As can be seen from the course arrangement, the main courses are: analog electronic technology, digital electronic technology, human anatomy, physiology, basic biology, biochemistry, signals and systems, algorithm and data structure, database principle, digital signal processing, EDA technology, digital image processing, automatic control principle, medical imaging principle, bioinformatics, advanced mathematics, linear algebra, probability theory and mathematical statistics, computer foundation and C language.
Generally speaking, biomedical engineering majors integrate the theories and methods of engineering, biology and medicine, combine the basic theoretical knowledge related to electronic technology, computer technology and information science, and medical and engineering technology, and mainly engage in the research and development of medical devices, medical devices and other electronic technologies, computer technology, information industry and other departments. So it has something to do with medicine and biology, but it has the greatest relationship with electronic information. It is not a medical major or a biology major, but a typical engineering major, which belongs to the general direction of computers and electronics. After graduation, a bachelor of engineering is awarded instead of a bachelor of medicine.
If automation is the bridge between manufacturing and IT, then biomedical engineering is the bridge between medicine and IT. Both of them are weak current information majors, with the characteristics of cross-compounding, belonging to a good professional series, which is better than most traditional engineering courses. An approachable employment example, such as artificial organs, ultrasonic imaging technology, CT, magnetic resonance vibration and other medical technologies and instruments in medical clinic, all come from biomedical engineering technology. The main destinations for students' employment are enterprises in the field of medical devices, such as Mindray, UIH, Johnson & Johnson, GE, Philips, Siemens and other well-known enterprises, as well as equipment, imaging department, clinical engineering, information center and other related departments that can work in hospitals.
In addition to these most relevant employment destinations, biomedical engineering can also be based on mathematical algorithms, medical electronics, biomedical informatics, biomedical photonics and so on.