Audioprothesic Techniques

At the end of the course, students will have acquired a comprehensive understanding of the fundamental principles of radiation protection, the physical basis of ionizing radiation, and their biological effects on the human body. They will be able to understand the mechanisms of interaction between radiation and matter, distinguish between the different types of natural and artificial radiation, and interpret the main dosimetric quantities and units used in radiological practice. Particular attention will be devoted to the comprehension of cellular and molecular damage mechanisms induced by ionizing radiation, to the concept of tissue radiosensitivity, and to the distinction between deterministic and stochastic effects. Students will also be able to apply the key principles of radiation protection — justification, optimization, and dose limitation — in clinical and diagnostic practice, with specific reference to radiological, tomographic, and nuclear medicine procedures. The course will also provide the necessary regulatory background for professional activity in compliance with current legislation. Students will learn to identify the professional figures involved in radiation protection management, understanding their respective roles, responsibilities, and interactions. By the end of the training, students will therefore be able to critically assess the risks associated with exposure to ionizing radiation, contribute actively to the protection of both patients and healthcare personnel, and apply an evidence-based, safety-oriented approach to daily radiological practice.