Program Description
Educational Objectives & Competencies
- Educational Objectives
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Foster talented individuals skilled in technological practices and theoretical knowledge of medical engineering.
Nurture experts able to perform technological convergence and coordinate different disciplines.
Cultivate world-class biomedical engineers to identify demands for clinical medicine and develop new technologies.
Educational Competencies
- Core Competencies
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Basic Sciences (40%):
Basic Sciences Education in physics, chemistry and biology, which are the foundation of the biomedical engineering field. -
Biomedical Engineering Fundamentals (30%):
Fundamental education based on the basic science necessary for the principles and application of biomedical engineering. -
Biomedical Engineering Application (30%):
Teaching of practical application principles in the medical engineering field, which is strongly dependent on complex convergence technology.
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Basic Sciences (40%):
- Selective Competencies
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Microtechnology :
Using Micro technology to learn the principles of Biomedical instruments, and to put them into practice -
Nano-Technology :
Using Nano technology to learn the principles of Biomedical instruments, and to put them into practice -
Medical Optics :
Learning the principles of medical optical instruments, and putting them into practice -
Biomaterial :
Learning the principles of the types of biomaterial and their interactions with human physiology, and putting these principles into practice -
Electronics for biomedical applications :
Learning the principles of electronics, and putting them into practice -
Medical Imaging :
Learning the principles of medical imaging, and putting them into practice -
Structural Engineering :
Learning the biological principles of structure regeneration, and putting them into practice
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Microtechnology :