What majors are included in engineering majors?

Engineering majors are divided into two categories: one is the architectural engineering series, and the other is the civil engineering and construction series.

There are two majors in construction engineering: industrial and civil construction and its installation.

There are 14 majors in civil engineering: architectural design, structural design, water supply and drainage, building electrical, building construction, budget estimation, real estate, municipal roads and bridges, geotechnical engineering, engineering surveying, gas, landscaping, planning, etc.

According to what I know (engaged in the management of construction engineers, architects, structural engineers, and cost engineers), you can take the cost engineer qualification examination after five years. Your major in college is network engineering, which is a similar major, but you must be engaged in cost business after graduation (at least with relevant supporting materials).

Engineering Majors:

1. In the mechanical category, engineering-related majors include mechanical engineering, material forming and control engineering.

Mechatronic Engineering, Vehicle Engineering.

Automotive service engineering and other majors.

2. In the materials category, engineering-related majors include materials science and engineering.

Metallurgical Engineering, Metallic Materials Engineering, Inorganic Non-metallic Materials Engineering, Polymer Materials and Engineering, Composite Materials and Engineering, etc.

3. In the category of electronic information, engineering-related majors include electronic information engineering.

Communication Engineering, Microelectronics Science and Engineering, Optoelectronic Information Science and Engineering.

Information engineering and other majors.

4. In the computer class, engineering-related majors include software engineering.

Network engineering, Internet of Things engineering.

and other majors. 5. In civil engineering, engineering-related majors include civil engineering, building environment and energy application engineering, water supply and drainage science and engineering, road and bridge and river crossing engineering.

6. In the aerospace category, engineering-related majors include aerospace engineering, aircraft design and engineering, aircraft manufacturing engineering, aircraft power engineering, aircraft environment and life support engineering, etc.

7. In transportation and water conservancy, engineering-related majors include water conservancy and hydropower engineering, hydrology and water resources engineering, port and waterway and coastal engineering, traffic engineering, marine engineering and other majors.

8. In geology and mining, engineering-related majors include geological engineering, exploration technology and engineering, resource exploration engineering, mining engineering, petroleum engineering, mineral processing engineering, oil and gas storage and transportation engineering, etc.

9. In addition, engineering majors also include engineering management, engineering cost, industrial engineering, logistics engineering, surveying and mapping engineering, offshore oil and gas engineering, navigation engineering, water engineering, underwater acoustic engineering, molecular science and engineering, etc.

Engineering majors include: civil engineering, electronic information science and technology, mining, surveying and mapping engineering, traffic engineering, etc.

1. Major in civil engineering.

The major of civil engineering requires students to master the basic knowledge and basic theories of civil engineering, and after graduation, they can not only engage in housing construction, road and tunnel construction, but also engage in planning and design in the fields of foundation treatment, water supply and drainage.

2. Major in electronic information science and technology.

Students majoring in electronic information science and technology need to master the basic knowledge and basic theories of electronic information science, and receive training in scientific research.

3. Mining major.

The mining major trains students to learn the basic theories of mineral deposit mining, so that students have the ability to be mining engineers, and after graduation, they can engage in mining area development and mine safety planning in the mining field.

4. Major in surveying and mapping engineering.

Surveying and mapping engineering majors learn the basic knowledge and technical theories of space, electronics, information, etc., and at the same time, students also need to master the methods of spatial information acquisition, processing, and analysis, and can be engaged in information processing, information analysis, and other aspects of work after graduation.

5. Major in traffic engineering.

Traffic engineering is an engineering major. Traffic engineering students need to not only have a solid basic knowledge, but also have a certain innovative spirit and practical ability. After graduation, students can engage in traffic engineering planning, design, and management in the field of traffic engineering.

Engineering specializes in civil engineering, architecture, electronic information science and technology, electronic science and technology, etc. Engineering majors include Civil Engineering, Architecture, Electronic Information Science and Technology, Electronic Science and Technology, Computer Science and Technology, Mining Engineering, Mineral Processing Engineering, Survey Technology and Engineering, Surveying and Mapping Engineering, Traffic Engineering, Port and Waterway and Coastal Engineering, etc.

Engineering Majors:

1.Machinery Manufacturing and Automation: Cultivate talents who can be engaged in the development of mechanical and electrical products, the design and manufacture of mechanical products, the installation and commissioning of automated production equipment, the operation and maintenance and technical transformation of mechanical equipment, the production and operation of mechanical and electrical products, and the elimination of pipe differences in the field of manufacturing.

2.Mechatronics technology: Cultivate high-quality technical and skilled talents engaged in the installation, commissioning, maintenance and repair, production technology management, service and marketing, and auxiliary design and technical transformation of mechanical and electrical products such as automatic production lines. Absolutely unkept.

3.Electrical automation technology: cultivate high-quality technical and skilled talents with the ability to operate and manage automation equipment and systems, and engage in the installation, commissioning, maintenance, design and operation management of automation equipment and systems.

4.Industrial Robot Technology: Cultivate high-quality technical and skilled professionals who can be engaged in programming simulation, installation and commissioning, operation and maintenance, sales and service of industrial robot systems.

5.Intelligent control technology: Cultivate high-end skilled talents who are engaged in the design, manufacturing, marketing, maintenance, testing and management of digital intelligent control, test intelligent control, monitoring intelligent control, environmental protection intelligent control and other products under intelligent control technology, and have a foundation for career development.