Employment prospect and direction of biomedical engineering specialty

Employment prospects of biomedical engineering major The employment direction is as follows:

1. Biomedical engineering is a new interdisciplinary subject, which serves the medical and health industry and has broad employment prospects. With the vigorous development of biotechnology and medical equipment, graduate employment has great advantages.

2. Be able to engage in research and development work in medical device companies and pharmaceutical companies, such as new drug research and development, medical device design, trial production of new equipment, etc. This kind of company has great demand and great development potential.

3, can enter all kinds of hospitals at all levels, as a medical equipment maintenance engineer, clinical engineering and technical personnel, etc. To ensure the normal operation of the medical system. This is the main direction of employment.

4. Be able to engage in medical inspection, medical image analysis, reagent research and development, quality control and other work in inspection and testing institutions. There is also a great demand for such devices.

5, can be in the form of self-employed, set up medical equipment maintenance point or research and development of innovative medical products. With the development of the pension industry, the entrepreneurial prospects are promising.

6. After obtaining a master's or doctoral degree, you can continue to study and engage in scientific research. Some graduates can also stay in school to teach.

7. Some big companies will also recruit graduates majoring in biomedical engineering, but they have to bear the risk of job-hopping.

8. The overall salary level is high, the employment competitiveness is strong, and better career development space can be obtained.

Biomedical engineering is a new interdisciplinary subject that applies engineering principles and system analysis methods to study biomedical problems. The main research contents include:

1, development and application of biomedical instruments, such as various medical diagnosis and treatment equipment and clinical laboratory instruments.

2 research and development of biomedical materials and artificial organs, such as organ culture technology and biodegradable materials.

3. Information collection and processing in life science and medicine, such as medical signal detection and medical image processing.

Biomechanical analysis, such as human biomechanical analysis.

5. Research on clinical engineering and hospital information system.