Students acquire a solid foundation in mathematics, engineering sciences, computer science, and basic medicine, along with core training in intelligent data processing, medical imaging and recognition, precision medicine, medical robotics, and intelligent health data management. Through coursework and practical projects, students learn to design systems and tools that support intelligent diagnosis and treatment, medical decision-making based on large datasets, and advanced biomedical device applications.

The program cultivates graduates who can work at the intersection of healthcare and technology, including roles in intelligent medical research, development and innovation in medical robotics and diagnostics, health informatics, and biomedical data analytics. Graduates are well-prepared for careers in hospitals, research institutions, high-tech medical industries, and for advanced study in fields combining medicine, AI, and engineering.

NOTE: The university may have additional program-specific eligibility requirements. It is recommended to verify these on the official university website.