Science and engineering majors are divided into four disciplines: science, engineering, agriculture and medicine. The disciplines are as follows: 1. Science 1. Mathematics: mathematics and applied mathematics; Information and Computing Science 2. Physics: Physics; Applied Physics 3. Chemistry: Chemistry; Applied Chemistry 4. Biological Science: Biological Science; Biotechnology 5. Astronomy: astronomy 6. Geology: geology; Geochemistry 7. Geographical science: geographical science; Resource environment and urban and rural planning management; GIS 8. Geophysics: Geophysics 9. Atmospheric science: Marine science; Applied Meteorology 10. Marine Science: Marine Science; Marine technology 11. Mechanics: theoretical and applied mechanics 12. Electronic information science: electronic information science and technology; Microelectronics; Optical information science and technology 13. Materials science: material physics; Material Chemistry 14. Environmental Science: Environmental Science; Ecology 15. Psychology: psychology; Applied Psychology 16. Statistics: Statistics 2. Engineering 1. Geology and mineral resources: mining engineering; Petroleum engineering; Mineral processing engineering; Exploration technology and engineering; Resource exploration engineering 2. Materials: metallurgical engineering; Metal material engineering; Inorganic non-metallic material engineering; Polymer materials and engineering 3. Machinery: mechanical design, manufacturing and automation; Material forming and control engineering; Industrial design; Process equipment and control engineering 4. Instrumentation: measurement and control technology and instruments 5. Energy and power: nuclear engineering and technology 6. Electrical information: electrical engineering and automation; Automation; electronic information engineering; Communication engineering; Computer science and technology; Biomedical engineering 7. Civil engineering: architecture; Urban planning; civil engineering; Building environment and equipment engineering; Water supply and drainage engineering 8. Water conservancy: water conservancy and hydropower engineering; Hydrology and water resources engineering; Port, waterway and coastal engineering 9. Surveying and mapping engineering 10. Environment and safety engineering: environmental engineering; Safety engineering 11. Chemical and pharmaceutical: chemical engineering and process; Pharmaceutical engineering 12. Transportation: transportation; Traffic engineering; Oil and gas storage and transportation engineering; Flight technology; Navigation technology; Marine engineering 13. Marine engineering: ship and marine engineering 14. Light industrial textile food: food science and engineering; Light chemical engineering; Packaging engineering; Printing engineering; Textile engineering; Clothing design and engineering 15. Aerospace: aircraft design and engineering; Aircraft power engineering; Aircraft manufacturing engineering; Aircraft environment and life support engineering 16. Weapons: weapon systems and launch engineering; Detection guidance and control technology; Ammunition engineering and explosion technology; Special energy engineering and pyrotechnic technology; Ground weapon maneuver engineering; Information countermeasure technology 17. Engineering mechanics 18. Bioengineering 19. Agricultural engineering: agricultural mechanization and automation; Agricultural electrification and automation; Agricultural building environment and energy engineering; Agricultural water conservancy engineering 20. Forestry engineering: forest engineering; Wood science and engineering; Forest products and chemicals 21. Public security technology: criminal science and technology; Fire engineering III, agronomy 1. Plant production: agronomy; Gardening; Plant protection; Tea science 2. Grass science: Grass science 3. Forest resources: Forestry; Forest resource protection and recreation; Wildlife and nature reserve management 4. Environmental ecology: garden; Soil and water conservation and desertification prevention; Agricultural resources and environment 5. Animal production: animal science: sericulture 6. Animal medicine: animal medicine 7. Aquaculture: aquaculture; Marine fishery science and technology IV, medicine 1. Basic medicine: basic medicine 2. Preventive medicine: preventive medicine 3. Clinical medicine and medical technology: clinical medicine; Anesthesiology; Medical imaging; Medical inspection 4. Stomatology: stomatology 5. Traditional Chinese medicine: traditional Chinese medicine; Acupuncture and massage; Mongolian medicine; Tibetan medicine 6. Forensic medicine: Forensic medicine 7. Nursing science: Nursing science 8. Pharmacy: Pharmacy; Traditional Chinese medicine; Pharmaceutical preparations
What disciplines are included in engineering disciplines
Engineering disciplines include engineering mechanics, machinery and materials.
