The PhD program in  Imaging and Nuclear Medicine is designed to cultivate highly qualified professionals with strong academic research capabilities and innovative skills in the field of medical imaging and nuclear medicine. The program focuses on the application of medical imaging and nuclear medicine in early diagnosis, precision treatment, and personalized healthcare. It spans various research areas, from basic research to clinical translation. Students will develop comprehensive skills in clinical practice and research, aiming to advance technological innovations and clinical applications in the field of medical imaging and nuclear medicine.

Program Features

1. Interdisciplinary Collaboration
   The program offers interdisciplinary training by integrating medical imaging, nuclear medicine, radiology, biomedical engineering, computer science, and other fields. PhD students will engage in collaborative research within expert teams, promoting cross-disciplinary innovation and technological advancement.

2. Integration of Clinical and Research
   The program emphasizes the integration of clinical demands with research innovation. Students will have the opportunity to apply medical imaging and nuclear medicine technologies in clinical settings, gaining insights into the practical needs of disease diagnosis and treatment while driving the clinical translation of research outcomes.

3. Cutting-edge Technology and Applications
   The program focuses on emerging imaging technologies such as AI-assisted image diagnosis, molecular imaging, and image-guided surgery, contributing to the advancement of medical imaging and nuclear medicine to meet the needs of precision healthcare and personalized treatment.

   
   

Career Prospects
Graduates will possess a solid foundation in medical theory and specialized knowledge in medical imaging and nuclear medicine. They will be equipped to work in hospitals, medical research institutions, medical imaging companies, medical equipment manufacturing enterprises, and more. Gr...