What does Biomedical Engineering (Professional Degree) mean?

What does biomedical engineering (professional degree) mean?

The former one is an academic degree. Academic graduate students receive general master's education, which focuses on cultivating teaching and scientific research talents. The type of degree awarded is an academic master's degree.

The latter is a professional degree, which generally refers to a postgraduate education degree with specific occupational requirements. It is different from an academic degree that focuses on theory and research. It mainly cultivates high-level specialized talents with specific professional backgrounds. After 2009, the scope of students enrolled in individual majors began to expand to include fresh undergraduate graduates. What does biomedical engineering mean?

Professional program code: 082601

Degree awarded: Bachelor of Engineering or Bachelor of Science

Duration of study: four years

Major Introduction

Biomedical engineering is a highly comprehensive interdisciplinary subject, which is its greatest feature. Biomedical engineering integrates the theories and methods of engineering, biology and medicine, studies the state changes of human body systems at various levels, and uses engineering technology to control such changes. Its purpose is to solve relevant problems in medicine and ensure Human health, serving the prevention, diagnosis, treatment and rehabilitation of diseases.

I am majoring in biomedicine from Southeast, and our school’s biomedicine ranks No. 1! Many seniors and sisters have changed careers. Some people will go into sales, start their own businesses, and some will engage in scientific research. Or work in a large company. This has not developed in China, and the employment is really not very good. However, this is a major that is in line with international standards. It is very good to find a job abroad, so if you want to study abroad, it is still very good. What does biomedical engineering mean?

Biomedical engineering is a marginal discipline developed by integrating the theories and methods of biology, medicine and engineering. Its basic task is to use engineering technology to research and solve problems in biology and medicine. related issues. Although it has a history of less than 50 years as an independent discipline, it has become the current medical care industry due to its huge role in ensuring human health and providing disease prevention, diagnosis, treatment, and rehabilitation services. important foundation and pillar.

Biomedical engineering research is mainly based on applied basic research. Its fields are very broad and are constantly expanding. At this stage, research in biomedical engineering mainly involves biomechanics, biomaterials, artificial organs, modeling and control of biological systems, biological effects of physical factors, mass and energy transfer of biological systems, and biomedical signals. Detection and sensor principles, biomedical signal processing methods, medical imaging and image processing methods, engineering methods for treatment and rehabilitation, etc. Major: What does biomedical engineering (medical machinery direction) mean?

Biomedical engineering is a first-level subject plus an interdisciplinary subject, so there are many and broad things to learn, basically basic things. There is a direction to provide undergraduates with good employment, otherwise it will be too unprofessional. . The biomedical science department in our school specializes in medical devices. If you are applying for the college entrance examination, it is recommended that you consider it carefully. The employment situation is not very optimistic, and you generally have to take the postgraduate entrance examination. What is the difference between the biomedical engineering (bioinformatics engineering) major and biomedical engineering?

Biomedical engineering is a general term. Generally, schools that offer this course focus on the relatively strong engineering disciplines of their school, such as electronics, optics, etc. The length of study ranges from 4 to 5 years.

Bioinformatics engineering is one of the branches, focusing on communication and signal processing.

This is the school telling you that we prefer communications.

People who have experienced this tell you not to choose this major, which is really harmful!

There are entries in the encyclopedia.

Does biomedical engineering belong to the category of biomedical engineering?

(100% OK) As far as our majors are admitted to civil servants this year, it is best to take biomedical engineering and non-majors These two categories. The public institution (hospital) I took the exam is medical instrument maintenance. I graduated this year in biomedical engineering. It’s still dangerous if it doesn’t matter) (70% is OK. (90% is OK) Others are basically not OK. It depends on how each place implements it) Others What's okay is information engineering.

I can only tell you that unless you have very good connections, there is no restriction on majors (because there are basically no applicants for biomedical engineering). However, some students who were admitted applied for the medical program of the Health Law Enforcement Bureau (they were almost rejected. What is the difference between a professional degree and an academic degree in biomedical engineering such as medical instrument maintenance?

Professional degrees and academic degrees are at the same level, with different training specifications and obvious differences in training objectives: academic degree Degrees are established according to disciplines, which are academic research-oriented, focusing on theory and research, and train university teachers and researchers in scientific research institutions; while professional degrees are professional practice-oriented, attaching importance to practice and application, and cultivating students who are formally trained in professional and specialized technologies. High-level talents with high level of training. The academic graduate degree generally lasts for three years, and the professional graduate degree lasts for two years.

The master's degree in biomedical engineering is an academic degree, and academic graduate students accept ordinary master's degrees. Postgraduate education focuses on cultivating teaching and scientific research talents. The type of degree awarded is an academic master's degree. What kind of job can I find in biomedical engineering?

It depends on your school's focus. Our school focuses on instruments. In terms of employment, there are more people who work in automation and electronics, and there are basically no people who work purely in medical instruments. However, there are some corresponding companies in China, such as Mindong Medical, Yi'an, and Wandong in Beijing, and Jiu'an in Tianjin. For sphygmomanometers, you can check their recruitment information on their website, which may be of some help to you. Relatively speaking, the employment situation in China is not very optimistic. Biomedical engineering is an engineering major with more candidates taking postgraduate entrance examinations and going abroad. Is it? Biomedical engineering is an engineering major.

Biomedical engineering is not under the jurisdiction of medical majors, but is an out-and-out engineering major. It is not awarded after graduation. Bachelor of Medicine, but Bachelor of Engineering. At present, biomedical engineering is developed by integrating the theories of biology, medicine and engineering. Because it is an organic integration of multiple disciplines, it has similarities with traditional classic disciplines such as biology and medicine. It is different from a pure engineering discipline.

Biomedical engineering mainly uses engineering technology to study and solve related problems in biology and medicine, involving biomaterials, artificial organs, and biomedical signal processing. Methods, medical imaging and image processing methods, etc., play a huge role in the prevention, diagnosis, treatment, rehabilitation, etc. of diseases. Treatment and rehabilitation services.

Technologies such as artificial organs, ultrasound imaging technology, CT, and MRI are now widely used in clinical medicine. These great achievements that change the trajectory of human life come from biology. Medical engineering technology. The direction of cultivating professionals in this field is biomedical engineering.

Training requirements

Students majoring in biomedical engineering mainly study life sciences, electronic technology, computer technology and Basic theories and basic knowledge of information science, basic training in electronic technology, signal detection and processing, and the application of computer technology in medicine, and basic abilities in research and development in the field of biomedical engineering.

Employment directions

The main employment destinations of students are research institutions, hospital imaging, device, clinical engineering, information center and other related departments, medical device-related enterprises and institutions, *** Relevant management departments, etc. Biomedical Engineering Medicine

Biomedical Engineering (BME) is a combination of physics, chemistry, mathematics, computer and engineering principles, engaged in the research of biology, medicine, behavior or health; proposed 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 for disease prevention, diagnosis and treatment, patient rehabilitation, and improvement of health conditions etc. purpose. ,

Therefore, biomedical engineering is not a clinical medical discipline, but an engineering discipline.