The main professional foundation courses: there are anatomy and physiology, modern biology foundation, biomaterials, biomechanics foundation, circuit analysis foundation, signals and systems, analog electronics, digital electronics, microcontroller principle and application, digital signal processing, biophysics, biomedical system simulation and modeling, etc..
Specialized courses include: Biomedical Signal Processing, Medical Image Processing, Biomedical Electronics, Biomedical Measurement and Sensors, Modern Medical Equipment, and Medical Device Regulations.
Elective courses include: Tissue Engineering and Artificial Organs, Internet Healthcare, Fundamentals of Clinical Medicine and Medical Ethics, Biomedical Statistics, Biochemistry and Molecular Biology. It also offers practical teaching courses such as anatomy and physiology experiment, microcontroller principle and interface experiment, biomedical electronics and instrumentation experiment, biomedical measurement and sensor experiment, biomechanics course design, medical signal processing course design, bioinformatics course design, and medical instrumentation comprehensive design.
Employment: Graduates of this program are suitable to engage in scientific research, product development, equipment operation and maintenance, production management, service trade and other work in the pharmaceutical and health industry and the health industry, but also in the Food and Drug Administration, the information industry and other departments engaged in the "industry-academia-research" and the management and trade work; has a very good employment prospects.