Degree awarding category: engineering
Study time: 4 years
1, culture target
This major has a broad foundation in information and communication engineering, control science and engineering, computer science and technology. It has mastered the basic theories and technologies in data acquisition, transmission and processing, electronic equipment and information systems, received basic training in the analysis, design and practice of electronic and information engineering, mastered the analysis and application technologies of modern rail transit train automatic control system and modern communication system, and can be engaged in the technical development and application of urban rail transit communication, signals and systems in the first line of industrial production.
Step 2: Main course
Advanced mathematics (1), general physics (1), circuit analysis, analog circuit, digital system and logic design, signal and system, digital signal processing, high-frequency circuit, electromagnetic field and electromagnetic wave, microwave technology and antenna, microcomputer principle and interface technology, communication system principle, wireless communication, information theory and coding, automatic control principle, computer communication and network.
3. Employment prospects
This major focuses on the latest development in the field of rail transit communication and signal, and trains students to have good computer software and hardware application development ability and strong work adaptability. Graduates are mainly engaged in the technical and management work related to electronic information science in urban rail transit. Discipline category and specialty category: engineering
Degree awarding category: engineering
Study time: 4 years
1, culture target
This major trains senior technical talents with knowledge of operational research, management and transportation operation management, who can engage in transportation organization, command and decision-making, production and operation management of urban rail transit engineering enterprises in urban rail transit management departments, operating enterprises and other units.
Step 2: Main course
Operational research, management, transportation economics, principle and structure of rail transit vehicles, introduction to rail transit engineering, basic industrial engineering, human factors engineering, management information system, rail transit fault diagnosis and maintenance, urban rail transit planning, financial management, logistics planning and management, etc.
3. Employment prospects
Students in this major have a solid theoretical foundation and strong practical ability in rail transit operation, ticketing, station service, investment and financing. After graduation, I will mainly engage in the design, planning and management of urban rail transit operation. Discipline category and specialty category: engineering, environment and safety.
Degree awarding category: engineering
Study time: 4 years
1, culture target
This major is an interdisciplinary subject related to rail transit, safety engineering, environmental engineering, chemistry, biology, management and sociology. This major trains comprehensive professionals with basic knowledge of rail transit safety science, environmental protection and related management knowledge. Graduates will have the basic skills to solve safety and environmental problems and their management quality, and master accident prevention and management methods related to safety and environment, which can effectively prevent accidents, reduce environmental pollution, and control losses and deal with environmental pollution after accidents. Cultivate students' ability to analyze and solve practical problems, and be competent for all work in the field of "safety and environmental management" of urban rail transit.
Step 2: Main course
Advanced mathematics (1), general physics (1), university chemistry, safety science, chemical safety, safety principle, environmental engineering, pollution control technology, environmental management and regulations, environmental planning, safety evaluation, safety system engineering, physical contamination control, safety management, safety engineering, safety control experiment, environmental pollution control experiment, engineering drawing, etc.
3. Employment prospects
Students in this major are familiar with urban rail transit safety and environmental management, and have basic knowledge of rail transit safety science, environmental protection and related management knowledge. Urban rail transit construction projects have solid professional knowledge, solid basic theory, extensive knowledge structure, strong practical ability, and strong engineering analysis and practical problem solving ability. Graduates will mainly engage in research and development, design, maintenance and management of public safety and environmental protection related to rail transit engineering systems. Discipline category and specialty category: engineering and electrical information category.
Degree awarding category: engineering
Study time: 4 years
1, culture target
This major is a wide-caliber major integrating control science, engineering and electrical engineering. This paper mainly studies the basic principle of electric drive and control of locomotive operation, the design and maintenance of urban rail transit power supply and distribution system, the collection and comprehensive processing of train operation related data, grasps the use, maintenance and design of modern rail transit train operation automatic control system, and cultivates senior engineering and technical personnel who can ensure the stable and safe operation of urban rail transit power supply and distribution system and train automatic control system and have research and development ability.
