Area
natural Sciences
Sub-Discipline
Physical sciences
Pontifical Catholic University of Chile
- City: Santiago,
- Commune: Santiago,
- Region: Metropolitan Region
goals
The overall objective of the Program is to provide a solid foundation in medical physics, striking a balance between conceptual, applied, and instrumental aspects in the areas of radiation therapy and diagnostic imaging. Specific objectives: 1. To provide a comprehensive overview of the field of medical physics and its various subfields. 2. To provide the theoretical foundations and practical applications underlying this discipline. 3. To provide the necessary tools to apply acquired knowledge in clinical settings. 4. To provide the tools to conduct research in academia. 5. To provide an up-to-date overview of the main technological developments and advances in the field.
Applicant Profile
Admission to the Master's Program in Medical Physics requires a Bachelor's degree in Physics or its equivalent. This degree corresponds to approximately five years of university studies in Mathematics and Physics.
Graduate profile
Graduates of the Master's Program in Medical Physics will be equipped to understand the physical principles involved in the application of physics to medicine and, more generally, to the life sciences. This will enable them to employ analytical techniques to solve problems and address needs that arise in the practice of medical sciences. Specifically, their training will include applications in the prevention, diagnosis, and treatment of human diseases, as well as the development of skills in medical research. Graduates of this program will possess the necessary competencies to pursue a career in clinical, academic, and/or industrial settings. Graduates will be characterized by: 1. Understanding and applying the ethical considerations of medical practice. 2. Understanding the general concepts of cell biology, anatomy, and physiology, essential for communication and collaboration with other medical professionals. 3. Having advanced knowledge of radiation physics and dosimetry. 4. Possessing practical skills related to current therapeutic and diagnostic techniques. 5. Understand the concepts and legal framework related to radiation protection for patients, professionally exposed personnel, and the general public. 6. Understand the biological effects of radiation on healthy and cancerous tissues. 7. Be able to design experiments, acquire and interpret data, and report results. 8. Be able to formulate and solve problems related to medical physics. 9. Possess the ability to work effectively in teams, especially those with a multidisciplinary approach.
Lines of investigation
Medical Physics is a branch of science that applies the concepts and methods of physics to medicine. Its scope is broad, contributing to prevention, diagnosis, and treatment. There is a wide range of research areas within Medical Physics, and it is a field of study in constant development and innovation. The research sub-areas or topics developed by the program's faculty currently allow students to conduct research in the following areas: Dosimetry, Radiobiology, and Medical Imaging.
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