Basic educational system: four years | Enrollment target: | Education: technical secondary school | Professional code: 08 1802.
Training objectives
Training objectives
Training objectives: This major aims to cultivate compound talents with professional knowledge and ability in traffic system analysis and planning, traffic design, traffic engineering facilities design, construction and management, intelligent control and management of traffic system, traffic safety, etc., who can engage in advanced engineering technology and management in the fields of planning, design, construction, management and operation.
Training requirements: Students in this major mainly study the basic theory and knowledge of traffic engineering, receive basic training in planning, design, construction and operation management of traffic system, and have the above basic abilities.
Graduates should have the following knowledge and abilities:
1. Master the analysis method of traffic system problems, and master the basic theories and knowledge of traffic engineering, traffic planning and management, traffic information and control;
2 master the basic theories and methods of planning, design, construction and maintenance management of transportation and its facilities;
3. Have the basic knowledge of traffic engineering, traffic planning, traffic engineering design and traffic control system technology, be able to solve various problems in the traffic system, and have the basic ability to develop related systems;
4. Familiar with the national guidelines, policies and regulations on traffic planning, construction and operation management, and familiar with the corresponding standards and norms;
5. Understand the development trends of traffic engineering research field at home and abroad;
6. Have certain scientific research and practical work ability, and have certain critical thinking ability.
Main subjects: system engineering, traffic engineering, traffic engineering, traffic planning.
Core knowledge fields: introduction to traffic engineering, traffic engineering system analysis, structural design principle, mechanics, road engineering materials, traffic planning, traffic design, traffic civil engineering (subgrade and pavement engineering, bridge engineering, etc.). ) and traffic control and management.
Example of core courses:
Example 1: introduction to traffic (12 class hours), descriptive geometry and AutoCAD( 16 class hours), engineering survey (36 class hours), engineering mechanics foundation (16 class hours), traffic engineering foundation (32 class hours) and engineering geology (24 class hours). Civil engineering materials (32 hours), traffic planning (40 hours), traffic design (32 hours), traffic analysis (80 hours), road survey and design (32 hours), subgrade and pavement engineering (40 hours), traffic control and management (32 hours) and road traffic safety (24 hours).
Example 2: introduction to traffic engineering (bilingual) (48 hours), road building materials I(40 hours), urban master planning principle (32 hours), engineering geology (32 hours), engineering survey II (40 hours), operational research I(32 hours), traffic electronic technology foundation (48 hours), soil mechanics (48 hours) and so on. Traffic system engineering (32 hours), subgrade and pavement engineering I (48 hours), traffic planning I (40 hours), traffic engineering design (32 hours), traffic management and control (32 hours), urban road design (32 hours) and road traffic safety (32 hours).
Example 3: traffic engineering system analysis (64 hours), engineering mechanics (72 hours), engineering surveying (48 hours), road survey and design (56 hours), road engineering (64 hours), traffic engineering (56 hours), traffic planning (48 hours), traffic management and control (48 hours) and traffic engineering CAD technology (40 hours)
Main practical teaching links: cognitive practice, surveying practice, traffic engineering practice, engineering material experiment, road engineering course design, traffic analysis course design, traffic planning course design, traffic control course design, traffic design course design, professional engineering case analysis, innovative practice and graduation design.
Main professional experiments: engineering material experiment, mechanical and electrical foundation practice road engineering course design, traffic control course design, traffic analysis course design, traffic planning course design, traffic design course design, etc.
Length of study: four years.
Degree awarded: Bachelor of Engineering.
Professional ability requirements
Professional ability requirements
The main contents of professional teaching
The main contents of professional teaching
Urban rail transit vehicles, road building materials, analog and digital circuits, traffic investigation and analysis, urban rail transit communication principle, road engineering, traffic automatic control principle, road traffic management and control, traffic information system, rail transit operation and management.
Major (skill) direction
Major (skill) direction
Traffic organization: traffic planning, traffic investigation, traffic facility design, traffic facility construction, traffic road construction, traffic facility management and traffic system construction.
Example of vocational qualification certificate
Example of vocational qualification certificate
Examples of continuing learning majors
Employment direction
Employment direction
You can go to the transportation bureau or the highway bureau, but it's hard to get in if it doesn't matter. Or enter municipal companies, road and bridge construction enterprises. Some of my classmates are in the Transportation Bureau, some are designing, and some are working in the company. There are many ways out anyway. The key is to see what you learned in college. Just develop what you are interested in, maybe it will be your capital to make a living in the future. There are many things to learn in this major, but it is not very professional! So many times you have to rely on yourself. (Fujian Agriculture and Forestry University) Many students went to graduate school after graduation. Most of the students who are employed have entered the construction unit, and some students have entered the traffic planning unit. If you are not too picky about your work, employment will not be a problem. Just entering the society, you will definitely not be too satisfied. People always have to go through a process of hard work, from the grassroots to the top. A small number of students (Shandong Institute of Technology) went to the design institute, while others taught in higher vocational colleges and took the postgraduate entrance examination. Most of them are in the engineering bureau, but the situation in each school is different. (East China Jiaotong University) It depends on which school it belongs to. Some schools may go to places where roads are built, and many students may take the postgraduate entrance examination. One third of our class went to graduate school, some went to construction units, and some simply changed careers. Don't give yourself too much pressure. You can take the postgraduate entrance examination, but don't put too much pressure on yourself. If you don't pass the exam, you can work. Working for three years is not necessarily worse than the previous year. Boys are easy to find. As long as they are willing, the company near Luqiao is not bad, but a little tired. There are many girls taking the postgraduate entrance examination. If only they could work hard in Luqiao Company, they would be knowledgeable. This major can pass the Transportation Bureau and Highway Bureau. The income is not very high at first, but it will be better after a while. At first, one of my colleagues worked in Shandong Lutong with a monthly salary of 3,000 (Qingdao University of Technology). The employment situation of traffic engineering major is not so envied by the outside world. We seldom engage in the occupation we want, and the work of traffic planning is not up to a small undergraduate. But compared with some unpopular majors, we are already very good.
Corresponding occupation (post)
Corresponding occupation (post)
Other information:
Transportation majors are mathematics, foreign languages, road engineering drawing, engineering mechanics foundation, highway soil mechanics, transportation engineering, bridge and tunnel engineering, road survey and design, and traffic engineering design.
Core knowledge fields: introduction to traffic engineering, traffic engineering system analysis, structural design principle, mechanics, road engineering materials, traffic planning, traffic design, traffic civil engineering (subgrade and pavement engineering, bridge engineering, etc.). ) and traffic control and management.
Extended data:
Traffic engineering employment direction:
After graduation, students can engage in technical and management work in transportation planning, survey, design, construction, supervision and management, mainly for roads, bridges, municipal administration, urban construction, public security, railways and civil aviation, and are suitable for working in highway bureaus, transportation bureaus, municipal councils, construction bureaus, design institutes, expressway construction companies and expressway maintenance companies; Traffic management departments and other units can also work in scientific research and teaching units or continue their studies.