Step 2: Main course
Modern engineering drawing, circuit analysis, electronic technology foundation, automatic control principle, motor and electric drive, urban rail transit power supply and distribution technology, power electronics technology, computer principle, computer control technology, database principle, sensor and detection technology, urban rail transit overview, rail transit vehicle structure and principle, rail transit vehicle electrical system fault diagnosis, urban rail transit traction and control, rail transit operation management, etc.
3. Employment prospects
This major adapts to the rapid development of electromechanical equipment in modern urban rail transit. Students have solid theoretical knowledge of urban rail transit and professional knowledge, professional skills and practical ability related to mechanical and electrical equipment. After graduation, I mainly engaged in the applied technical work of operation, operation, overhaul, maintenance and management of electromechanical technology and its equipment of urban rail transit. Discipline category and specialty category: construction machinery category.
Degree awarding category: engineering
Study time: 4 years
1, culture target
This major trains applied senior engineers who have the basic knowledge and application ability of mechanical and electronic engineering, pay attention to the combination of mechanical engineering with automation technology, computer technology and electronic information technology (mechatronics technology), master the basic theory of urban rail transit, the principle and structure of vehicle engineering and the professional knowledge of rail transit transportation process management, and can meet the needs of the development of rail transit vehicle engineering in first-tier cities in industrial production.
Step 2: Main course
Modern engineering drawing, theoretical mechanics, material mechanics, mechanical design, electrical and electronic technology, power electronic technology, computer principle and application, innovation principle and its application, introduction to urban rail transit, structure and principle of rail transit vehicles, fault diagnosis and treatment of rail transit vehicles, design and manufacturing basis of rail transit vehicles, operation control basis of urban rail transit, operation management of rail transit, etc.
3. Employment prospects
This major is close to the needs of the development of modern urban rail transit, and the knowledge structure of students covers mechanical and electrical and vehicle systems and other professional fields. Solid theoretical knowledge, strict practical training, strong professional skills, strong adaptability and competitiveness, and wide employment. Graduates will mainly engage in the research and development, maintenance and operation management of rail transit vehicles. Discipline category and specialty category: engineering category
Degree awarding category: engineering category
Study time: 4 years
1, culture target
This major trains senior professionals with modern management theory foundation, computer science and technology knowledge and application ability, master basic knowledge of system theory and optimization theory, operational research and statistics, be able to design and optimize line operation system, and implement information system analysis and management in urban rail transit management departments at all levels.
Step 2: Main course
Advanced mathematics (1), data structure, management principle, accounting, operational research, management, transportation economics, operating system, information system analysis and design, rail transit operation management, computer communication and network, rail transit operation management, etc.
3. Employment prospects
Students in this major have a solid theoretical foundation and strong practical ability in rail transit operation, ticketing, station service, investment and financing. After graduation, I will mainly engage in the technical and management work in the field of urban rail transit operation. Discipline category and specialty category: engineering and civil engineering.
Degree awarding category: engineering
Study time: 4 years
1, culture target
This major trains high-quality professionals with solid discipline foundation, wide professional knowledge, strong adaptability and practical ability. After graduation, senior technical personnel can be engaged in the regulation, monitoring and control of underground building environment (such as urban rail transit environment) and the planning, design, installation, operation and management of underground related equipment and systems, and can be engaged in the design and maintenance of underground ventilation and air conditioning control systems.
The employment direction of graduates can be oriented to the installation, operation and management of equipment in urban rail transit, large shopping malls, clubs, civil air defense projects and underground and tunnel projects. You can also enter universities or research institutes in related fields to engage in scientific research.
Step 2: Main course
General physics, mechanical design foundation, engineering fluid mechanics, engineering thermodynamics, heat transfer, HVAC, indoor pollution control and air quality, ventilation and air conditioning airflow control technology, building environment detection, building fire safety engineering.
3. Employment prospects
Students in this major have professional knowledge of urban rail transit construction engineering, solid basic theory, extensive knowledge structure, strong practical ability, and strong ability of engineering analysis and solving practical problems. Graduates will be mainly engaged in R&D, technology and management in the construction, overhaul and maintenance departments of rail transit engineering systems.
(The above information is taken from official website 20 13).