What is the BME major and what is the BME major

BME isBiomedical EngineeringAbbreviation for Biomedical Engineering

Biomedical engineering is a major that combines the principles of physics, chemistry, mathematics, computer science and engineering, and is an emerging marginal discipline combining science, engineering and medicine, which is the result of the penetration and interaction of various engineering disciplines into biology and medicine. From the molecule, cell, tissue, organ, system, human body and other multi-level rapid development of new concepts and new knowledge in these fields, the development of innovative medical equipment and biological agents for the prevention, diagnosis, disease and health promotion of innovative medical equipment.

Biomaterials, bioprocesses, implantable devices, etc.

In general, this major aims to use the principles and technologies of the engineering field to solve biomedical problems, which involves both engineering and medical content, so BME has a wide learning span and many and complex learning subjects, and students in this major should have a broad range of knowledge.

The common basic courses of this major include: Advanced Mathematics, C Language, British, and Linear Algebra.

Probability Theory, Big Things, Chemistry, Computer Fundamentals, etc. Compulsory courses include: Circuits, Physiology, and Biochemistry.

Cartography, as well as some courses in dealing with professional medical devices. There are also many electives.

Ultimately, biomedical engineering should cultivate a group of people with professional ability, strategic thinking and lifelong learning ability in the field of biomedical engineering.

professionals.

BME is the English abbreviation of biomedical engineering

Professional Profile: <>

Biomedical engineering is an emerging marginal discipline that integrates the principles and methods of various disciplines, which is different from traditional medicine, biology, and electronic informatics. It aims to enable students to use engineering and applied scientific knowledge to solve the medical and biological problems they face, as well as to develop biological products, medical devices and informatics methods that contribute to disease prevention, diagnosis and development, and have better career prospects and career options, and award a bachelor's degree in engineering after graduation.

Training objectives: to cultivate applied technical talents who meet the needs of social development, have good professional quality and humanistic quality, can systematically master the basic theories, basic knowledge and basic skills of biomedical engineering, master scientific thinking and methods, have strong practical ability, and have strong knowledge update ability and innovation ability.

Employment Fields and Development Prospects:

Due to the emerging and cutting-edge nature of the major, the research and application fields are wide, so that there are many employment directions and employment options for professional graduates, but most of them are concentrated in medical instrument manufacturing enterprises and scientific research units, mainly engaged in medical device research and development, disease diagnosis, medical information research and development, etc., with higher salaries.

BME is the English abbreviation of biomedical engineering, which combines the principles of physics, chemistry, mathematics, computer science and engineering, and BME also includes biological mechanics, biological cybernetics, biomaterials and other disciplines. BME is the English abbreviation of biomedical engineering, biomedical engineering is a combination of physics, chemistry, mathematics and computer and the engineering principles of the disturbance source, BME also includes biomechanics, biological cybernetics, biomaterials and other disciplines.

It is a major in bioengineering. By mastering the basic theories and basic skills of biotechnology and its industrialization, such as scientific principles, process technology and engineering design, the bioengineering major aims to cultivate engineering and technical talents who can engage in design and production management and new technology research and new product development in the field of biotechnology and engineering.

What are the knowledge and skills of bioengineering majors?

Have a solid foundation in natural sciences, a good scientific foundation in humanities and social sciences and comprehensive ability in foreign languages; Master the basic knowledge and theory of biochemistry, chemical engineering principles, physical chemistry, chemical engineering, and biochemical engineering; Master the basic knowledge of the scientific principles of biotechnology and its industrialization; Master the relevant laws and regulations of bioengineering; Knowledge in the relevant field; Acquire the necessary foreign language skills and be able to read some foreign languages.

BMI generally refers to body mass index.

BMI is a common indicator to measure the degree of obesity and thinness of the human body and whether it is healthy, the normal value of BMI is between 20 and 25, more than 25 is overweight, and more than 30 is obese.

Extension: Body Mass Index (BMI) is BMI (Body Mass Index) index, referred to as body mass index, which is a standard commonly used in the world to measure the degree of obesity and thinness of the human body and whether it is healthy.

The calculation formula is: BMI = weight and height2. (Weight unit: kg; Height unit: meters. ）

BMI was first proposed by Kettler in Belgium in the mid-19th century.

In a September 2021 article published in PLOS Genetics, researchers analyzed how two factors, genetics and smoking, affect an individual's BMI value, based on the number of genome sequences of 390,000 Britons. They found that genes could explain 50% of the difference in BMI values between individuals, and self-reported smoking could explain 2% of the difference in BMI values.

Because smoking causes DNA methyl scrambling (a biomarker), they found that 62 methylation sites associated with smoking could explain the 22% difference in BMI values, much larger than the results obtained based on self-reports. This study suggests that biomarkers may help more accurately measure the impact of lifestyle factors on health.

Building Information Modeling (BIM) is to build a model based on the relevant information data of each section of the construction project. It has five characteristics: visualization, coordination, simulation, optimization and graphability.