Biomedical students can engage in scientific research, teaching and management in scientific research institutions, universities, enterprises and institutions after graduation. Employment orientation includes civil servants, medical equipment repair and maintenance, personnel of public institutions, postgraduate entrance examination, hardware engineers, medical imaging and radiologists, software engineers, pre-sales and after-sales technical support engineers, etc.
The main employment destinations of biomedical students are research institutions, hospital imaging, equipment, clinical engineering, information centers and other related departments, medical equipment-related enterprises and institutions, and relevant government management departments.
Biomedicine requires students to master the basic knowledge of medicine and biology, and on the other hand, it requires students to learn the professional knowledge of electronics and information deeply and solidly in combination with the characteristics of medical disciplines, such as medical electronics, detection and processing of medical signals, medical images and medical image processing, medical pattern recognition, and the principle and design of medical instruments.
Biomedical graduates can engage in scientific research on the basic theory of biomedical engineering, design, development and maintenance of medical instruments and equipment, research and development of software and hardware of medical information systems, and scientific research and technical management in the field of electronic information.
Training objectives:
1, master the basic principles and design methods of electronic technology.
2, master the basic theory of signal detection and signal processing and analysis.
3. Have basic knowledge of biomedicine.
4. Have the ability of microprocessor and computer application.
5, with the preliminary ability of biomedical engineering research and development.