Discipline and Specialty of School of Civil Engineering and Architecture, Chongqing Jiaotong University

Professional orientation: This major is based on the needs of civil engineering construction and development, facing various civil engineering facilities such as geotechnical engineering, road and bridge engineering, tunnel engineering, etc., taking civil engineering as the background, focusing on the basic theory and engineering quality education of civil engineering research, design, construction, management and maintenance, and adapting to the needs of modern large-scale civil engineering development. Construction of civil engineering specialty with distinctive industry characteristics and national advanced level.

Training objective: To cultivate senior professionals who meet the needs of socialist modernization, develop morally, intellectually and physically in an all-round way, master solid theoretical knowledge of mathematics and mechanics and extensive professional knowledge, have strong foreign language and computer application ability, and have the ability to independently engage in planning, design, construction, management and scientific research of road tunnel engineering and underground space engineering.

Core courses: descriptive geometry and engineering drawing, theoretical mechanics, material mechanics, structural mechanics, elastic mechanics, soil mechanics and foundation engineering, rock mechanics, engineering geology, engineering survey, structural design principle, structural finite element, geotechnical engineering survey and testing technology, foundation treatment, retaining structure and slope engineering, foundation pit engineering, road engineering, bridge engineering, pile foundation engineering, tunnel engineering, road interchange planning and design, special subgrade.

Employment service direction and main work: graduates are mainly engaged in planning, design, construction supervision, quality inspection, scientific research management, geotechnical engineering, urban underground space development, municipal infrastructure construction, urban rail and other enterprises and institutions and universities. Training objective: Senior engineering and technical personnel who are proficient in basic knowledge of civil engineering, inspection and maintenance skills and strong practical ability, and engaged in inspection of civil engineering materials, inspection and maintenance of engineering structures, and engineering quality control.

Main courses: mechanics of materials, structural mechanics, theoretical mechanics, elasticity, bridge engineering, measurement theory and technology, structural test and detection technology, road engineering, tunnel engineering, architectural architecture, bridge detection and evaluation, civil engineering structural analysis, structural reinforcement materials and technology, bridge reinforcement and transformation, structural reliability appraisal technology, road and bridge maintenance technology, introduction to engineering disasters and prevention, structural cracks and control, bridge construction control technology, road detection.

Employment service direction: management departments at all levels of the Ministry of Communications and the Ministry of Construction, provincial and municipal transportation departments (bureaus), construction departments, highway bureaus, construction supervision, quality inspection, scientific research and management of highway, urban road and rail transit construction industries, and colleges and universities.

Mainly engaged in work: engaged in engineering material testing, structural testing and maintenance, geotechnical engineering testing and maintenance technology, quality management, etc. Training objective: to train senior professionals who meet the needs of modernization and rapid development of science and technology, have all-round development in morality, intelligence, physique and aesthetics, have solid theoretical knowledge of mathematics and mechanics and extensive professional knowledge, and have the ability to engage in planning, design, construction, management and scientific research of bridge and tunnel engineering and underground space and engineering.

Main courses: advanced mathematics, theoretical mechanics, material mechanics, structural mechanics, elastic mechanics, soil mechanics, rock mechanics, engineering geology, civil engineering materials, engineering survey, structural design principles, basic engineering, structural finite element, road planning and design, urban subway planning and design, bridge engineering, tunnel engineering, slope engineering and protection, pile foundation engineering, underground structure design principles, etc.

Employment service direction: management departments at all levels of the Ministry of Communications and the Ministry of Construction, provincial and municipal transportation departments (bureaus), construction departments, municipal bureaus, highway bureaus, planning, design, construction supervision, quality inspection, scientific research and management of highway and urban roads and urban underground space construction industries, and colleges and universities.

Main work: urban underground space development, municipal infrastructure construction, urban rail transit, underground resources development and environmental construction, planning, design, construction, supervision, quality inspection, scientific research, teaching and management of highways and urban roads. Professional orientation: This major is based on the needs of civil engineering construction and development, facing various civil engineering facilities such as tunnels, underground, road and bridge engineering, and focusing on the basic theory and engineering quality education of civil engineering research, design, construction, management and maintenance to meet the needs of modern large-scale civil engineering development. Construction of civil engineering specialty with distinctive industry characteristics and national advanced level.

Training objective: To cultivate outstanding talents who can meet the needs of socialist modernization and rapid development of science and technology, develop morally, intellectually and physically in an all-round way, master solid basic theories of mathematics and mechanics and extensive professional knowledge, have strong foreign language and computer application ability, and have the professional knowledge and strong ability to independently engage in the planning, design, construction, supervision and maintenance of tunnels and urban rail transit projects and related roads and bridges.

