Biomedical engineering is a comprehensive discipline that involves the intersection and integration of several disciplines, including biology, medicine, and engineering, and aims to study and apply engineering principles and techniques to solve problems in the fields of medicine and biology. The primary mission of the Biomedical Engineering program is to research and develop novel medical devices, tools, materials, and techniques to improve the quality and efficiency of healthcare, as well as to provide support and assistance to biology, pharmacy, and medical research.
The subject matter of the biomedical engineering program includes biomaterials, biosignal processing, bioimaging, biocontrol engineering, biomechanics, medical informatics, and many other areas. Students majoring in biomedical engineering need to have strong mathematical and scientific skills and a foundation in computer technology, as well as basic knowledge of medicine and biology, in order to be able to skillfully apply engineering principles and methods to solve problems in the fields of medicine and biology.
Biomedical engineering graduates can work in many aspects of research, design, development, manufacturing, and sales in the fields of medical devices, biopharmaceuticals, and healthcare. At the same time, they can also engage in the intersection of medicine, biology and engineering in research institutions, universities, hospitals and other units to contribute to the cause of human health.