Department of Radiological Technology

Educational Philosophy

In modern medical treatment, the medical worker, who deals with medical informatics, must have advanced knowledge, operation skills, and a management background in order to use medical equipment. Radiological technology in particular is an indispensable field for the diagnosis and treatment of many diseases, and new, more advanced medical radiological equipment that has been researched and developed day by day.

The educational philosophy of the Department of Radiological Technology is as follows:

+ To provide students with a basis in fundamental topics such as medical science, science, and engineering
+ To instill in students a variety of practical skills and applications, including operation of the most advanced radiological equipment
+ To improve students' morals as medical workers and emphasize the importance of ethics and humanity

With this philosophy in mind, the Department of Radiological Technology aims to produce able and sincere radiological technologists and researchers.

Educational Courses and Programs

Commom
Nutrition and Biochemistry	Human Anatomy and Physiology
Human Physiology	Human Macroscopic Anatomy
Infection and Immunity	Genetics
Basic Pathophysiology	Clinical Pharmacology
Introduction of Health Sciences	Introduction of Health Promotion
Principles of Education	Developmental Psychology
Clinical Psychology	Information and Mathematical Sciences I
Information and Mathematical Sciences II	Medical Physics
Introduction of Medical Engineering	Health Statistics
International Health System	World Health and Environment
Community Health and Environment	Law and Health Care System
Discussion on Social Welfare	Team Medical Treatment
Counseling	Medical Economics
Calamity Crisis Management Theory	Volanteer Practice
Emergency Lifesaving Medical Treatment
Medical Radio Science
Radiation Physics I	Radiation Physics II
Radiation Physics III	Experiments in Radiation Physics
Radiation Metrology	Radiotherapy Physics
Experiments of Dosimetry	Experiments in Radiation Metrology
Radiochemistry I	Radiochemistry II
Experiments in Radiochemistry	Radiation Biology
Experiments in Radiation Biology	Radiation Equipment Engineering I
Radiation Equipment Engineering II	Radiation Equipment Engineering III
Equipment Engineering for Medical Imaging	Safety Control of Medical Equipment
Experiment of Radiation Equipment Engineering	Medical Image File Engineering
Basic Electrical Engineering	Experiments in Electrical Engineering
Electrical and Electronic Engineering	Experiments in Electonics
Medical Electronics	Electronics and Control Engineering
Experiments in System Control Engineering	Medical Informatics
Medical Informatics, Practice	Information Sciene in Biological Systems
Exercises for Information Science in Biological Systems	Medical Imaging Sciences
Medical Image Processing	Medical Image Processing Practice
Medical Image Analysis	Medical Image Management
Radiation Photographic Science	Experiment of medical image informatics
Radiation Hygiene	Radiation Control
Experiment of Radiographic Imaging
Medical Radiotechnology
Introduction to Medical Sciences	Outline of Radiology
History of Radiology	Radiological Anatomy
Human Dissection	Radiographic Technology I
Radiographic Technology II	Radiographic Technology III
Radiographic Technology Practices	CT Technology
Magnetic Resonance Imaging	Ultrasonography
Radiographic Technology IV	Radiotherapeutic Technology I
Radiotherapeutic Technology II	Radiation Oncology
Nuclear Medicine Technology I	Nuclear Medicine Technology II
Radiation Pharmacology	Practice in Clincal Radiology
Clinical Practice (special)	Radiographic Technology
Nuclear Medicine Technology	Nuclear Medicine Technology
Graduation Thesis
Graduation Thesis in Radiological Technology

 

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