| 1 | The Role and Importance of Medical Imaging in Modern Medicine; Duties and Responsibilities of the Radiology Technician; Quality Assurance and Basic Principles in Medical Imaging. |
| 2 | Overview of Medical Imaging Modalities: Basic differences between conventional and digital radiography, fluoroscopy, and cross-sectional imaging methods |
| 3 | Properties and Classification of X-rays: Basic physical principles of X-ray production, electromagnetic radiation spectrum. |
| 4 | Mechanisms of X-ray Interaction with Matter and Basic Physical Principles of Radiographic Image Formation |
| 5 | Basic Components of the X-ray Unit: X-ray tube and its basic components (anode, cathode, vacuum tube, protective metal housing)—structural features and functions; High-Voltage Generator; Control Panel. |
| 6 | Control Panel and Controlled Basic Parameters (kVp, mA, Seconds, mAs, Focal Spot Selection) |
| 7 | X-ray Quality and Quantity: Concepts of penetrating power and photon count; factors determining quality and quantity (kVp, mAs, Filtration, Distance). |
| 8 | X-ray Tube Evaluation Charts: Heat unit (HU) calculation, anode cooling charts, primary causes of tube damage, and prevention methods. |
| 9 | Radiographic Image Quality: Optical density, radiographic contrast, edge blur, edge sharpness, magnification, distortion, spatial resolution, and selection of operating parameters. |
| 10 | Digital Radiography Methods: Computed Radiography, CCD (Charge-Coupled Device), Flat-Panel Detectors. |
| 11 | Factors Defining and Affecting Image Quality in Digital Radiography; Comparison of Analog and Digital Radiography Methods. |
| 12 | Mammography Equipment Structure and Physical Principles: Soft tissue imaging characteristics, use of low kVp in mammography, special anode-filter combinations (Molybdenum, Rhodium), and the importance of compression. |
| 13 | Introduction to Computed Tomography. |
| 14 | AI-Assisted Medical Imaging Devices. |
