Railway traffic and signal major?

(1) What is the employment prospect of the major of rail transit signal and control? What qualifications did you get after graduation?

The major of rail transit signal and control is a national major, and the first-class discipline of traffic engineering and two disciplines of traffic information engineering and control are all authorized by doctors and masters. This major trains basic theories, professional knowledge and basic skills in automatic control theory, rail transit control technology, computer principle and application technology, sensor and detection technology, programmable controller principle and application, power electronics technology, and information and control professionals in high-speed railway, passenger dedicated line, existing railway, subway and urban rail transit, so as to adapt to the rapid development of rail transit in China and the urgent demand for railway signal technology and management talents. [2] Graduates can engage in system operation, automatic control, information processing, experimental analysis, R&D and design, operation and maintenance management, etc. In railway, urban rail transit, electronics, information, instrumentation and other fields. , as well as teaching and research in universities and research institutes.

2 professional history editor

That is, the electrical engineering department, one of the first five departments established when the former railway signal major, automation (automatic control) major and Lanzhou Railway Institute (now Lanzhou Jiaotong University) 1958 was founded, enrolled the first batch of undergraduate students majoring in communication and signal and students majoring in electric locomotive. 1977 After the Cultural Revolution, the enrollment of colleges and universities resumed nationwide, and the Department of Electrical Engineering continued to recruit students majoring in wired communication and railway signal. 1992 The Ministry of Education has formulated a catalogue of enrollment by specialty category, and the two undergraduate majors of Railway Signal and Automatic Control in the Department of Telecommunications have been merged into the automation category, and enrollment is based on automation specialty. 1993 the original railway signal specialty was renamed as automatic control specialty, and the original automatic control specialty was renamed as industrial automation specialty, which was called automation specialty for short. On September 20 12, it was renamed as Rail Transit Signal and Control. (The fourth revision of the undergraduate professional catalogue of ordinary colleges and universities, professional code 080802T)[3]

3 main course editor

Circuit analysis, electronic technology, computer technology (language, software foundation, hardware foundation, single chip microcomputer, etc. ), microcomputer principle and interface technology, automatic control theory, signal and system analysis, computer network, electromagnetic compatibility and reliability theory, railway signal operation basis, signal basic equipment principle, station signal automatic control, interval signal automatic control, railway signal remote control, train operation control system, marshalling station integrated automation, computer interlocking system, city

4 Employment direction editor

This major has distinctive national industry demand characteristics and a relatively perfect training system. Graduates are mainly engaged in the research, design, development, system integration, construction and management of information and control in high-speed railways, existing railways, subways and urban rail transit, and railways in factories and mines. Graduates can engage in technical development and management, engineering design and equipment maintenance in railway bureaus, urban subway companies and local railway companies in various countries, [2] and play an important role in railway industry-related research institutes, design institutes, railway bureaus, engineering bureaus, subway companies, signal factories, related research and development units (such as China Hao Tong Stock Company, Railway Academy, Casco, Hollysys and Alstom) and schools. [4]

(2) Is the railway signal major good for employment?

If you don't have a family background and rely on your own skills, it is difficult for you to join the State Railway Administration to engage in signal management. At least you are a graduate of Southwest Jiaotong University, Beijing Jiaotong University and even Lanzhou Jiaotong University and shijiazhuang tiedao university.

(3) What is the difference between railway communication signal and communication technology specialty?

Second, the training objectives:

This major trains advanced technical application-oriented talents who meet the requirements of China's socialist modernization, develop morally, intellectually, physically and aesthetically, master the necessary cultural and scientific knowledge and railway signal professional knowledge, and have the ability to engage in signal equipment operation and maintenance, building installation and overall design in production, service, technology and management departments.

Three. scope of business

Graduates of this major are mainly engaged in railway signal technology in railways (including state-owned railways, local railways and urban railways), underground railways, urban rail transit, railway engineering and other departments, and their business scope is:

1. Engaged in signal equipment maintenance and technology development.

2. Engaged in signal equipment engineering construction and maintenance.

3. According to the needs of work and personal quality, you can also engage in business management, production management, technical management and other work in related enterprises, and you can also engage in engineering design work in railway design units.

Communication technology specialty is a compound specialty combining communication technology, electronic technology and computer application technology. Cultivate applied high-tech talents who can develop morally, intellectually, physically and aesthetically in an all-round way, meet the needs of socialist modernization, master the necessary theoretical knowledge of communication technology, electronic technology and computer application technology involved in the field of communication systems, have strong professional skills, extensive adaptability and good basic quality, and can actually operate, test, maintain and manage communication equipment and systems to make them run normally. The employment direction is mainly for operators and production enterprises in the communication, electronics and information industries, engaged in research, design, development, operation and technical management of communication equipment, electronic equipment, systems and networks, as well as technical work such as marketing, assembly, debugging, maintenance and testing of communication equipment. Market-oriented, expanding students' employment as the principle. Mainly includes the following aspects:

First: processing and manufacturing: This is mainly to train high-quality skilled workers who understand technology and principles on the front line for all kinds of communication and electronic product manufacturing enterprises. The quality of China's finishing manufacturing industry is not high in the world level, mainly

Communication technology major is because the domestic front-line workers have low cultural quality and only know how to operate and don't understand technology. Therefore, the employment prospects in this area are the most promising.

