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Anonymous users2024-02-11Hello and glad for you!
I'm a biomedical engineering major, and we didn't have any certifications during our undergraduate studies, but I think it would be useful to have a grade certificate in MTLAB, a grade certificate in C++, etc.
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Anonymous users2024-02-10It is true that it is difficult to find a job for undergraduate biomedical engineering majors, especially for the corresponding technical positions.
It's really not too difficult to find a job here, and many seniors I know have got good offers after graduation. Give a few suggestions (if you don't consider changing majors from undergraduate).
1. Choose a good direction. Imaging and medical electrical direction, employment in the direction of biomaterials.
2. Self-improvement. Choose the corresponding course according to the selected direction, take the image as an example, carefully learn the foundation of mathematics, programming data structure, signal and system, digital image processing and other key professional courses, the course of biological materials can not be selected, if it is a compulsory course, just get a good point before the paddling test, there is no need to waste time. Actively participate in interested research groups, competitions, etc., and conduct targeted self-study.
3. Strive for graduate school. You can choose this school (if you have a research group you are interested in) or go to another school (Tsinghua Jiaotong University, etc. are good) A master's degree is already the threshold of this industry, and it is best not to hesitate to study for graduate school.
In short, biomedical engineering is not a dead end, it may be a not easy road to walk, but it also depends on who is walking, let's do it together.
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Anonymous users2024-02-09What vocational certificates can be taken in bioengineering and biotechnology?
Pro, Hello Bioengineering, Biotechnology can be examined in the professional certificates:1Certified Accounting, Class I Construction Engineer, Class II Construction Engineer, Registered Chemical Engineer, Registered EIA Engineer, Registered Safety Engineer, Registered Logistician, etc.
2.Certificate in Biological Skills, Biological Experimenter, Biological Engineer; 3.Pharmacist Certificate, Licensed Physician, Pharmaceutical Salesperson Certificate, Dietitian Certificate, etc.
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Anonymous users2024-02-08OK. 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.
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Anonymous users2024-02-07There are also some majors related to bioengineering, which can be tested for professional qualification certificates in medicine: such as pharmacist certificate, licensed pharmacist, licensed physician, pharmaceutical salesperson certificate, dietitian certificate, etc. What certificate to take is also based on your needs and interests, not blind research, many certificates need to have the corresponding work experience requirements.
Biomedical engineering, this should not have much requirement for eyesight, as long as you meet the application score, you should be able to enter.
The best way to study in New Zealand is to take IELTS IELTS is best in China (slightly less difficult than New Zealand) The teaching process of medical majors in New Zealand is very different from that in China When you graduate in four years, you may not be recognized by some of your courses You have to learn from scratch I immigrated to New Zealand in 95 As far as I observe the study process of my old friends and children, I feel that if you want to study in New Zealand, it is better to start early The most successful case is a girl in a Chinese freshman who --- a freshman major in management Self-study and get an ideal IELTS score At the same time apply to New Zealand schools When her companion was in her sophomore year, she came to study in her original major, and she learned more easily, and at the same time, she worked part-time to earn all her tuition fees, graduated after three years, worked (if you signed a work contract, you can change to a work visa), and then immigrated (got benefits) and then went to graduate school, with a student allowance, and graduated with a master's degree in two years. >>>More
Too much. Tianjin Agricultural University.
China Pharmaceutical University (10316). >>>More
Hello, Fudan University Biomedical Engineering Postgraduate Examination Subjects include: Basic Theory of Biomedical Engineering, Experimental Technology of Biomedical Engineering, Biomaterials Science, Principles of Biosensors, Bioinformatics Land Stimulation, Biomedical Image Processing, Mathematical Models of Biomedical Engineering, Computer Software for Biomedical Engineering, Mechanical Design of Biomedical Engineering, Instrument Design of Biomedical Engineering, Systems Engineering of Biomedical Engineering, Materials and Tissue Engineering of Biomedical Engineering, Biosensing and Control of Biomedical Engineering, Biomedical Engineering Signal Processing, Biomedical Engineering Computer Networks, Biomedical Engineering Cell and Molecular Engineering, Biomedical Engineering Drug Design and Analysis, Biomedical Engineering Biosensor Technology, Biomedical Engineering Medical Informatics, Biomedical Engineering Computer-Aided Diagnosis and Biomedical Engineering, Biomedical Engineering Biomimetic Technology, Biomedical Engineering Drug Preparations, Biomedical Engineering Grip Process Cell Engineering, Biomedical Engineering Drug Research and Development, Biomedical Engineering Biomaterials Research and Development, Biomedical Engineering Drug Detection and Analysis, Biomedical Engineering Biomedical Informatics, Biomedical Engineering Computer-Aided Diagnosis and Analysis, Biomedical Engineering Drug Preparations, Biomedical Engineering Section Xiyuan Cell Engineering, Biomedical Engineering Drug Research and Development, Biomedical Engineering Biomaterials Research and Development, Biomedical Engineering Drug Testing and Analysis, Biomedical Engineering Biomedical Informatics, Biomedical Engineering Computer-Aided Diagnosis and Biomedical Engineering, Biomedical Engineering Biomimetic Technology, Biomedical Engineering Drug Preparations, biomedical engineering, cell engineering, biomedical engineering.
I'm about to study this major soon.
At that time, it seemed that I just thought the name was so majestic. >>>More