for repairing malfunctioning anesthesia delivery systems.
  • Replacing vital components: flow meters, pressure sensors, and vaporizers.
  • Techniques for ensuring a smooth workflow post-repair.

• In-Depth Diagnostics for MRI Systems
  • Identifying common and rare MRI faults using diagnostic tools.
  • Using MRI software for system diagnostics and imaging assessments.
  • Analyzing and resolving power, magnet, and gradient issues.
• Repair and Maintenance of MRI Components
  • Techniques for handling and replacing MRI coils and other hardware.
  • Repairing electrical failures in the MRI system.
  • Replacing damaged cables, power supplies, and air conditioning systems.

• Calibration of Aestiva/7900 Systems
  • Techniques for calibrating the anesthesia gas flow and delivery systems.
  • Ensuring the accuracy of vaporizers and pressure regulators.
  • Verifying monitoring equipment (alarms, gauges, and indicators).
• Alignment of Aestiva/7900 System Components
  • Ensuring the accurate positioning of anesthesia delivery components.
  • Checking and adjusting the mechanical alignment of the system.
  • Verifying proper airflow and gas delivery alignment.

• Calibration of MRI System Components
  • Calibration of magnetic field strength and gradient systems.
  • Ensuring proper coil alignment for optimal imaging.
  • Fine-tuning of image resolution and signal-to-noise ratio.
• MRI System Alignment Procedures
  • Techniques for aligning MRI components to ensure accurate imaging.
  • Adjusting the gradient system to enhance MRI performance.
  • Calibration and alignment of the RF coils.

• Challenges in Integration of Aestiva/7900 with MRI Systems
  • Understanding how MRI affects the performance of anesthesia systems.
  • Identifying problems that arise from system integration.
  • Steps for troubleshooting communication and power issues between the two systems.
• Ensuring Safe Operation During Combined Use
  • Protocols to follow for combined use of MRI and anesthesia equipment.
  • Ensuring that safety measures are in place for patients and operators.
  • Maintaining system stability during simultaneous operation.

• Handling Communication Failures Between Systems
  • Identifying communication issues between Aestiva/7900 and MRI.
  • Resolving conflicts in data exchange between the systems.
  • Recalibrating integrated communication protocols.
• System Interference and Power Management
  • Preventing interference between MRI and anesthesia systems.
  • Managing power supply and surge protection.
  • Troubleshooting power surges and voltage inconsistencies.

• Regulatory Compliance for Aestiva/7900 Systems
  • Understanding the legal requirements and standards for anesthesia equipment.
  • Compliance with FDA and CE regulations for Aestiva/7900 systems.
  • Maintaining proper documentation and reporting for legal purposes.
• Regulatory Compliance for MRI Systems
  • Ensuring MRI systems meet local and international safety regulations.
  • Understanding accreditation and certification requirements for MRI systems.
  • Regulatory standards for system performance and patient safety.

• Best Practices for Ongoing Maintenance and Support
  • Techniques for proactive maintenance to reduce system failures.
  • Monitoring system performance to avoid future issues.
  • Ongoing training and resource recommendations for continuous improvement.