As medical technology advances at an unprecedented pace, the boundaries between biology, engineering, and digital technology are rapidly disappearing. In response to these global changes, SeoulTech has officially launched its new Biomedical Sciences Department, starting from the first semester of 2026. Through the establishment of this department, SeoulTech aims to cultivate creative, interdisciplinary professionals who can shape the future of precision medicine and advanced medical science by integrating life sciences, engineering, and digital technologies.

Three Core Areas of Biomedical Innovation

The Biomedical Science Department’s curriculum is structured around three core fields that reflect key trends in the global biomedical industry: Innovative Drug Development, Nano-Bio Systems, and Digital Health.

The Innovative Drug Development track focuses on the discovery and development of new therapeutics, covering key areas such as molecular drug design, pharmacology, and clinical applications. Through hands-on projects, students will gain practical insight into how new drugs are developed and evaluated.

The Nano-Bio Systems field integrates nanotechnology and biotechnology to develop advanced diagnostic and therapeutic solutions, including nano-biomaterials and drug delivery systems. Students will explore innovative approaches to disease diagnosis and treatment at the nanoscale.

The Digital Health track reflects the growing role of data science and artificial intelligence in medicine. Courses in this field train students to analyze biomedical data and develop personalized, data-driven healthcare solutions.

A Global and Research-Oriented Education

One of the most distinctive features of the Biomedical Sciences Department is its English curriculum, in which all major courses are conducted in English. This approach aims to prepare students for global research environments and international collaboration. In addition, all undergraduate students participate in a Lab Rotation program, allowing them to gain hands-on research experience by rotating through multiple laboratories. This system enables students to explore diverse research fields before selecting a specific area of interest.

The department also benefits from the participation of distinguished professors from leading institutions such as the University of Wisconsin–Madison and the University of Michigan–Ann Arbor. In addition, undergraduate students will have opportunities to visit overseas research institutions and engage in international research projects.

Strong Interest and Social Demand

Despite being newly established, the Biomedical Sciences Department is already drawing remarkable attention. In the 2026 admissions cycle, the department recorded an exceptionally high competition rate, reflecting strong societal interest in biomedical convergence fields.

What This Means for Students

The Biomedical Sciences Department offers diverse academic and career pathways, including opportunities in pharmaceuticals, medical devices, digital healthcare, and research. Through interdisciplinary and research-based education, students will be prepared to adapt to rapidly evolving medical and technological fields.

Looking Ahead

As SeoulTech celebrates its 116th anniversary, the establishment of the Biomedical Sciences Department symbolizes the university’s commitment to growth and innovation. More than the addition of a new major, it represents SeoulTech’s strategic response to a radically changing world.

By fostering interdisciplinary education and global research capacity, SeoulTech is expanding the boundaries of higher education. The launch of the Biomedical Sciences Department marks not an endpoint, but the beginning of a new chapter, one in which technology and biology meet together to shape the future of healthcare.

Reporter

Hyeonseon Namgung

namgung0121@seoultech.ac.kr

Reporter 남궁현선

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• e-mail : namgung0121@seoultech.ac.kr