Imaging and radiotherapy techniques
Class: L/SNT3 - Technical health professions
Since its introduction into the medical field in 1896, radiology has assumed an increasingly central role in clinical decision making. Radiology began with two-dimensional imaging then three-dimensional imaging with the discovery of new technologies and radiotherapy techniques. This course will allow you to learn the fundamentals of the functioning of radiology and its main clinical applications. You will learn about new technologies, techniques, and materials needed in the examination and therapeutic based treatments used in radiation. The practical approach to the course offers the necessary skills not only to be able to perform tests and radiotherapy treatments but how to do it with the maximum of safety standards for both the operator and the patient. The course allows you to enter the workplace in both public and private structures.
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Characteristics and objectives
The Bachelor's Degree in Medical Imaging and Radiotherapy provides comprehensive training in advanced imaging techniques. The educational program enables students to manage diagnostic exams and therapeutic treatments involving ionizing radiation sources (both artificial and natural), thermal energy, ultrasound and nuclear magnetic resonance.
The curriculum includes basic scientific subjects such as Physics, Biology, Chemistry, Anatomy, Physiology and Pathology, as well as courses related to imaging technologies and techniques in radiology, nuclear medicine, oncological radiotherapy, information systems and radioprotection. Additional training activities include simulation labs, professional law, data processing, and medical research. Traineeship activities are included over the course of the three years of study.
The degree is internationally recognized and qualifies graduates to practice professionally.
Occupational opportunities
The professional activity of a Radiology technician is carried out in a variety of settings: public and private healthcare facilities, specialized diagnostic centers and research institutes.
Further career opportunities are available in the biomedical industry, including roles in technical training, application support, research and sales of diagnostic and therapeutic equipment.
From Bachelor's degree to Master's degree
After degree, graduates can attend first-level programs in fields such as echocardiography, cardiac magnetic resonance or health professions management.
Additionally, graduates may continue their academic career by enrolling in the Master's Degree in Health professions of technical sciences, which provides access to second-level education and PhD opportunities.
