The Department of Medical Imaging and Radiological Sciences is dedicated to advancing knowledge and innovation in medical imaging, radiation science, and healthcare technology. Our faculty members specialize in a wide range of interdisciplinary research areas that integrate clinical applications, engineering techniques, and emerging technologies.
One major research focus is medical imaging technologies and diagnostic applications. This includes Magnetic Resonance Imaging (MRI), Computed Tomography (CT), diagnostic radiology, interventional radiology, and ultrasonic imaging. Research in this area aims to improve image quality, diagnostic accuracy, and clinical efficiency.
Another important area is medical image processing and artificial intelligence. Faculty members work on image reconstruction, computer-aided diagnosis systems, signal analysis, and software development. These studies contribute to the advancement of intelligent healthcare systems and precision medicine.
The department also emphasizes radiation science and safety, including radiation protection, radiation measurement, health physics, and radiation dosimetry. Research in this field ensures the safe and effective use of radiation in medical environments while minimizing risks to patients and healthcare professionals.
In the field of nuclear medicine and molecular imaging, research topics include positron emission tomography (PET), radioisotope applications, and nuclear medicine imaging and dosage. These studies support early disease detection and targeted treatment strategies.
The department is also active in radiobiology and biomedical sciences, including tumor biology, molecular biology, and the biological effects of radiation. This research helps bridge the gap between imaging technology and clinical treatment.
In addition, advanced computational modeling and simulation, such as Monte Carlo simulation, are applied to analyze radiation behavior and optimize imaging and therapy techniques.
Through these diverse research areas, the department promotes interdisciplinary collaboration and innovation, contributing to the development of advanced medical technologies and improving the quality of patient care.