Enabling Excellence as a Radiologist Through a Systematic Practice Environment

Radiology is an essential element in the field of medicine for the improvement of national health and the promotion of public health in countries and societies in modern medicine today. Radiation not only greatly improves the accuracy of disease diagnosis in patients, but also contributes to the diagnosis and treatment of cancer, the number one cause of disease death. Our department nurtures medical experts with a philanthropic spirit who enhance the diagnostic value of radiographic images by efficiently managing radiation in hospitals and other medical institutions in the fields of radiology, nuclear medicine, and therapeutics. As one of the key medical sectors of the Fourth Industrial Revolution, obtaining a radiologist license will play an active role in an advanced medical environment to cultivate professional radiologists and develop practical conversational and informational skills that will lead the global medical market. Our department is one that can train radiologists with differentiated knowledge and skills to carry out radiological technology, and the university has focused on the specialized skills required in the medical field and operated experiments focused on creativity and applicability.

Curriculum | 3 Years

1. Human Anatomy (1)(2) and Practicum, Radiophysics, Radiation Biology, Musculoskeletal Imaging, Medical Terminology, Electrical and Electronic Engineering, TOEIC(1)(2), Introduction to Radiology, Practical Radiology, Patient Management and First Aid
2. Physiology(1)(2), Radiation Equipment(1)(2) and Practicum, Radiotherapy(1), Nuclear Medicine Technology(1), Public Health, Radiation Imaging(3)(4) and Practice, Medical Engineering, Imaging Informatics (1)(2) and Practicum, Computed Tomography Imaging, Magnetic Resonance Imaging, Pathology
3. Radiation Therapy (2), Radiometrics and Practicum, Radiation Management, Nuclear Medicine Technology (2), Medical Regulations, Comprehensive Clinical Practice, Ultrasound Imaging(1)(2) and Practice, Imaging Anatomy(1)(2), Medical Imaging (1)(2), Nuclear Law, Angiography and Intervention, Special Topics in Radiation Science

Department Strengths

• Clubs and Mentoring Systems, Systematic Study Group Management, Freshman OT and MTs, and Academic Festivals, Senior Day Meetings, Domestic and Foreign Industry Experts Invited
• Provides Opportunities to Improve Foreign Language Skills and for Advanced Clinical Field Training

Careers and Educational Opportunities

• Licenses
  Radiographer, Radioisotope Handler, Non-Destructive Testing Engineer.
• Career Fields
  General Hospitals and Hospitals, Clinics, Health Medical Research Institutes, Public Health Workers, Radiation Industry, Radiation Equipment Manufacturers, Overseas Radiation-related Fields (Imagine Medicine, Radiation Oncology, Nuclear Medicine, etc.)
• Options after Graduation
  (With a Radiology License) Government Officials at National and Public Institutions such as General Hospitals, Radiology in Hospitals And (Clinics), Radiology and Oncology, Nuclear Medicine, The Ministry of Food and Drug Safety and Public Health Centers, Radiation-Related Officials, Companies Using Radiation Devices, Medical Devices related Companies, and Radiation Professions in Institutions and Overseas Employment in The United States, Canada, Australia and The Middle East