Master in Department of Biomedical Engineering

For Master in Department of Biomedical Engineering, tuition fees are 3,538 USD per year.

The Department of Biomedical Engineering at National Cheng Kung University, in southern Taiwan, offers a master's program taught in English. Biomedical engineering applies the tools of engineering, physics, and computation to problems in medicine, physiology, and human health. Students typically build on foundations in mechanics, electronics, and biology before moving into more specialized areas such as biomaterials, biomechanics, medical imaging, biosensors, tissue engineering, and the design of diagnostic and therapeutic devices. Coursework often blends laboratory work with quantitative modeling, giving students practice in analyzing biological signals, testing material properties, and evaluating how a device or system will perform inside the human body. At the master's level, students generally take on a more focused research project, often working alongside faculty on a specific engineering problem tied to a clinical or biological question, which builds the kind of independent problem-solving expected of practicing engineers in this field. Graduates of biomedical engineering programs commonly move into roles in the medical device industry, hospital technology departments, pharmaceutical and biotech companies, regulatory affairs, and applied research. Because the discipline sits between engineering and the life sciences, it also prepares students for further doctoral study or for interdisciplinary roles that require fluency in both technical design and biological reasoning. The field continues to grow alongside advances in areas such as wearable health monitoring, rehabilitation technology, and personalized medicine, all of which depend on engineers who understand both the mechanics of devices and the biology of the patients who use them. Studying this discipline in Taiwan, a country with an established electronics and manufacturing base, offers exposure to the kind of applied engineering environment that biomedical device development depends on. For international students, English-medium instruction lowers the language barrier to pursuing this technically demanding field.