Master in Electronic Information (Biomedical Engineering)

Tsinghua Shenzhen International Graduate School (Tsinghua SIGS) is Tsinghua University’s innovative campus located in Shenzhen, China’s technology and entrepreneurship hub. Launched as a major expansion of Tsinghua’s global footprint, SIGS blends top-tier academic standards with Shenzhen’s startup culture, industry partnerships, and green urban ecosystem. The campus is designed for interdisciplinary work and applied research, offering an environment where academic inquiry meets practical enterprise.

The school hosts diverse graduate disciplines including materials science, data science, biopharmaceutical and health engineering, ocean engineering, future human habitats, environment and ecology, and innovation management. With modern facilities, research centers, and faculty experienced in industry collaboration, SIGS encourages teams to pursue projects with real-world impact. Campus life emphasizes collaboration, networking with local companies, and hands-on training that prepares graduates for leadership roles in technology and policy.

International students benefit from guaranteed on-campus accommodation, streamlined housing arrangements, and active student support services. Living in Shenzhen gives easy access to internships, entrepreneurial incubators, and major technology firms, enhancing employability and research visibility. For students seeking an energetic, practice-oriented graduate experience at the intersection of academia and industry, Tsinghua SIGS offers a compelling combination of resources, mentorship, and real-world opportunity.

The Master in Electronic Information (Biomedical Engineering) is a 2-year program for students who want to apply engineering and medicine to solve life and health problems. This Master's degree is taught in English at Tsinghua Shenzhen International Graduate School in China.

The curriculum combines theoretical and computational methods from mathematics and computer science to provide solutions for life and health problems. Students will develop skills in biomedical engineering, mathematics, and computer science, and will have hands-on experience with projects and research.

Graduates can pursue careers as Biomedical Engineers, Medical Imaging Specialists, Research Scientists, and Healthcare Consultants. They can work in hospitals, research institutions, and medical device companies, applying their knowledge to develop new medical technologies and improve healthcare outcomes.