Department
Graduate school of Biomedical science and engineering HANYANG University
Biomedical Engineering
A foraward base that directs life's future
Department of
Biomedical Engineering
The Department of Biomedical Engineering cultivates future innovators of medical technology.
Biomedical engineering is a systematic application of engineering principles to the natural scientific principles of the human body and life phenomena. The Department of Biomedical Engineering envisions the future of life in the context of technologies with high added value that are becoming increasingly significant in contemporary society, such as advanced medical equipment and artificial organs. The Department of Biomedical Engineering is at the center of the future medical environment that can provide high-quality medical services.
Educational
ambitions
The objective of the Department of Biomedical Engineering at Hanyang University's Graduate School of Biomedical Engineering is to equip students with the knowledge and skills necessary to conduct engineering research and education in the fields of basic and clinical medicine. Those who have completed the curriculum of the Department of Biomedical Engineering should be able to contribute to national development and human health by understanding biomedical engineering's rapidly evolving new technology and cultivating the ability to solve problems creatively.
Domain of study
Bio-Electronics
In the living organism, research and development fields range from the acquisition of biosignals to their alysis and application.
Therefore, it focuses on education, research, and development in areas ranging from biosignal acquisition ystems, signal analysis, and clinical applications and applications to clinical applications and applications.
Bio-Imaging Engineering
Educates systematically on the various types of rapidly evolving bioimaging technologies and conducts research on new technologies in this field. It aims to cultivate the exceptional human resources required for comprehensive imaging of the human body, including multidimensional image acquisition, advanced image analysis, and application.
