Civil engineering is divided into directions, please teach with a high finger

Workers and civil construction of it, first of all, the road national planning of 10,000 kilometers of highways has been built 10,000 kilometers, and after you graduate, it is estimated that it will be built almost, to engage in maintenance, geotechnical engineering undergraduate employment is generally not good, although geotechnical can be used in any direction, but the unit is generally unwilling to recruit undergraduates of geotechnical, generally requires graduate students, because this direction is not very easy to learn, geotechnical direction is also a good choice, said that the country is now restricting housing prices, but the possibility of falling is basically non-existent, China's urbanization process still needs to be quite a process, so there is still a considerable period of development for the construction of industrial and civil construction.

Workers and civil construction have the most extensive employment, but several other directions are also good, and the road and bridge will be more difficult, but the money is the best, and the others are about the same.

Since they have said that they are not afraid of hardship, then choose rock and soil, in fact, except for the other three of the industrial and civil construction, it is better, because you are not afraid of hardship, and the general future of the three majors who are not afraid of hardship is not a problem.

Workers and civil construction, put aside the others, your school geotechnical and road bridges are not good, so you still study industrial and civil construction.

The so-called work treatment, in fact, is about the same after graduating from a bachelor's degree, depending on the quality of the unit you go to, or the most suitable for industrial and civil construction. In the case of roads and bridges, the employment area is still too narrow, and there is little room for choice.

The road bridge rock and soil or something, but it is biased, so it may be said to make money, but in fact, it is just like that. You'll have to worry about finding a job. Especially under the rocky ground, you don't want it in general places, unless you just catch up with a unit that specializes in finding the direction of the rocky land, then you are lucky, but luck is not always there, and you have to rely on strength.

So let's do it for workers and people.

Of course, the most important thing is that your school is only built by workers and people. If you are from Tongji, I recommend you to build a bridge and underground.

Summary. Industrial and civil construction = factory + building....The general working environment is in a town or urban area.

Geotechnical & Underground Engineering = Metro + Tunnel + Mine....If you enter the construction industry, the general working environment is in the field, which is more difficult. But this major can be admitted to graduate school and can enter the design institute.

Roads and bridges = roads or railways, can also be municipal roads, and the general working environment is mostly in the field.

So, as for how to choose, it's up to you.

The civil engineering major is going to divide the direction, I don't know what to choose, and I want to point out construction engineering, underground engineering, road and bridge engineering.

Industrial and civil construction = factory + building....The general working environment is in a town or urban area. Geotechnical & Underground Engineering = Metro + Tunnel + Mine....If you enter the construction industry, the general working environment is in the field, which is more difficult. But this major can be admitted to graduate school and can enter the design institute.

Roads and bridges = roads or railways, can also be municipal roads, and the general working environment is mostly in the field. So, as for how to choose, it's up to you.

Take a look at your own favorites.

First of all, let's analyze the major of industrial and civil construction. In fact, this major is a relatively broad major, and every other major direction needs to be based on basic mechanical theory and structural calculation. Industrial and civil construction needs to learn the most comprehensive mechanical theory, including structural mechanics, fluid mechanics, reinforced concrete structures, steel structures, elastic mechanics, and also need to learn some basic disciplines of other majors, such as soil mechanics, engineering geology, etc.

Most of the other majors need to be based on this and continue to derive or deepen. In terms of employment, the work of undergraduate graduates is relatively extensive, real estate, construction, design, supervision, can be engaged, but it is more difficult for undergraduate graduates to do design now, and generally better design institutes will recruit graduate students majoring in structural engineering, so if you want to enter the general architectural design institute in the future, it is recommended to choose the major of industrial and civil construction, and strive for graduate school.

I don't think the two major directions of road engineering and bridge and tunnel engineering are of much use at the undergraduate level, and they are not as systematic and detailed as the undergraduate engineering and civil engineering and engineering engineering and further study at the postgraduate level. After graduation, if you are engaged in this professional work, the employment scope is relatively narrow, and you can only go to large-scale construction units, such as China Railway and China State Construction. Many of my undergraduate graduates work as technicians on construction sites, although they are better than migrant workers, but they are still very hard.

Therefore, it is best to find a good school for graduate school and find a good tutor to study these two majors, and someone will introduce you to find a job.

In short, before choosing a major, you should first clarify what kind of work you want to engage in in the future, don't be too practical, just have ideals and hard work. It is recommended that you check the course schedule of each major and choose a major according to your needs.

At present, it seems that the employment in the direction of roads and bridges is better, but it is not necessarily, but the employment in civil engineering is very good, so there is no need to worry too much. The most important thing is interest, and it is good to work hard to become a registered engineer.

There are many majors in civil engineering, and they should be selected according to the undergraduate major combined with the examination subjects.

Tsinghua University Civil Engineering 2015 Postgraduate Admissions Brochure Enrollment Catalogue Research Direction.

01 Structural Engineering.

02 Underground structure.

03Geotechnical Engineering.

04 Seismic and explosion-resistant engineering.

05 Bridge structure.

06 Information Technology in Civil Engineering.

07 Civil Engineering Materials.

Preliminary Examination Subjects. 01-05 direction.

101 Ideological and Political Theory.

201 English I.

301 Mathematics I.

804 Structural Mechanics (with Fundamentals of Dynamics).

06 direction. 101 Ideological and Political Theory.

