BME is Biomedical Engineering.
Biomedical engineering is a combination of physics, chemistry, mathematics and computers and engineering principles of a professional, is a combination of science, engineering, medicine, emerging fringe disciplines, is a variety of engineering disciplines to biology, medicine and penetration and interaction results. From the molecular, cellular, tissue, organ, system, human body and other levels of rapid development of new concepts and new knowledge in these fields, the development of innovative medical equipment for the prevention, diagnosis, treatment of disease and health promotion, biological agents, biomaterials, biological processes, implantable devices.
Overall, this program aims to solve biomedical problems with the principles and techniques of the engineering field, which involves both engineering and medical content, so BME studies span a wide range of subjects and are many and varied, and students in this program should have a broad knowledge base.
The program's public **** basic courses include: advanced mathematics, C language, Great Britain, linear algebra, probability theory, large matter, chemistry, computer fundamentals and other courses. Required courses include: electrical circuits, physiology, biochemistry, cartography, and some courses dealing with specialized medical equipment. There are many electives as well.
Ultimately, biomedical engineering is about developing a cadre of professionals with specialized competencies, strategic thinking, and lifelong learning in the field of biomedical engineering.