1. Discipline strength: Biomedical engineering specialty of Hunan University of Technology was built earlier, with a professional and high-level faculty and close cooperation with well-known universities and scientific research institutions at home and abroad. The school also has related laboratories and research centers to provide students with a good scientific research platform.
2. Specialty setting: Biomedical engineering specialty involves many fields such as medicine, engineering and biology. , aiming at cultivating senior engineering and technical personnel with interdisciplinary knowledge and skills. This major focuses on the combination of theoretical knowledge and practical application to help students master the skills from medical problems to engineering solutions.
3. Practical opportunities: the school actively promotes school-enterprise cooperation and provides students with rich internship and practical opportunities. Through cooperation with hospitals and medical device manufacturers, students can participate in real medical engineering projects, solve practical problems and improve their practical ability.
4. Employment prospect: Biomedical engineering is a new field. With the development of medical science and technology, the demand for biomedical engineering professionals is increasing. Graduates can choose to work in medical device manufacturing enterprises, hospitals, scientific research institutes, pharmaceutical companies and other units, and their employment prospects are relatively good.
Contents of biomedical engineering specialty
1. Basic medical knowledge: Learn basic medical theories and knowledge, including human anatomy, physiology, biochemistry and pathology, so as to better understand the structure and function of human body.
2. Basic knowledge of engineering: learn basic knowledge of engineering, including electronics, instrument analysis, control engineering, materials science, etc. So as to lay a foundation for the follow-up application of medical engineering.
3. Biomedical instruments and equipment: learn the principle, design and application of biomedical equipment. Understand all kinds of electronic instruments, medical imaging equipment, rehabilitation AIDS, etc. Including their working principles, operating methods and applications in clinical medicine.
4. Medical signal processing and analysis: learn the methods and techniques of processing and analyzing medical signals, such as electrocardiogram, electroencephalogram and blood pressure waveform. Learn to use digital signal processing technology to extract, analyze and interpret these medical signals.
5. Medical imaging technology: Learn the principles and technologies of medical imaging, such as X-ray imaging, magnetic resonance imaging and ultrasound imaging. Understand the advantages and disadvantages, application scope and clinical application of different imaging technologies.
6. Medical information system: learn the principle and operation of medical information management and medical information system. Understand the knowledge of hospital information construction, electronic medical records, medical image storage and transmission.
7, biomaterials and biological interface: learning the performance, preparation and application of biomaterials. Understand the related knowledge in artificial organs, tissue engineering, biosensors and other fields, as well as the interaction between biomaterials and biological interfaces.
8. Medical engineering ethics and regulations: learn the basic principles and regulations of medical engineering ethics and regulations, and cultivate students' professional ethics and legal awareness.