201 English I.

301 Mathematics I.

805 Fundamentals of CAD Technology in Civil Engineering.

07 direction. 101 Ideological and Political Theory.

201 English I.

301 Mathematics I.

806 Physical Chemistry.

Civil engineering re-engineering major research and operation.

Use mechanics, mathematics and other principles to solve the planning, design and construction of various types of engineering facilities.

Under the general trend of high degree of professional cross-fertilization and integration, the research directions involved in civil engineering are very rich, and many students who are ready to study abroad are very interested in civil engineering.

The civil engineering major is macroscopically divided into six directions: geotechnical engineering, structural engineering, municipal engineering, heating, gas supply, ventilation and air conditioning engineering, disaster prevention and mitigation engineering and protection engineering, and bridge and tunnel engineering.

Because there are many research directions in civil engineering, there are many research hotspots in each research direction, and in general, they mainly focus on materials, technology, equipment, and design.

Cost and engineering management belong to another department, not civil engineering, the degree is management, engineering, civil construction, road and bridge degrees are engineering.

This depends on the school, and the usual direction is 2 major directions.

Industrial and civil construction direction (construction engineering direction), traffic and civil engineering direction (road and bridge direction).

Traffic civil engineering is subdivided into:

Bridge engineering, tunnel engineering, road engineering and other majors).

I am studying civil engineering and am in graduate school, so if you have any questions, please feel free to communicate

Bridges, roads, geotechnical, housing construction

The major of civil engineering and copying engineering cultivates senior engineering and technical talents who master the basic theories and basic knowledge of various civil engineering disciplines, and can engage in planning, design, construction, management and research in the fields of housing construction, underground construction (including mine construction), roads, tunnels, bridge construction, hydropower stations, port and offshore structures and facilities, water supply and drainage, and foundation treatment.

There are many directions for civil engineering entrance examination: road and railway engineering, bridge and tunnel engineering (bridges and tunnels are specialized in two different directions).

Structural engineering, geotechnical engineering, municipal engineering (there are many directions, including water supply and drainage, urban flood control, municipal engineering planning and management, water treatment, etc.), disaster prevention and mitigation engineering and protection engineering (there are also many directions).

From the perspective of employment, structural engineering, railway engineering and geotechnical engineering have the widest employment range, and basically every design institute has a demand for these three majors. Bridge engineering and municipal engineering are secondary, and the employment area is also wider. The demand for disaster prevention and mitigation engineering, protection engineering and tunnel engineering is small, and only large design institutes have this professional demand.

There are many good schools for civil engineering entrance examinations, among which structural engineering and municipal engineering are very good to apply for the old eight schools, namely Tsinghua University, Southeast University, Tongji, Tianda, Xi'an University of Building Science and Technology, Chongqing University, Harbin Institute of Technology, and South China University of Technology. For transportation majors, Tongji, Beijing Jiaotong University, Central South University, Southwest Jiaotong University, and Chang'an University are all very good. Geotechnical examinations: Zhejiang University, Hohai University.

Among the two schools, Chongqing Jiaotong University, Changsha University of Science and Technology, Shijiazhuang Railway Institute and so on.

The direction of architecture is mainly structural design. Don't think it's architectural design, it's someone else's architecture department, and it has nothing to do with our civil engineering.

Career direction after graduation 1The design institute is engaged in structural design, which is reinforcement or something. 2.

Party A is also a developer, such as Vanke, Poly and other big money 3The construction party, China Construction, this kind of construction site work 4Supervising party, on-site supervision.

There's a lot to learn. I won't talk about engineering public courses. High numbers these are a must.

Then there are various mechanics, theoretical mechanics, mechanics of materials, structural mechanics, fluid mechanics, soil mechanics. And then all kinds of works, housing works, underground works, etc., etc... Basics, construction, and civil engineering materials are also naturally to be learned.

It's the direction of construction engineering, if you are employed, you can do construction, cost, structural design, architectural design, a wide range of if you want to take the cost engineer to learn this, it's good to learn this, this is not to learn engineering management, learn a lot of professional knowledge, less management knowledge!

Architectural engineer, chief engineer, architectural design, etc., there is too much to learn in this regard, building structure, site selection, building materials, etc.

Hello, I now have your question as follows.

1. Civil engineering related majors are:

Undergraduate level: 080701 Architecture.

080702 Urban planning.

080703 Civil engineering (direction: transportation construction (roads, bridges and tunnels), industrial and civil construction (housing construction), mine construction and underground engineering, etc.).

080704 Built Environment and Equipment Engineering.

080705 Water supply and drainage works.

080801 Water conservancy and hydropower projects.

080802 Hydrology and Water Resources Engineering.

080803 Port waterway and coastal engineering.

110104 Engineering Management (Engineering).

Graduate Level:

081401 Geotechnical engineering.

081402 Structural engineering (research directions: reinforced concrete, steel structure design, prestressed concrete design, ** engineering, bridge engineering, etc.).

081403 Municipal engineering.

081404 Heating, gas, ventilation and air-conditioning works.

081405 Disaster prevention and mitigation projects and protection projects.

081406 Bridge and tunnel engineering.

Specialties include: water supply and drainage, thermal energy pipelines, housing construction (industrial and civil construction), railway engineering, road and bridge technology application, light rail.

Other key universities are: Architecture.