Core courses: descriptive geometry and engineering drawing, theoretical mechanics, material mechanics, structural mechanics, elastic mechanics, engineering survey, engineering geology, soil mechanics and basic engineering, structural design principle, rock mechanics, building materials, application of finite element method, tunnel engineering, underground building structure, bridge engineering, underground engineering construction and organization management, tunnel ventilation and operation management, blasting engineering and foundation pit engineering (in which enterprises study for one year).

Employment service direction and main work: graduates are mainly engaged in the planning, design, construction supervision, quality inspection, scientific research and management of highways, urban rail transit, bridge engineering, highway and urban road and rail transit construction, and other enterprises, institutions and universities. Training objectives: to train people to meet the needs of socialist modernization and the rapid development of science and technology, to develop morally, intellectually, physically and aesthetically in an all-round way, to obtain basic training for engineers, to master solid basic theories and knowledge of mathematics and mechanics, to have the ability of project planning, design, construction, supervision, scientific research and management of building structural engineering, to meet the requirements of building structure, underground building structure, bridge structure and other fields, and to have strong foreign language and computer application ability and comprehensive quality.

Main courses: advanced mathematics, English, engineering drawing and descriptive geometry, theoretical mechanics, material mechanics, structural mechanics, elasticity mechanics, surveying, engineering geology, soil science and basic engineering, structural design principles, steel structure, building structural engineering, bridge engineering, construction economics, civil engineering construction organization and management, high-rise buildings, etc.

Employment service direction: students in this major have wide adaptability. After graduation, I can work in various engineering design and research units, construction enterprises, engineering management departments, foreign engineering contracting companies, traffic engineering departments and real estate departments.

Engaged in main work: building structure, underground building structure, bridge structure design, construction management, supervision, real estate development engineering and project management, as well as teaching and scientific research of building engineering. Training objectives: to meet the needs of socialist modernization, master solid theoretical knowledge of mathematics and mechanics, extensive professional knowledge and certain humanistic qualities, obtain basic training for civil engineers, have strong foreign language and computer application ability, and have the ability to independently engage in planning, design, construction, management and scientific research of large and medium-sized bridge projects.

Main courses: advanced mathematics, English, engineering drawing and descriptive geometry, theoretical mechanics, material mechanics, structural mechanics, elasticity mechanics, surveying, engineering geology, soil science and basic engineering, hydrology of bridges and culverts, structural design principles, bridge engineering, steel bridges, computer calculation of bridge structures, reinforcement and reconstruction of old bridges, construction economics, organization and management of bridge construction, etc.

Employment service direction: management departments at all levels of the Ministry of Communications and the Ministry of Construction, provincial and municipal transportation departments (bureaus), construction departments and highway bureaus, planning, design, construction supervision, quality inspection, scientific research and management of highway, urban road and rail transit construction industries, and universities.

Main jobs: traffic or municipal administration departments at all levels, survey and design units, construction units, supervision units, scientific research institutes and institutions of higher learning. Training goal: to train senior engineering and technical personnel in highways, urban roads, ordinary bridges and tunnels. Through studying in school, master the basic theories and skills of road infrastructure design, construction, supervision, maintenance and management.

Main courses: theoretical mechanics, structural mechanics, material mechanics, soil mechanics, hydraulics, engineering surveying, engineering geology, structural design principles, basic engineering, road survey and design, subgrade and pavement engineering, bridge engineering, tunnel engineering, traffic engineering, etc.

Employment service direction: administrative departments at all levels, such as the Ministry of Communications, the Ministry of Construction, the Ministry of Railways, provincial and municipal transportation departments (bureaus), construction departments, highway bureaus, highways, urban road and rail transit construction industries, and universities.

Main work: survey, design, construction, supervision, quality inspection, management, scientific research and professional teaching in civil engineering, transportation and other fields. Professional orientation: this major is based on civil engineering and takes roads and bridges as the background. Focusing on the basic quality education of civil engineering design, construction and maintenance, such as tunnels and structures, and aiming at the wide-caliber education to meet the needs of construction and development, it aims to cultivate senior specialized technical personnel with solid theoretical foundation, rich professional knowledge and strong practical innovation ability, who can be competent for safety control and management in various civil engineering construction and maintenance, and strive to build a safety engineering specialty with distinctive industry characteristics and high reputation in the industry.

