Solve the direction of bioengineering artificial life entrance examination

Hello, friend! I was admitted to graduate school this year, and I was enrolled in biomedical engineering at Sichuan University, which ranked third in the country.

The national rankings are: Southeast University, Shanghai Jiaotong University, Sichuan University, Zhejiang University, Huazhong University of Science and Technology, Xi'an Jiaotong University, Tsinghua University, Fudan University, Chongqing University, Tianjin University.

As for which tutors are more awesome, I really don't know.

But what I can tell you is that if you really like this thing and want to take it as the goal of a doctor, it is recommended that you must choose the best tutor in the best school, otherwise it is not worth your exam. But sometimes it's better to choose the one that's best for you!

First of all, you have a bachelor's degree in biomedical engineering, which means that your alma mater should be good, otherwise you would not have offered this course.

Secondly, you have to take your family's opinions and your own ideas into consideration. Biomedical engineering is an emerging highly interdisciplinary discipline with great prospects for development and application, so the bigger the city, the greater the level and potential, and I suggest that you should combine your interests with your plans for the future. Focus on schools in Shanghai or Beijing!

The high-tech industry is developed over there, and the academic atmosphere is heavy, if you think you have enough strength to take the test.

Again, as far as the three directions you mentioned above are concerned, you should practice them one by one, search for all aspects of the information, such as **, conference reports, etc., and then integrate their development potential and their own advantages, carefully consider them one by one, and you can also consult your teachers well, and then make a decision. When it comes to such life events, you must think twice!

Finally, friends, although the road to the exam is difficult, but also all the way down, I think it is an indispensable part of life growth, and I hope to slowly experience and cherish it.

Thank you for asking me for help, unfortunately, there is only so much I know, I feel ashamed to live up to your high expectations, ashamed, really ashamed!

I wish you all the best on your way to graduate school! Thank you!

Hello. I have just been admitted to the Key Laboratory of Synthetic Biology of the Shanghai Academy of Biological Sciences, Chinese Academy of Sciences. You mentioned very little at home, and it is advisable that you consider abroad.

If I had to be domestic, the place I studied was mainly on bioenergy and other aspects. It is said that Mr. Qin Chongjun here is ready to study bacteria that can survive with the fewest genes (i.e., through gene knockout), which is somewhat in line with your second point.

It's better to go abroad, there is currently no authority in China to do this.

The biomedical science of Tianjin University is also mainly in bioelectronics, and many teachers have done very good research work. For example, Professor Wan Baikun is also an expert in neural engineering. It's not very difficult to go to graduate school, because many people think that it's not easy to find a job in this direction, in fact, the employment is still relatively good, at least the biomedical medicine of Southeast University, GE, Philips, Procter & Gamble, Mindray, Anke Medical have people in our class, and the worst is that they may go to ZTE.

Biomedical EngineeringIt is not difficult to take the postgraduate examination, and it is necessary to prepare the materials of the subjects to be examined.

Biomedical Engineering (BME) is the study of biology, medicine, behavior, or hygiene that combines the principles of physics, chemistry, mathematics, and computer science.

Present basic concepts, generate knowledge from the molecular level to the organ level, and develop innovative biological products, materials, processing methods, implants, devices, and informatics.

Methods are used for the purposes of disease prevention, diagnosis and disease, and improvement of health conditions.

Development history: Biomedical engineering emerged in the 50s of the 20th century, it has a very close relationship with medical engineering and biotechnology, and it has developed very rapidly, becoming one of the main fields of competition in the world.

The development of biomedical engineering, like other disciplines, is determined by scientific, technological, social, and economic factors. The term first appeared in the United States. In 1958, the International Federation of Medical Electronics was established in the United States, and in 1965 the organization was renamed the International Association of Medical and Biological Engineering, and later became the International Society for Biomedical Engineering.

In addition to the good social benefits, biomedical engineering has good social benefits.

In addition, there are good economic benefits.

The prospects are very broad, and it is one of the high technologies that all countries are vying to develop in the new period. Take 1984 as an example, the market size of biomedical engineering and systems in the United States.

About $11 billion. National Academy of Sciences.

It is estimated that by the year 2000 its production value is expected to reach $400.1 trillion.

Bio-medical engineering is in electronics, microelectronics.

Modern computer technology.

Chemistry, polymer chemistry, mechanics, modern physics, optics, ray technology, precision machinery, and modern high-tech development are developed on the basis of the combination of medicine. Its development process is closely related to the development of high technology in the world, and at the same time, it has adopted almost all high-tech achievements, such as aerospace technology, microelectronics technology, etc.

OK. Bioengineering can be tested in medicine, but some schools have physiology, which has to be learned by yourself, which is more difficult, but there is no problem.

IntroductionBiomedical Engineering (Discipline**: 083100) is a first-level discipline, and some colleges and universities also enroll students as a second-level discipline master's program, this discipline is the crystallization of the penetration of engineering technology into medicine and life sciences, which involves basic disciplines such as mathematics, physics, chemistry, biology and electronic information technology.

Computer technology, lasers, microwaves and ultrasonics, as well as applied engineering disciplines such as mechanical and chemical engineering. Its main research areas are: medical imaging theory and technology; biomedical signal detection and processing technology; informatization engineering in the field of medical and health care; Biomedical applications of physics such as microwave, millimeter wave, laser, and ultrasound and biomedical instrumentation, among others.

Training ObjectivesGraduates of this major should develop morally, intellectually and physically in an all-round way. Master more systematic expertise, technology and methods in a certain research field of biomedical engineering, and have the comprehensive application of theories, methods and technologies of biomedical engineering to carry out biomedical engineering scientific research and technology development.

Grasp the frontier and dynamics of the development of biomedical engineering disciplines, be proficient in electronic and computer application technology, be able to work independently in the discipline and related fields, and use the knowledge and skills mastered to solve problems in scientific research or practical work.