The Medical Science Research Area aims to develop new medical technologies, diagnostic techniques and treatments by integrating life sciences, medicine and engineering. In this research area, the focus is on elucidating the pathogenic mechanisms of disease, innovating medical engineering and realising personalised medicine, and using materials chemistry and nanotechnology to solve problems. In particular, it focuses on next-generation medical technologies such as cell therapy, tissue engineering, drug delivery system and nanomedicine, and bridges basic and applied research.

Biomaterials, Drug delivery systems, Tissue engineering, Nanomedicine, Precision medicine, Cell therapy, Next-generation cancer treatment, Anti-aging

This research area aims to develop human resources who can tackle medical issues from multiple perspectives and in a practical manner through an integrated curriculum of materials science, life science and medical engineering. Industry-academia collaborative projects and international joint research are actively introduced to promote the implementation of research results in society and the strengthening of international competitiveness. We will also train researchers who will lead sustainable medical innovations, emphasizing the ethics and social responsibility required for the development of next-generation medical technologies.