I studied civil engineering, what should I do at university?

It's hard to say this, learning starts from the basics and comes step by step.

One thing you should pay attention to is that in school, the main thing is theory, but you must go to the actual engineering to see and practice more, otherwise, when you look for a job, you will find that you don't seem to be able to use what you have learned.

A little experience of your own for your reference.

Civil engineering is a general term for the science and technology used to construct various types of engineering facilities. It refers to the materials and equipment used and the technical activities such as survey, design, construction, maintenance and repair; It also refers to the object of engineering construction, that is, the engineering facilities built on the ground, underground, water, etc., which directly or indirectly serve human life, production, military and scientific research.

Civil engineering is a comprehensive discipline with a wide scope. With the progress of science and technology and the development of engineering practice, the discipline of civil engineering has also developed into a comprehensive system with a wide range of connotations, many categories and complex structures.

Civil engineering has developed along with the development of human society. The engineering facilities built by it reflect the socio-economic, cultural, scientific and technological development of various historical periods, so civil engineering has become one of the witnesses of social and historical development.

Civil mathematics and mechanics are the two main lines, as long as you do not change careers in the future, you will have to take this book of structural engineer or builder, and the examination is the basic and professional courses of university studies (the following lists the examination subjects for registered structural engineers).

Lay a good foundation in the freshman and sophomore years, learn mathematics, physics and chemistry and the three major mechanics (below, in the second two years, learn several major professional courses and PKPM, Tianzheng and other software.

1.High Numbers: Two Physics:

3. Chemistry: 4. Theoretical Mechanics:

5. Mechanics of Materials:

6. Fluid mechanics:

7. Building Materials:

8. Electrical Engineering:

9. Engineering Economy:

1. Computer:

Ten. 1. Structural Mechanics:

Ten. 2. Soil mechanics:

Ten. 3. Engineering Surveying:

Ten. 5. Construction:

One. Sixth, the test:

Ten. 7. Regulations:

As we all know, life on the construction site is busy, hard and boring, every morning at 7:50 o'clock, 10:30 o'clock in the evening (this is the standard time, often have to stay up until two or three o'clock or even all night), that is, the technician is also the construction officer, safety officer, data clerk, coordinator, in short, everything has to be done.

I have experienced a lot of things in the field, and I slowly think about my future development.

For example, in order for people to run with projects, work and family must be separated.

For example, I am worried about my career development with my worthless skills.

For example, the issue of the prevalence of wine culture. I haven't reached the place where I can solve it with wine, but my body has drunk.

For example, it temporarily solves the problem of financial distress at home.

For example, you can see through your future at a glance.

After thinking it through, start preparing for a career change. My suggestion is,Let's take a look at what you can't stand first, if it's a lot of work and tired, I think you should insist on looking at it, at the beginning of the work is tired at the bottom, in fact, the outside work is also tired, and the money is less if you are not tired.

Like many companies on the Internet are 996, squeeze the subway to work early in the morning, squeeze the subway home after a day's work, take a shower and look at the mobile phone at eleven or twelve o'clock when you get home, and get up early the next day. One of the advantages of the construction site is that there is no commuting, and the dormitory is two steps away from work.

If you can't stand the drift on the construction site, don't want to live on the construction site, don't want to have no life, then it depends on your view of this industry, do it for a year or two to see if you can be transferred to the agency, or submit your resume to the design institute, and there are some cost consulting companies, the experience on the construction site is still useful for job hopping, insist on a few years or can't jump out of the construction site, change your career.

If you change careers, I think it is a good choice to take the civil service and public institution examsOf course, this is quite difficult, and now you can start preparing on the construction site to see if there is a suitable job list for the national examination. You can also pay attention to the public institutions in the area where you want to apply. Then, it is also possible to be a teacher in a training institution, this is a lot of work, but it is also tiring, and it was also mentioned earlier that you can take a teacher qualification certificate next year, and then take a teacher establishment.

To sum it up before changing careers, I think so:

First, changing careers is not the end, on the contrary, it is a new beginning.

Second, there is no right or wrong way to change careers, just suit yourself.

Third, if you choose to change careers, save some more money before quitting.

