What courses do the road and bridge engineering majors mainly study?

The main professional courses are: road and bridge drawing and mapping, highway CAD drawing, highway engineering geology and bridge hydrology, engineering mechanics, structural mechanics, road engineering survey, basic engineering, road survey and design, subgrade and pavement engineering, bridge engineering, highway construction organization design and highway engineering budget. There are also courses such as road building materials, structural design principles, soil mechanics and foundation, bridge foundation engineering, bridge engineering quota and budget, bridge construction technology and organization, civil engineering project management, graduation design and graduation practice.

What courses do the road and bridge engineering majors mainly study?

Core courses and main practical links of road and bridge engineering technology specialty;

Road engineering drawing, engineering mechanics, soil mechanics and foundation, hydraulics and hydrology, highway building materials, engineering geology, road engineering, bridge and culvert engineering, road and bridge engineering measurement and pricing, road and bridge engineering construction technology and construction organization, road building materials, road survey technology, highway maintenance and management, road and bridge engineering bidding and contract management, post operation training, course design, engineering practice, post practice, etc. , as well as the main characteristic courses and practical links of each school.

Road and bridge engineering technology is a major under the professional catalogue of higher vocational colleges, which has a college level and a three-year academic system. It is mainly offered in institutions with outstanding characteristics of traditional civil engineering (such as Shanxi Vocational College of Water Conservancy, Anhui Vocational College of Water Conservancy and Hydropower, Fujian Vocational College of Shipping and Communications (formerly Fujian Vocational College of Communications), Zhejiang Vocational College of Communications, Nanjing Vocational College of Communications, Shijiazhuang Vocational College of Engineering, Anhui Vocational College of Communications, Hunan Vocational College of Communications, Sichuan Vocational College of Communications, Sichuan Institute of Architecture and Technology, Mianyang Vocational College of Communications, Jinan Vocational College of Engineering and Sichuan Vocational College of Water Conservancy. ).

This major is to cultivate high-tech application-oriented professionals who master the basic theory and knowledge of road and bridge engineering, have the ability of on-site construction technology and project management of road and bridge engineering, and engage in front-line technology and management of road and bridge engineering. Professionals can engage in road and bridge engineering construction technology and management, quality management, safety management, data management, engineering cost calculation, construction supervision and other professional work.

Employment direction:

Graduates are oriented to enterprises and institutions related to highway traffic construction, municipal engineering construction and railway engineering construction, and are mainly engaged in professional and technical management work such as road and bridge engineering survey and design, construction management, test and detection, engineering supervision, cost consultation and maintenance management. Such as highway traffic survey and design units, road and bridge construction enterprises, municipal engineering companies, supervision enterprises, city and county transportation bureaus, highway bureaus, etc.

What courses do road and bridge engineering majors mainly study?

Main course:

Engineering drawing, engineering survey, engineering mechanics, engineering geology, building materials, road survey design and lofting, subgrade construction and detection, pavement construction and detection, foundation construction and detection, bridge construction and detection, bridge design and structure calculation, engineering cost and bidding, road construction organization and management, railway line, railway engineering construction, engineering supervision, etc.

Training objectives:

Cultivate high-end skilled talents who have the necessary cultural basic knowledge and professional theoretical knowledge of road and bridge engineering technology, master the post ability and professional skills required by this major, and meet the first-line needs of highway bridge survey and design, construction management, test and inspection, and maintenance management.

(3) Extended reading in the course of roads and bridges.

Open institutions:

Shandong Communications Vocational College, Jinan Engineering Vocational and Technical College, Hebi Vocational and Technical College, Anyang Vocational and Technical College, Inner Mongolia Communications Vocational and Technical College and Nanyang Vocational College. Pingdingshan industrial vocational and technical college.

Employment direction:

Graduates are oriented to enterprises and institutions related to highway traffic construction, municipal engineering construction and railway engineering construction, and are mainly engaged in professional and technical management work such as road and bridge engineering survey and design, construction management, test and detection, engineering supervision, cost consultation and maintenance management. Such as highway traffic survey and design units, road and bridge construction enterprises, municipal engineering companies, supervision enterprises, city and county transportation bureaus, highway bureaus, etc.

Road and bridge engineering technology (direction of bridge and tunnel construction) is about design, so it is better to talk about what courses to take in detail.

Depends on what stage you belong to. If it is a basic course, I will study mathematics, theoretical mechanics, material mechanics, structural mechanics, fluid mechanics and other mechanics. Professional aspects are structural design principles, bridge construction and management, and bridge aesthetics. ....

Civil engineering, building structure direction and road and bridge direction, which two directions are better for girls? What courses and career directions are there?

Select the structure. If you come out to do budget or construction organization design, you'd better go to the design institute. Girls are not suitable for building because it is hard and unsafe. Ha ha.

