Master in Department of Biomedical Sciences & Engineering

National Central University, located in Taoyuan, Taiwan, is a historic institution founded in 1915. As a student here, you'll be part of a community of 12,000 students, including 772 international students. What sets NCU apart is its serene campus with numerous pine trees, a unique blend of humanities and sciences, and a strong focus on sustainable development.

NCU's programs cover many fields, including engineering, business, and medicine. Specifically, the university has a strong foundation in research, with opportunities for you to work with experienced faculty members. You'll have access to modern facilities, including the first Kunqu Museum in Taiwan, which showcases the university's abundant resources in humanities.

On campus, you'll find a tranquil environment that fosters growth and learning. The university's motto, "Sincerity in knowledge; simplicity in life," reflects its commitment to helping you develop a down-to-earth attitude and strong humanistic concerns. In Taoyuan, you'll experience a unique blend of traditional and modern Taiwanese culture, with many opportunities to engage with the local community and explore the city's benefits, from cultural events to outdoor activities.

At National Central University in Northern Taiwan, Taiwan, the Department of Biomedical Sciences & Engineering runs a Master's program delivered in English. The use of English as the language of instruction is intended to make the curriculum accessible to both domestic and international students, without requiring proficiency in Mandarin Chinese for coursework. Biomedical sciences and engineering combines the study of biological and physiological systems with engineering approaches to health-related problems. The field typically covers molecular and cell biology, physiology, biomaterials, and the engineering methods used to study or treat disease, alongside instrumentation and laboratory techniques used in biomedical research. It sits between basic biomedical science and applied engineering, so coursework and research often bridge laboratory investigation with device or system design. Students are typically expected to build competence in both experimental biology and quantitative or engineering methods, since problems in this field rarely fall neatly into one discipline alone. Career paths for graduates include biomedical research, work in the medical device and pharmaceutical industries, hospital or laboratory research roles, and further academic study in biomedical or engineering fields. Others move into diagnostics, biotechnology, or translational research connecting laboratory findings to clinical use. As a graduate program, it builds on undergraduate preparation with more specialized coursework and typically a thesis or research project, preparing graduates for advanced technical or managerial roles or for doctoral study. The program is intended for students who already hold an undergraduate degree in this field or a related one.