Radiology departments run on three very different imaging technologies working side by side, and the technicians who keep them all running rarely get trained on all three at once. This certificate, offered by the Arab British Fellowship Training Academy, brings X-ray, CT, and MRI together in a single programme so participants build one coherent skill set instead of three disconnected ones.

From the physics behind each modality to hands-on operation, safety protocols, troubleshooting, and preventive maintenance, the course prepares radiology technicians, biomedical engineers, and equipment specialists for real work in diagnostic imaging departments, hospitals, and medical equipment companies.

By the End of This Course, You Will Be Able To

• Explain the principles and operation of X-ray, CT, and MRI systems, and the role imaging plays in diagnostic medicine and patient care.
• Operate, troubleshoot, and maintain X-ray, CT, and MRI equipment effectively, including identifying common issues and performing basic repairs.
• Apply safety protocols and standards across all three imaging modalities, and maintain accurate records in line with health and safety regulations.

Who Should Attend?

• Radiology technicians and healthcare professionals looking to specialize in diagnostic imaging technologies.
• Biomedical engineers, medical equipment technicians, and service engineers working with X-ray, CT, and MRI devices.

Module 1: Medical Imaging in Context

• Introduction to X-ray, CT, and MRI technologies, and the role of imaging in modern diagnostic medicine.
• Different types of X-ray machines (conventional, digital, fluoroscopy), CT and MRI scanner design and purpose, and key differences between modalities.

Module 2: X-ray Fundamentals and Safe Operation

• Basic principles of X-ray production and image formation, and components of an X-ray machine (tube, detector, generator).
• Understanding radiation and its effects, radiation safety protocols for operators and patients, and protection equipment and best practices.

Module 3: Running and Maintaining X-ray Equipment

• Detailed components of X-ray systems, the process of taking X-ray images, and operating controls for different scenarios.
• Common X-ray machine problems, troubleshooting the generator and tube, and preventive maintenance practices.

Module 4: CT Fundamentals, Radiation Management and Safety

• Basic principles of CT and image formation, scanner components, and how CT differs from conventional X-ray.
• How radiation dose is managed and techniques for minimizing patient exposure, and safety protocols and shielding for CT.

Module 5: Operating and Maintaining CT Scanners

• Operating a CT scanner: patient positioning, imaging protocols, and scanner settings.
• Identifying and resolving common CT scanner problems, and routine maintenance, calibration, and quality control.

Module 6: MRI Fundamentals and Operation

• Basic principles of MRI and image formation, the role of magnetic fields and radiofrequency waves, and MRI machine components.
• MRI scanner components and patient interaction, operating the scanner and adjusting settings, and patient positioning for optimal results.

Module 7: MRI Safety and Magnetic Field Management

• Potential hazards of strong magnetic fields, patient safety and screening protocols, and ensuring safety for technologists and patients.
• Managing magnetic fields and preventing accidents, safe handling of magnetic materials, and shielding sensitive equipment.

Module 8: Diagnosing and Maintaining MRI Systems

• Identifying issues with MRI equipment and imaging quality, troubleshooting hardware and software problems, and managing acquisition and processing errors.
• Best practices for maintaining MRI machines, routine calibration and performance checks, and managing the cooling system and magnetic field strength.

Module 9: Bringing the Three Modalities Together

• How X-ray, CT, and MRI systems can work together for integrated, comprehensive diagnostics, and the role of software in managing multiple systems.
• Emerging technologies, the impact of AI and machine learning, and future trends in medical imaging.

Module 10: Quality Assurance, Calibration and Regulatory Compliance

• Importance of quality control, implementing a quality assurance program, and standardizing protocols and calibrating equipment.
• Calibration methods across devices, ensuring consistent high-quality images, and managing imaging artifacts.
• Key regulatory organizations (FDA, EMA, IEC, ISO), certification and accreditation standards, and guidelines for patient safety and compliance.