Sun Yat-sen College of Medicine (four years), click to see the details of biomedical engineering (biomedical engineering) is the use of modern natural sciences and engineering principles and methods, from, in particular, the human body postgraduate structure, function, and other biological phenomena at multiple levels, a point of engineering The study of disease prevention and control, body function and health care emergency medical devices, medical information systems, medical products, such as man-made materials and the application of engineering principles and disciplines.
Hospitals, medical schools, medical research institutions, medical management, medical device companies, pharmaceutical companies, electronic equipment companies, computer software companies, and other related medical engineering companies sector of the engineers in this program is mainly to train service, management personnel. Since 2002, the program has enrolled undergraduate students and currently has two main training areas: biomedical instrumentation and medical information. The program is also engaged in teaching graduate students who can apply for master's degrees in biomedical engineering and related disciplines after graduation. Biomedical engineering is designed in different cultural directions, according to the student's interest and study of the selective school stream training: professional training, research and development of medical equipment and electronic equipment direction
Biomedical instrumentation direction, as well as other related areas of expertise, high-quality research, development, teaching and management. Requirements for mastering the basic theory of biomedical, electronic technology, computer technology and information technology, basic knowledge and skills, understanding of life sciences and related theories and medical knowledge, research and development in biomedical instrumentation research and development, as well as other biological information, research and development of some innovative processing capabilities, mastery of a foreign language, the level of foreign languages in reading specialized books.
Major Courses: Basic Circuit Principles, Analog Electronics, Digital Circuits and Logic Design, Advanced Programming, Human Anatomy, Medical Physiology, Linear Algebra, Computer Principles and Applications, Signals and Systems, Medical Sensor Technology, Introducing Clinical Drugs, Medical Devices, Bio-signal Processing, Automatic Control Theory, Medical Imaging Devices, Medical Laboratory Analytical Instruments, Medical Image Processing, Clinical Engineering, Data Structures, and Medical Instruments. image processing, clinical engineering, data structures and algorithms, database systems theory and technology, microcontroller principles, microcomputer interface technology. In the hospital informationization, medical equipment intelligence, regional health information system and network engineering, pharmaceutical e-commerce research and development, teaching and management and other related areas of professional direction of the direction of the direction of the
Medical information culture of high-quality professionals. Requirements for mastering the basic knowledge and skills of biomedical, electronic technology, computer technology and information technology, basic theory, understanding of life sciences and related theories and medical knowledge, some innovative research, design and development capabilities in hospital information systems, community health service networks, biological information processing. To master a foreign language, foreign language proficiency in reading specialized books.
Major Courses: Advanced Programming, Digital Circuits and Logic Design, Human Anatomy, Medical Physiology, Discrete Mathematics, Computer Principles and Applications, Computer Interfacing Technology, Probability and Mathematical Statistics, Data Structures and Algorithms, Database Systems Principles and Techniques, Computer Networks and Applications, Operating Systems, Introduction to Clinical Medicine, Hospital Information Systems, Software Engineering and Project Management. Biosignal Processing, Biomedical Knowledge Integration and Data Mining, Medical Image Processing, Introduction to Biomedical Engineering, Biomedical Mathematical Modeling and Computer Simulation, Automatic Control Theory, Artificial Intelligence and Expert Systems. Log in to to the web for four years of professional education, learning basic public **** infrastructure and specialized courses, two years, one and a half years of study courses, half a year of internship and thesis writing.