What does biomedical engineering do? Career prospects:
Biomedical engineering graduates can work in the direction of management and state agencies, medical institutions (clinical research, highly specialized medical care, management), in the use, sale and service of medical devices, research institutes, universities (basic research, teaching), international pharmaceutical and health care companies (management, research and development), private organizations, etc. Work.
Graduates can also directly participate in highly specialized medical care and solve problems in basic clinical research, and the devices and systems developed by them play an important role in the observation, diagnosis, treatment, and relief of diseases.
With the development of science and technology, all kinds of large-scale medical equipment in the hospital is more and more widely used, large-scale medical equipment operation, maintenance and management personnel are major hospitals and companies are in urgent need of talent. This shows that the biomedical engineering profession has a broad employment prospects.
1, professional profile
Biomedical engineering discipline is science, engineering, medicine, biology and other disciplines are highly cross-cutting emerging disciplines, the discipline is committed to the prevention of disease, treatment, rehabilitation and health, is committed to exploring the phenomenon of life, to provide a high level of scientific methodology and engineering technology means.
This program requires students to master the basic knowledge of medicine and biology on the one hand, on the other hand, students are required to combine the characteristics of the medical discipline in-depth study of electronic, information-based professional knowledge, such as medical electronics, detection and processing of medical signals, medical imaging and medical image processing, medical pattern recognition, medical instrumentation principles and design.
2, biomedical engineering career direction
Graduates can be in the field of biomedical engineering, engaged in biomedical engineering basic theory of scientific research, medical instrumentation design, development and maintenance, medical information systems, software and hardware research and development, as well as electronic information field of scientific research and technical management. For example: medical equipment research and development, debugging and maintenance, medical representatives, imaging equipment manipulation, equipment maintenance, equipment management and so on.