Undergraduate Program
Mission
- To train exceptional Medical Radiological Technologists.
- To establish a solid foundation for researchers in medical imaging and radiological sciences.
Educational Objectives
- To provide professional cultivation and education for Medical Radiological Technologists.
- To provide the fundamental knowledge required for advanced research in medical imaging and radiological sciences.
Core Competencies
- General Foundational Knowledge: Mastery of basic scientific principles.
- Professional Knowledge: In-depth understanding of radiological sciences.
- Clinical Skills & Ethics: Proficiency in clinical operations and adherence to professional medical ethics.
- Information Sharing & Teamwork: Effective communication and collaborative skills.
- Independent Thinking: The ability to analyze information critically.
- Self-Growth & Global Perspective: Commitment to continuous improvement and international awareness.
Master’s Program
Mission
Guided by the motto "Diligence, Frugality, Prudence, and Trustworthiness," our mission is to apply knowledge for the benefit of patients, cultivate talent, and contribute to society. We uphold the ideals of excellence and internationalization, combining academic theory with clinical technology to develop outstanding radiological technologists, medical physicists, and researchers.
Educational Objectives
- To provide professional training for the cultivation of Medical Physicists.
- To provide advanced training for researchers in cutting-edge imaging science.
Core Competencies
- Professional Expertise: Specialized skills in Medical Physics or Biomedical Imaging & AI tracks.
- Advanced Knowledge: In-depth mastery of medical imaging and radiological sciences.
- Biomedical Research Capability: Proficiency in conducting scientific investigations.
- Communication & Teamwork: Ability to collaborate effectively in professional environments.
- Problem-Solving: Independent thinking, analysis, and resolution of complex issues.
- Lifelong Learning: Commitment to self-growth and continuous education.
- Global Competitiveness: An international outlook and the ability to compete on a global stage.
Ph.D. Program
Educational Objectives
To cultivate independent researchers in the fields of Medical Physics, Medical Imaging, and Radiological Sciences.
Core Competencies
- Academic Research in Medical Physics: Advanced ability to conduct and apply research in physics-based medicine.
- Imaging Science Innovation: Capability to perform academic research and practical applications in imaging technology.
- Biomedical Integration: Expertise in applying radiological science within the broader biomedical field.
- Independent Inquiry: Advanced skills in autonomous research, critical analysis, and problem-solving.
- Collaborative Leadership: Ability to communicate and participate effectively in multi-disciplinary research teams.
- Continuous Self-Evolution: Dedication to lifelong learning and professional growth.
- Global Leadership: International perspective and high-level competitiveness in the global academic community.