Fourth, ask more seniors in the same industry, whether online or offline, you can avoid many detours.

One of the inspirations from changing careers is: if you have a problem, you should first find the answer, if you really can't find it, you must take the initiative to ask your seniors for more advice, so that you can avoid many detours. In addition, communicate with the company more about what the idea of this matter is.

Even, you can learn to program to IT, learn to transfer Internet operations, or do sales, etc.

If you don't want to go to the construction site in civil engineering, you can change your career, and you can also change your career to agriculture if you study civil engineering in college.

It's okay to find another job, or find yourself a construction supervisor so that you can sit in the office and just make occasional rounds.

University civil engineering is the study of how to apply the principles of materials, structural and environmental engineering to design, build and maintain the infrastructure in which people live and work.

University Civil Engineering includes:

1. Engineering design.

University civil engineering encompasses the design of various buildings and infrastructures, such as houses, buildings, bridges, tunnels, roads, etc. Engineering design is at the heart of civil engineering and needs to take into account various factors such as structural safety, functionality, and economy.

2. Engineering structure.

University civil engineering entails the study of the mechanical properties, load-bearing capacity, durability, and safety of various engineering structures, as well as how to design, manufacture, and install these structures. The mu rent structure is the foundation of civil engineering and plays a decisive role in the stability and safety of buildings and infrastructure.

3. Environmental engineering.

University civil engineering entails the design, construction, and maintenance of various environmental infrastructures, such as sewage treatment plants, landfills, environmental protection facilities, etc. Environmental engineering is an important direction of civil engineering, which is of great significance for the protection of the environment and human health.

Studying Civil Engineering in College Needs to Pay Attention to:

1. Pay attention to the foundation of mathematics and physics.

College civil engineering requires a lot of mathematical and physical knowledge, such as linear algebra, calculus, physics, etc. If the foundation of mathematics and physics is not solid, it will affect the ability to solve problems in subsequent learning and practice. Improve their overall quality and ability, and lay a solid foundation for future engineering practice.

2. Pay attention to practice.

College civil engineering is a highly practical discipline that requires frequent experimentation, design, and calculations. Therefore, it is necessary to pay attention to practical operation and constantly exercise one's practical ability and experimental skills. Studying civil engineering at university requires a focus on the basics of mathematics and physics, practical skills, and teamwork skills, as well as continuous learning and practice.

3. Focus on teamwork.

In the field of civil engineering, teamwork is very important. In course design, engineering practice, and work, it is often necessary for multiple people to collaborate and complete tasks together. Therefore, it is necessary to learn to cooperate with others, respect the opinions of others, communicate and coordinate effectively to achieve common goals.

First, civil engineering majors do have good employment. Judging from the current employment situation of college graduates, even the employment of three university graduates is not bad. I won't be unable to find a job because I say that the school is not good or my education is too low, and the overall employment pressure is relatively small.

Moreover, male students are more sought-after graduation. Therefore, if you want to find a job easily after graduating from university, you can choose to apply for civil engineering.

Second, the salary package of civil engineering majors is good. Since civil engineering graduates work mainly in project sites, the working environment may not be very good, so the salary package of civil engineering majors is very good. Compared with college graduates of other majors, college graduates majoring in civil engineering can easily earn a monthly salary of 10,000 yuan after graduating from college, which is incomparable with college graduates of other majors.

A: It's good to study civil engineering in college. It can not only solve the employment problem and the salary is relatively high, which is the best choice for young people to find employment.

Basic courses: College English, Advanced Mathematics, Linear Algebra, Probability Theory and Mathematical Statistics, Building Mechanics, Structural Mechanics, Civil Engineering Drawing, CAD, etc.

Main courses: Theoretical Mechanics, Mechanics of Materials, Structural Mechanics, Fluid Mechanics, Soil Mechanics, Building Materials, Concrete and Steel Structures, Housing Structures, Bridge Structures, Underground Structures, Road Survey and Design and Subgrade Pavement Structures, Construction Technology and Management. Professional Online Education:

Civil Engineering (Roads and Bridges), Civil Engineering (Railway Engineering), Civil Engineering (Industrial and Civil Construction), Civil Engineering (Engineering Management), Civil Engineering (Engineering Cost), Civil Engineering (Tunnel Engineering).

