Master in Genome and Systems Biology Degree Program

National Taiwan University, located in Taipei, Taiwan, is a leading academic institution that offers a unique learning experience. You'll be part of a vibrant student body of 32,000 students, including 6,000 international students. What sets NTU apart is its commitment to cutting-edge research, interdisciplinary education, and global engagement, making it an ideal choice for students looking for a dynamic learning environment.

NTU focuses on fostering a culture of innovation, with 11 colleges and numerous specialized research centers. While specific program details are limited, you can expect to be part of a community that values knowledge and skills that are both locally relevant and globally impactful. The university's active involvement in global research networks and partnerships with renowned international universities will help you develop a unique perspective.

As a student at NTU, you'll have access to a unique campus experience in the heart of Taipei. The city offers a blend of traditional and modern culture, providing you with endless opportunities to explore and learn. With many student clubs and organizations available, you'll be able to engage with like-minded individuals and make the most of your time at NTU. The university's commitment to sustainability and global engagement will also provide you with a chance to be part of something bigger than yourself.

National Taiwan University offers a Genome and Systems Biology Degree Program at the master's level, taught in English and based in Northern Taiwan. Genome and systems biology is an interdisciplinary field that studies living organisms by looking at genetic information and biological systems as a whole, rather than examining individual genes or molecules in isolation. Students in this field typically study genomics, molecular biology, bioinformatics, and computational approaches to analyzing large biological datasets, learning how genes, proteins, and cellular networks interact to produce the functions of living organisms. Coursework commonly covers topics such as genome sequencing and analysis, gene expression, computational modeling of biological systems, and the statistical and programming methods needed to work with large-scale biological data. Because modern biological research increasingly relies on high-throughput data and computational analysis, students in genome and systems biology programs develop skills that combine laboratory-based molecular biology techniques with data science and quantitative reasoning. Many programs include research components where students apply these methods to specific biological questions, such as understanding disease mechanisms, developmental processes, or evolutionary relationships at the genomic level. Graduates of programs in this field pursue careers in biotechnology, pharmaceutical research, genomics and bioinformatics companies, and academic or government research laboratories. Some move into roles focused on personalized medicine, agricultural biotechnology, or public health genomics, while others continue into doctoral study to specialize further in a particular area of genome science or systems biology. The English-medium format of the program makes this specialized, technically demanding field accessible to international students seeking training in genomics and systems-level biological research within a research-oriented university setting.