Practical Servicing Training Course for MAC Diagnostic Imaging Systems (Online / Remote)
1Summary
In modern hospitals, a single hour of imaging downtime can delay dozens of diagnoses — which is exactly why technicians who understand MAC diagnostic imaging systems inside and out are in constant demand. This Practical Servicing Training Course, delivered by the Arab British Fellowship Training Academy, immerses participants in the real-world skills needed to keep MAC imaging equipment running reliably, from everyday upkeep to full fault recovery.
Rather than starting from abstract theory, the course builds outward from the imaging system itself: its architecture, its power and calibration needs, and the troubleshooting habits that separate a quick fix from a repeat breakdown. Participants leave with a structured approach to maintenance, safety, and long-term system care that they can apply immediately on the job.
2Objectives and target group
Who Should Attend?
- Technical staff already working hands-on with MAC diagnostic imaging systems, alongside biomedical engineers and service technicians handling broader diagnostic imaging maintenance
- Individuals aiming to specialize in the technical and troubleshooting side of diagnostic imaging devices
- Healthcare professionals who want a deeper working knowledge of how their imaging equipment is maintained and kept functional
Knowledge and Benefits:
After completing the program, participants will be able to:
- Diagnose and repair common and complex faults in MAC diagnostic imaging devices with confidence
- Read and apply the structure and functionality of MAC systems to guide maintenance decisions
- Carry out routine and preventive maintenance that keeps devices calibrated and running efficiently
- Follow the safety standards and protocols required when servicing diagnostic imaging equipment
- Extend the working life of MAC devices through consistent servicing and calibration practice
3Course Content
Module 1: Reading a MAC System Before You Touch It
- Breakdown of MAC diagnostic imaging system components and how each part contributes to producing quality images
- Key features and configurations that distinguish different MAC system setups
- Why diagnostic imaging devices, and MAC systems specifically, are central to accurate medical diagnosis
Module 2: Diagnostic Imaging Fundamentals Technicians Must Know
- Fundamentals of diagnostic imaging technology and the physics behind imaging devices
- Key differences between diagnostic imaging modalities and where MAC systems fit in
Module 3: Troubleshooting from Day One: Common MAC Faults
- Identifying common hardware and software problems, plus the diagnostic tools and software used to isolate them
- Recognising causes of image distortion or poor quality and applying software or hardware fixes
- Addressing faulty imaging detectors and image processing unit issues, and techniques for optimising imaging performance
Module 4: Powering and Protecting the System
- Understanding the electrical supply MAC systems require and identifying power-related issues and failures
- Best practices for electrical system maintenance
- Backup power, surge protection, and minimising downtime during power failures
Module 5: Calibration and Preventive Maintenance Routines
- Why calibration accuracy directly affects image quality, and the calibration methods used for MAC systems
- Setting regular calibration schedules and using the right tools
- Daily, weekly, and monthly maintenance tasks, cleaning, and component inspection for long-term reliability
Module 6: Operating Software and System Configuration
- Overview of the software used in MAC diagnostic imaging systems and how to troubleshoot software errors or crashes
- Reinstalling and updating software to keep systems running smoothly
- Configuring system settings, updating firmware, and backing up and restoring system data
Module 7: Accessories, Components, and Replacement Practice
- Imaging accessories such as coils, detectors, and cables, and the issues most commonly seen with them
- Testing and repairing accessories efficiently
- Identifying worn or malfunctioning components and replacing them with minimal downtime
Module 8: Safety in Daily Operation
- Understanding the risks involved in working with diagnostic imaging systems
- Safety measures for technicians and patients, and the protective equipment required
- Preventing system overload and overheating, and following proper shutdown procedures to avoid damage
Module 9: Building a Maintenance and Reporting Plan
- Developing a schedule for regular maintenance and inspections, with key checkpoints for device longevity
- Documenting maintenance activities consistently
- Monitoring and recording system performance, and recognising early signs of potential failure
Module 10: Advanced Fault Diagnosis and Connectivity Issues
- Diagnosing more complex MAC system issues and using diagnostic tools to identify elusive faults
- Repairing critical components once a fault is confirmed
- Troubleshooting communication failures and connectivity problems, and ensuring proper data transfer and image storage
Module 11: Upgrades, Testing, and Recalibration
- Identifying when a system upgrade is necessary and how to plan and implement it
- Integrating new technologies and accessories into existing MAC systems
- Testing and calibrating the system after an upgrade to verify image quality and performance
Module 12: Quality, Performance, and What's Next for MAC Systems
- Key performance indicators for MAC systems and how to evaluate image quality, reliability, and compliance with healthcare standards
- Running regular quality control checks and using QC software to monitor performance
- Where diagnostic imaging is heading: AI, automation, and staying prepared for future technological advancements