The Department of Medical Physics is dedicated to the application of physical principles and quantitative methods to the understanding, diagnosis, and treatment of human diseases. The department provides students with foundational knowledge in areas such as radiation physics, medical imaging, radiobiology, dosimetry, and the principles of therapeutic and diagnostic technologies used in modern medicine. Through a combination of theoretical instruction and practical laboratory training, students gain hands-on experience with imaging modalities, radiation safety protocols, computational modeling, and measurement techniques that are essential for clinical practice and research. Faculty members engage in research spanning medical imaging innovation, radiation therapy optimization, development of novel diagnostic devices, and the integration of computational and physical methods to improve patient care. By collaborating closely with clinical departments, hospitals, and research centers, the Department of Medical Physics contributes to enhancing diagnostic accuracy, improving treatment efficacy, and advancing the safe and effective use of physical sciences in medicine. Its commitment to rigorous education and applied research ensures that graduates are well-prepared to bridge the gap between physics and clinical applications, supporting both healthcare delivery and scientific advancement.