1. Engineering mechanics.
Engineering mechanics involves many branches of mechanics and a wide range of engineering technology fields. It is a basic technical discipline with strong theoretical nature and extremely close connection with engineering technology. The theorems, laws and conclusions of engineering mechanics are widely used in engineering technology in all walks of life, and are an important basis for solving practical problems in engineering. Its most basic part includes statics and material mechanics.
Research methods include experimental research, theoretical analysis and numerical calculation. In practice, the three methods are often used comprehensively to promote each other. Including experimental mechanics, structural inspection, structural test analysis. The model test is divided into partial model test and overall model test. The field test of the structure includes the test of structural members and the test of the overall structure. Experimental research is the main means to verify and develop theoretical analysis and calculation methods.
2. Machinery.
Machinery is a broad discipline in engineering, and is one of the most popular majors for science students. It can be called the strongest engineering discipline, and it is also a popular major in the future. Mechanical majors need good science knowledge, drawing ability, and electronic technology. "Mechatronics are not separated". College disciplines are often integrated with mechanical and electronic teaching. Generally speaking, the demand for mechanical technicians is still large, and the employment rate has always been the highest, about 95%, but the salary is relatively low compared with other industries.
Mechanical majors mainly include mechanical design and manufacturing and automation, material forming and control engineering, process equipment and control engineering, mechanical and electronic engineering, measurement and control technology and instruments, electromechanical integration, aircraft design, vehicle engineering, agricultural mechanization and automation, and industrial design.
3. Materials.
The material specialty belongs to engineering, including metal material engineering, polymer material and engineering, inorganic non-metallic material engineering, etc. Materials science is a discipline that studies the relationship between material composition, structure, process, properties and use performance, and provides scientific basis for material design, manufacturing, process optimization and reasonable use. This kind of specialty requires higher hands-on ability than other specialties, and has a wide range of material classifications, generally including polymer materials, inorganic materials, composite materials, and metal materials.
The main courses of the material specialty include: basic courses of engineering, such as advanced mathematics, general physics, linear algebra, etc.; basic courses of specialty, such as physical chemistry, analytical chemistry, organic chemistry, etc.; specialized courses, such as material research methods, material science foundation, material engineering foundation, etc.
What majors do universities have in science and engineering
Science and engineering majors:
Mathematics and applied mathematics, information and computing science, physics, applied chemistry, biotechnology, geology, atmospheric science, theory and applied mechanics, electronic information science and technology, environmental science, mining engineering, petroleum engineering, metallurgical engineering, mechanical design and manufacturing, and its automation, architecture, etc.
1. Architecture
Architecture is a subject that focuses on learning how to design buildings, while learning related basic technology courses. The main learning content is to design the building from scratch from the plane, exterior facade and internal and external space by analyzing a blank field, and according to the requirements of the building for room functions, the type of building, the technology and materials used for building construction, etc.
2. Petroleum Engineering
The major of petroleum engineering cultivates senior specialized technical talents who have basic engineering theories and professional knowledge of petroleum engineering, can be engaged in engineering design, engineering construction and management, application research and scientific and technological development in the field of petroleum engineering, such as oil and gas drilling engineering, oil production engineering, reservoir engineering, reservoir evaluation, etc., and obtain basic training for petroleum engineers.
3. Environmental Science
The major of environmental science cultivates students with basic theories, knowledge and skills of environmental science. Students of this major mainly study the basic theories and knowledge of environmental science, receive basic training in applied basic research, applied research and environmental management, have good scientific literacy and certain teaching, research, development and management abilities, master the methods of environmental monitoring and environmental quality assessment, and basic skills in environmental planning and management.
4. Information and Computing Science
The major of information and computing science, formerly known as "computational mathematics", was renamed as "computational mathematics and its application software" in 1987 and "information and computing science" in 1998 by the Ministry of Education.
5. Physics
The physics major cultivates senior professionals who master the basic theories and methods of physics, have good mathematical foundation and experimental skills, and can engage in scientific research, teaching, technology and related management in physics or related scientific and technological fields.