Skip to content 
Department of Medical Physics
Overview
The Department of Medical Physics is an academic unit that focuses on applying principles of physics to medicine and healthcare. It plays an important role in improving medical diagnosis and treatment through the use of advanced technologies such as medical imaging and radiation therapy. The department provides students with both theoretical knowledge and practical skills in areas including radiation physics, medical imaging, radiation protection, and biomedical instrumentation.
Students are trained to work with modern medical equipment used in hospitals, such as X-ray machines, CT scanners, MRI systems, and radiotherapy devices. In addition to teaching, the department also conducts research aimed at improving medical technologies and ensuring patient safety. Graduates of the Department of Medical Physics can work in hospitals, research centers, medical laboratories, and healthcare technology industries.
Vision & Message
Vision
To become a leading center in medical physics education and research, recognized for advancing healthcare technologies and contributing to safe and effective medical applications of radiation and medical imaging.
Message
To provide high-quality education and training in medical physics by integrating physics principles with medical science and modern technology. The department aims to prepare skilled and ethical professionals capable of supporting medical diagnosis, improving cancer treatment, ensuring radiation safety, and contributing to research that enhances healthcare services for society.