What courses are there for roads and bridges?

Engineering mechanics, engineering drawing, rock and soil, hydraulic hydrology of bridges and culverts, surveying, road engineering, traffic engineering, bridge engineering, engineering CAD, survey and design, I only remember so much about my major two years ago, and it seems that the advanced English computer has only been in operation for one year.

It seems that drawing, mechanics, measurement and CAD are used more now.

What books can I read in the direction of roads and bridges for civil engineering majors?

Main subjects: mechanics, civil engineering, hydraulic engineering.

Main courses: engineering mechanics, fluid mechanics, geotechnical mechanics, foundation and foundation, engineering geology, engineering hydrology, engineering drawing, computer application, building materials, concrete structure, steel structure, engineering structure, water supply and drainage engineering, construction technology and management.

The main practical teaching links include engineering drawing, cognitive practice, surveying practice, engineering geology practice, professional practice or production practice, structural course design, graduation design or graduation thesis, etc. , generally arranged in about 40 weeks.

Main professional experiments: material mechanics experiment, building material experiment, structure experiment, geotechnical experiment, etc.

What are the specialized courses of civil engineering (road and bridge direction)

Traffic engineering, subgrade and pavement, road survey and design, bridge engineering, foundation engineering, soil mechanics, engineering geology, engineering economy and three major mechanics (structural mechanics, material mechanics and theoretical mechanics) are all basic courses, and (design principles of steel bridges, hydrology of bridges and culverts, prestressed bridges, computer calculation of bridges, construction and supervision) may appear as elective courses in some schools.

Make clear the order of the introductory course of civil engineering road and bridge direction

1, most courses actually have little to do with construction, so you can consider deleting some contents when you study by yourself;

2. Specialized courses are generally divided into basic technical courses and specialized courses. Of course, knowing the basic content is better, and the professional courses are similar. But if we don't design, many formulas and calculations can be ignored, and we may only need to understand some of them.

3. Overall order, as several other friends said, the curriculum arrangements in colleges and universities are basically the same. What needs to be said is that ordinary undergraduate colleges and higher vocational colleges are not exactly the same now, and the syllabus requirements of higher vocational colleges are also different, so the result of the reform is that many courses in higher vocational colleges are arranged according to the construction order, while the traditional teaching installation is based on design. This is the difference. For example, in the simplest case, the design starts from the elevation and length of the bridge deck and ends with the foundation. However, the structure is just the opposite. The so-called high-rise building starts from the ground, and the construction starts from the foundation and ends at the bridge deck.

Although mechanics is a compulsory course for studying civil engineering, if you don't engage in design, you don't need to look at the most difficult part, and you can talk about it if necessary. You don't need to learn anything like hydraulics, but the hydrological part can simply understand what it is for. If you don't want to know about design, you can still not learn it for the time being. The same is true of mathematics, soil quality, soil strength and even structural design. Look at the demand and see if you can read the book. If it is the need of the exam, you must study. Otherwise, you can understand. Don't rush to get these theories and calculations.

5. It is suggested to study according to the needs of your current work, such as surveying, such as bridge and culvert construction technology, such as subgrade and pavement construction technology, and study together with specifications and teaching materials. If you don't understand, you'd better look up the book in combination with the construction plan at work.

6. It is still difficult to learn a lot of professional knowledge by yourself. Try to find more photos, videos and other auxiliary materials, or consult professional students. After all, there is more contact and communication.

Courses in the direction of roads and bridges in civil engineering

Sophomore and junior students mainly study professional basic courses, such as theoretical mechanics, material mechanics, architectural drawing, soil mechanics, basic engineering, engineering cost, engineering geology and so on. The first batch of specialized courses in the direction of roads and bridges are road survey and design, hydrology of bridges and culverts, structural mechanics, specialized foreign language steel structure and concrete design principles, which will be studied in the next semester of junior year. The first two courses are very basic and theoretical, and structural mechanics and reinforced concrete structure design are very practical. My senior year mainly studies the construction cost of subgrade and pavement bridge engineering. The civil engineering construction in these four doors is very helpful for you to engage in road and bridge construction, and bridge engineering is very helpful for you to engage in bridge design, so I suggest that if you are engaged in construction, read the book Civil Engineering Construction. If you can really keep reading, then read this book and look at the roadbed and pavement. If you feel that you can't persist, just look at the construction. If you are engaged in the direction of road design, it is suggested to find a topographic map and make a road by weft according to the road survey and design book. You don't need to read this book carefully If you are engaged in bridge design, it will be very troublesome, including material mechanics, structural mechanics, foundation engineering, hydrology of bridges and culverts, structural design principles and so on. What I hate most is that you have to study Dr. Bridge. I wonder what the landlord is doing. Design and construction are different, hehe, I can only say so much for the time being, I hope I can help you.