2. General Manager: The staff at this level is the general manager of the enterprise or department, maintaining and managing the communication and network equipment of the unit. This part of the work requires students to have a deep understanding of the basic knowledge of communication and be able to independently maintain and manage equipment. Can provide good communication technical support for the unit. Third: Communication Engineer: This level requires students to fully grasp the basic knowledge of communication and be able to install, debug, maintain, upgrade and improve communication equipment. Can participate in the design and development of new communication equipment. Understand the development frontier of this major, and have certain scientific research and practical work ability. main course

English, advanced mathematics, computer culture foundation, C language, engineering mathematics, circuit, electronic technology, signal and system, communication electronic circuit, computer principle and interface, digital signal processing, communication principle, electronic design automation, electronic measurement technology, optical fiber communication technology, program-controlled exchange technology, computer network and communication, mobile communication system and terminal equipment, communication network, access network technology and other courses. Thank you for your adoption, Sister Lu. All the above are silent answers. Haha,,,,,. . . .

(4) What is the postgraduate major corresponding to railway communication signal and automation (traffic signal and control)?

information technology

5] What kind of rail transit signal and control major belongs to?

The major of rail transit signal and control belongs to the major of engineering automation.

[6] Employment direction of rail transit signal and control specialty

This major has distinctive national industry demand characteristics and a relatively perfect training system. Graduates are mainly engaged in the research, design, development, system integration, construction and management of information and control in high-speed railways, existing railways, subways and urban rail transit, and railways in factories and mines. Graduates can engage in technical development and management, engineering design, equipment maintenance and other work in state-owned railway bureaus, city subway companies, local railway companies and other departments, and play an important role in railway industry-related research institutes, design institutes, railway bureaus, engineering bureaus, subway companies, signal factories, related research and development units (such as China Hao Tong Co., Ltd., Academy of Iron Sciences, Casco, Hollysys and Alstom) and schools.

The difference between signal and control major of rail transit and transportation major was once made.

Rail transit signal and control is power electronics.

Transportation majors tend to be organized and managed.

Which is better for employment, the railway communication and signal major or the railway traffic operation and management major?

I personally feel the same way. I will come into contact with my colleagues who drive cars at work now. I think their work is very complicated. I answer a lot about the types of driving, some of which are still dangerous. I have less contact with the signals, so I am not very clear. However, if you are a worker, you are very hard and tired everywhere. If you want to be red, I think as long as you can get into the railway, there is nothing that is not red, because what you pay is similar to what you get.

What is the employment prospect of railway signal automatic control specialty?

The major of rail transit signal and control is a national major, and the first-class discipline of traffic engineering and two disciplines of traffic information engineering and control are all authorized by doctors and masters.

With the development of socialist market economy, the employment system of employers has changed, the supply and demand of talents have changed fundamentally, and the quality requirements of skilled talents are getting higher and higher. Enterprises need employees who can directly enter the production line and require graduates to work immediately after leaving school. As far as railway signal specialty is concerned, graduates are mainly oriented to national railways, local railways, urban rail transit, railway engineering bureau, signal equipment production and other departments.

1. Training objective: to train advanced technical application-oriented professionals engaged in the maintenance, management and application development of railway communication signal equipment.

2. Core courses: circuit foundation, electronic circuit, signal and system, microcomputer principle and interface technology, computer communication, station signal, interval signal, hump signal, signal power supply, measurement and processing of railway signal remote control signal, electrical fitter, welder practice, station and interval signal course design, electrical centralized design and construction practice, signal specialty practice, graduation comprehensive training, etc. , as well as the main characteristic courses and practical links of each school.

Employment orientation: Graduates can engage in system operation, automatic control, information processing, experimental analysis, R&D and design, operation and maintenance management, etc. In railway, urban rail transit, electronics, information, instrumentation and other fields. , as well as teaching and research in universities and research institutes.

⑽ How about the major of rail transit signal and control?

Rail Transit Signal and Control Specialty

This major trains high-end skilled professionals with strong theoretical knowledge of basic structure, working principle, technical conditions, maintenance standards and construction technology of urban rail transit signal equipment, strong practical skills of installation, debugging, daily maintenance, troubleshooting and maintenance of urban rail transit signal equipment, good professional ethics and career development foundation.