Qin Rang Wan Practical Teaching:

Including understanding practice, surveying practice, engineering geology practice, professional internship or production of sedan car internship, structural course design, graduation project or graduation**, etc.

Civil Engineering Job Prospects:

Professionals in civil engineering are spread across all fronts of national economic construction, and it can be said that without civil engineering, there would be no basic conditions for our daily life. You live'Houses, subways, venues, and places to enjoy are all closely related to civil engineering.

The construction of high-speed rail, event venues, urban rail transit, South-to-North Water Diversion and other projects is full of civil engineering graduates. Any infrastructure construction is inseparable from the wisdom of civil engineering professionals.

The employment situation over the years shows that the employment of civil engineering students rarely deviates from their own major, and it is one of the majors with the highest employment rate.

With the acceleration of urban construction and the continuous increase of highway construction, the employment situation of civil engineering majors continues to rise.

Like many practical majors, civil engineering graduates need to obtain various professional certificates, such as the national level, if they want to add weight to their own promotion in the employment process.

First and second class registered architects, national registered civil engineers, national.

Class 1 and Class 2 Registered Structural Engineers, etc. When recruiting fresh graduates, many companies will specifically mark those with relevant qualification certificates are preferred.

It's learning to build a house, going to the construction site to build a house.

Civil engineering is a general term for the science and technology used to construct various types of engineering facilities.

It refers not only to the applied materials, equipment and technical activities such as survey, design, construction, maintenance, and repair, but also to the objects of engineering construction. That is, all kinds of engineering facilities built on the ground or underground, on land or in water, directly or indirectly serving human life, production, military and scientific research, such as houses, roads, railways, pipelines, tunnels, bridges, canals, dams, ports, power stations, airports, offshore platforms, water supply and drainage and protection projects

There are civil engineering, architecture, electronic information science and technology, electronic science and technology, computer science and technology, mining engineering, mineral processing engineering.

Civil engineering is a general term for the science and technology used to construct various types of engineering facilities. It refers to the materials and equipment used and the survey, design, construction, maintenance and other technical activities carried out; It also refers to the object of engineering construction, that is, all kinds of engineering facilities built on the ground or underground, on land or in water, directly or indirectly serving human life, production, military and scientific research, such as houses, roads, railways, transportation pipelines, tunnels, bridges, canals, dams, ports, power stations, airports, offshore platforms, water supply and drainage, and protection projects.

Any old engineering facility is always inevitably subject to natural or man-made actions (customarily referred to as loads). The first is the weight and use load of the project generated by the Earth's gravity; The second is the role of wind, water, temperature, ice and snow, ** and **. In order to ensure safety, all kinds of engineering facilities must have the ability to resist the combined action of the various loads mentioned above.

The material basis for the construction of engineering facilities is land, building materials, construction equipment and construction machinery. With the help of these material conditions, it is the starting point and destination of civil engineering discipline to build engineering facilities that can not only meet people's use requirements and aesthetic requirements, but also safely bear various loads.

Architecture, broadly speaking, is the study of architecture and its environment. In general, and in the original sense of the term (from Europe to Japan to China), it refers more to the synthesis of art and technology related to architectural design and construction.

Architecture is a discipline that straddles engineering technology and the humanities and arts. In a narrow sense, it is the study of the usable space of the building, the image that can be appreciated, and a series of questions around how the space and image are generated, established, adjusted and beautified.

As a special word, "architecture" is not only the object of study of the building itself, but also the study of people's requirements for the building and how to meet it, and the corresponding planning, design, and implementation in the process of creating the building entity from scratch.

Electronic information science and technology is a major that studies the general laws and applications of electronic and electromagnetic field motion, circuit theory, information processing and transmission, etc.

It mainly studies how to apply information theory, circuit and system theory, electronic technology, computer technology, acquisition, transmission, processing and control of information, design and implementation of basic theories and methods of electronic information systems. Electronic information science and technology is a major that is closely related to production practice, has a wide range of adaptations and develops rapidly.