What about biomedical engineering?

The definition of biomedical engineering is probably to solve biological and medical problems by engineering methods.

Biomedical engineering is a first-class discipline (that is, the level is equivalent to "finance" and "electronics", which means a wide range of disciplines), and there is no subordinate two disciplines. So, for example, universities will divide this major into materials, medical electricity, images and so on.

As for the prospect, the market for medical instruments is still very large, and there is a great demand for talents. There is also a great demand for medical image processing. After graduation, image processing can be done not only on medical images. EEG is developing.

Medical materials, especially artificial limbs, are very scarce in China. That's about all I know. It is best to study this major at least for a master's degree.

I. Employment prospects:

It can cooperate with state organs, medical institutions (clinical research, highly specialized medical care and management), scientific research institutes, universities (basic research and teaching), international medical and health enterprises (management, research and development), private institutions and doctors in the use, sales and service of medical devices. Graduates can directly participate in highly specialized medical care and solve problems in basic clinical research. The equipment and systems they developed are very important for diseases.

Second, the employment direction:

The main destinations of students' employment are research institutions, hospital imaging, equipment, clinical engineering, information centers and other related departments, medical equipment-related enterprises and institutions, and relevant government administrative departments.

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BiomedicalEngineering (BME) combines the principles of physics, chemistry, mathematics, computer and engineering, and is engaged in the research of biology, medicine, behavior or hygiene.

Put forward basic concepts, generate knowledge from molecular level to organ level, develop innovative biological products, materials, processing methods, implants, instruments and informatics methods, and use them for the purposes of disease prevention, diagnosis and treatment, patient rehabilitation and health improvement.