The rapidly changing future of mankind pursues diversity. Ultrasound is a fusion study of engineering and natural science that can be used in a variety of fields. In particular, it aims to lead in-depth related research and development such as marine environment, medical diagnosis, and treatment.
Based on applied ultrasound research, which is widely applied in various fields in our lives, and is shared with foreign researchers and is attributed to the development of science.
It is due to the advancement of science by fostering researchers with international practice and competitiveness suitable for the global society.
The Department of Ocean System Engineering offers the next-generation growth power-related core courses such as maritime plant, maritime equipment, ocean energy, and oceanographic investigation for nurturing the specialized expertises. The maritime system engineering represents the fusion of ship building, oceanography, electronics, communication, and acoustics engineering, and the departmental program emphasizes comprehensive theoretical and practical education in oceanographic survey, ship and maritime structures, underwater robots, underwater acoustic equipment, and electronic communication equipment.
JNU-Bio-US Lab is conducting research on the purpose of marine environmental investigation, diagnosis, and therapeutics ultrasound based on various characteristics of ultrasound.
In an underwater environment where the use of light is limited, there are underwater communication through ultrasound, exploration of the shape and strata of the bottom of sea through sonar, and plankton detection using the scattering characteristics of ultrasonic system. In addition, the field of ultrasound for diagnosis is conducting research for diagnosis and prediction of cardiovascular diseases such as arteriosclerosis, with experiments in vitro and in vitro, and researching the characteristics of aggregation distribution of red blood cells based on numerical simulation. In the field of therapeutic ultrasound, we are conducting basic research for the treatment of brain lesions using High Intensity Focused Ultrasound technology. By using the various characteristics of ultrasound, it is possible to carry out various researches not only underwater but also in the medical field.
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