1. planning and design: urban rail transit engineering technology carries out the planning and design of urban rail transit network through the analysis of urban traffic conditions, population flow and other data. This includes the selected route, site location, vehicle scheduling, etc.
2. Construction: Urban rail transit engineering technology is responsible for the construction process of rail transit lines and stations, including the construction of underground tunnels, ground tracks, station structures, electrical systems and communication signals.
3. Power supply system: Urban rail transit engineering technology involves the design and construction of power supply system, including power equipment, power supply lines and power distribution systems. To ensure the stability and safety of rail transit power supply.
4. Communication signal: The engineering technology of urban rail transit includes the design and construction of rail transit communication signal system to ensure the communication and management between vehicles, as well as the effective operation of signal lights and dispatching systems.
5. Train operation control: Urban rail transit engineering technology involves the design and construction of train operation scheduling and control system to ensure the safe, efficient and punctual operation of vehicles.
6. Environmental protection: Urban rail transit engineering technology is committed to reducing the impact on the environment, including technical application and research in noise control and waste gas emission control.
Employment direction of urban rail transit engineering technology
Urban rail transit engineering technology takes urban rail transit engineering construction technology and management positions as the basic employment goals, builders, surveyors, supervisors, testers and cost engineers as the main employment positions, and grass-roots management positions such as project managers and project technical leaders as the employment development goals. Through vocational study and training, students are trained to master various common construction technologies of urban rail transit projects and have high-quality technical and technical talents with strong construction organization and management capabilities.
Engaged in rail transit network planning, site design, vehicle organization and scheduling in urban planning and transportation planning institutions, design institutes, consulting companies and other units. Participate in the construction and management of urban rail transit projects, including line construction, equipment installation, construction progress and quality control.