What are the colleges and universities that offer biomedical engineering majors in the country?

Too much. Tianjin Agricultural University.

China Pharmaceutical University (10316).

Huazhong University of Science and Technology (11945).

Wuhan University (10486).

Shanxi Medical University (10114).

Nanjing University of Traditional Chinese Medicine (10315).

Nanchang University. Fujian Medical University (10392).

Henan University of Science and Technology.

Nanyang Institute of Technology.

Zhejiang Sci-Tech University (10338).

Sichuan Institute of Technology (10622).

Chengdu Medical College.

Daqing Normal University.

Dalian Medical University.

Fujian Medical University.

Texas College. Binzhou Medical College.

Liaocheng University. Hust.

Shanxi Medical University.

Anhui Agricultural University.

Wuhan University. Zhejiang Sci-Tech University.

Yancheng Normal University.

Nanjing University of Traditional Chinese Medicine.

Soochow University. China Pharmaceutical University.

Yeosu College. Zhejiang Ocean University.

Southern Medical University.

Zhejiang University of Technology.

Taishan Medical College.

Xinjiang Agricultural Vocational and Technical College.

Jilin Institute of Chemical Technology.

There are too many colleges and universities in the country that offer biomedical engineering majors. So much for the encyclopedia.

The strongest schools in China for biomedical engineering majors are Tsinghua University, Shanghai Jiao Tong University, Southeast University, Zhejiang University, Huazhong University of Science and Technology, Sichuan University, Chongqing University, and Xi'an Jiaotong University.

List of universities that offer biomedical engineering majors, a total of 126 schools. The details are as follows:

According to the results of the evaluation of biomedical engineering disciplines released by the Ministry of Education, a total of 49 universities in China that offer biomedical engineering majors participated in the evaluation, of which the top 3 universities are Southeast University (A+), Huazhong University of Science and Technology (A+), and Shanghai Jiao Tong University (A), and the specific rankings are as follows

1. Southeast University (A+).

2. Huazhong University of Science and Technology (A+).

3. Shanghai traffic chain did not learn (a).

4. Tsinghua University (A-).

5. Beijing University of Aeronautics and Astronautics (A-).

6. Zhejiang University (A-).

7. Sichuan University (A-).

8. Peking University (B+).

9. Tianjin University (B+).

10. Fudan University (B+).

Training objectives: The training goal of bioengineering major is to cultivate all-round development of morality, intelligence, physique and aesthetics, with a sound personality, correct world view, outlook on life and values, and good basic knowledge of humanities and social sciences and humanistic accomplishment through various educational and teaching activities.

High-quality professionals who have basic knowledge of biology and engineering, master the scientific principles of large-scale manufacturing of biological products, be familiar with basic theories and skills such as bioprocessing process flow and engineering design, and can be engaged in design, production, management and new technology research and new product development in the field of bioengineering.

Reference total credits: General requirements for old students: total credits = total credits of the course (not less than 140 credits) + practical courses [military training + engineering and technical skills training + understanding internship and production practice + scientific research training + graduation project (**) (not less than 25 credits)].

The total number of credits is not less than 165 credits, but not more than 180 credits, of which the total practical component is not less than 25 weeks. Colleges and universities can also make appropriate adjustments to the credits and credit hours according to the actual situation of running the school. The minimum number of hours or laboratory time for each course should be set by each university taking into account the differences in different learning forms such as classroom teaching, online learning, and self-study.

Biomedical engineering is also known as organism engineering. Its definition is generally not clear, but in any case it means a kind of engineering that takes living things as objects, and is a marginal field of biology, medicine, and engineering. It includes sub-fields such as medical engineering, repair engineering, ergonomics and bionics.

Since the study of these subfields is necessarily related to the engineering analysis of the structure and function of living organisms, it is often referred to as bioengineering. Applying the principles of biology and engineering, we will construct new biological varieties with specific traits for the functions of biological materials and organisms. This major requires students to have an in-depth grasp of electronic technology, computer technology, information processing theory, medicine and engineering combined scientific research ability, solve the scientific research in the field of biomedicine, medical instrument development, product development and large-scale medical equipment.

Operation, maintenance management and other issues, but also competent in other fields of electronic technology and computer technology. It has a wide range of employment prospects.

Core courses: Microbiology, Organic Chemistry, Biotechnology, Biochemical Engineering, etc.

Career planning: bioscientist, biochemist, microbiologist. Graduates of this major have a wide range of employment, including teaching and research in laboratories belonging to enterprises, universities, and consulting institutions, and holding important positions in R&D, sales in pharmaceutical manufacturing, food manufacturing, agricultural products and other enterprises.

<> Introduction to Biomedical Engineering.

One. What is it.

Bio-Liangji Medical Engineering focuses on the basic knowledge and skills of life science, electronic technology, computer technology and information science, including biological materials, artificial organs, biomedical signal processing methods, medical imaging and image processing methods. For example: the research and development of artificial organs such as artificial hearts and artificial joints, the operation and maintenance of medical equipment such as brain CT machines and MRI machines, and the image processing of B-ultrasound and MRI imaging.

2. What to learn.

Anatomy and Physiology", Biochemistry and Molecular Biology, Bioinformatics, Biomedical Sensors, Medical Imaging, Principles of Medical Analytical Instruments, Principles of Medical Instruments, Frontiers of Biomedical Engineering, Principles and Applications of Magnetic Resonance Imaging, Engineering Physiology.

3. What to do.

Medical device enterprises: medical device research and development, commissioning and maintenance, medical representatives; Medical institutions: manipulation of imaging equipment, equipment maintenance, and equipment management.