Training objective: This major cultivates senior professionals with all-round moral, intellectual and physical development, meets the needs of socialist modernization, has a solid foundation and good quality, and can engage in safety technical engineering, safety scientific research, safety supervision and management, environmental monitoring, safety design and production, safety education and training, and has innovative spirit and practical ability.

Core courses: descriptive geometry and engineering drawing, theoretical mechanics, material mechanics, structural mechanics, engineering survey, engineering geology, soil mechanics and basic engineering, hydraulics, bridge and culvert hydrology, structural design principle, safety system engineering, safety ergonomics, fire safety, fire prevention and explosion-proof engineering, safety management and supervision, safety psychology, safety engineering foreign languages, safety economics, ventilation and dust prevention, disaster prevention theory and technology, engineering bidding and explosion prevention.

Employment service direction and main work: graduates are mainly engaged in planning, design, construction supervision, quality inspection, scientific research and management of highway, urban road and rail transit construction industries, as well as engineering quality supervision, security inspection, survey and design, construction, supervision and institutions of higher learning. Training objective: to cultivate high-quality and competent senior professionals with all-round development in morality, intelligence and physique, with solid theoretical foundation in mathematics, physics and mechanics, strong engineering analysis and mechanical experiment ability, necessary engineering knowledge and engineering training, systematic mastery of computer application technology, and good training in computer programming, computer drawing and data processing.

Main courses: English, mathematical analysis, advanced algebra, general physics, computer language and programming, theoretical mechanics, material mechanics, structural mechanics, elastic mechanics, experimental mechanics, vibration mechanics, fluid mechanics, computational mechanics, shell theory, composite material mechanics, structural optimization design, plastic mechanics, fracture mechanics, structural finite element analysis and programming, and structural analysis software application.

Employment service direction: national management departments at all levels, civil engineering, machinery, materials, energy, water conservancy, aerospace, metallurgy, transportation, scientific research units, universities and other engineering industries.

Main work: theoretical and experimental research on dynamic and static mechanics of various engineering objects, analysis and development of mechanical properties of engineering structures; Finite element analysis and calculation, strength research and calculation of engineering materials, product CAD and optimization design, design and analysis of structures and systems by computer simulation and simulation technology, application and development of large-scale engineering software, etc. Training objective: To train senior professionals in materials physics who systematically master the basic theory and technology of materials science, have basic knowledge and skills related to materials physics, receive basic engineering training such as scientific thinking, engineering calculation and mechanical experiments, and can engage in research, teaching, scientific and technological development and related management in materials science and engineering and related fields.

Main courses: advanced mathematics, college physics, general physics experiment, quantum mechanics, theoretical mechanics, material mechanics, theoretical physics, mathematical physics methods, solid physics, material technology, physical chemistry, material surface and interface, material physics, modern material analysis technology, polymer processing principle, etc.

Employment service direction: management departments at all levels of the Ministry of Communications and the Ministry of Construction, provincial and municipal transportation departments, construction departments, highway bureaus, planning, design, quality inspection, supervision and scientific research units of the transportation construction industry, universities and colleges.

Main work: preparation and synthesis of engineering materials, material processing, determination of material structure and performance, material application or management. Training objectives: to train compound technical talents with solid foundation, wide knowledge, strong ability and high quality, with solid theoretical foundation of engineering mechanics, civil engineering knowledge and engineering analysis ability; Good at applying large-scale structural analysis software systems commonly used in the world to analyze engineering problems; Be able to engage in structural analysis, safety assessment and technical development in the fields of construction and transportation.

Main courses: college foreign languages, advanced mathematics, engineering drawing, computer language and programming, computer-aided design, theoretical mechanics, material mechanics, structural mechanics, elastic mechanics, plastic mechanics, structural vibration and stability, structural finite element analysis, finite element programming, large-scale structural analysis software, road engineering, bridge engineering and construction.

Employment service direction: management departments at all levels of the Ministry of Communications and the Ministry of Construction, provincial and municipal transportation departments, construction departments, highway bureaus, planning, design, quality inspection, supervision and scientific research units of the transportation construction industry, universities and colleges.

Main work: Engaged in structural analysis, safety assessment and technical development of civil engineering structures such as roads, bridges and houses, or engaged in teaching and scientific research of engineering structural analysis in enterprises and institutions such as transportation and construction. Training goal: to train senior professionals with extensive professional knowledge in architectural design, interior design, urban planning, landscape design, architectural technology, architectural economy and management, and building regulations. , with humanistic knowledge and good artistic accomplishment, and obtained the basic training of architects.

Main courses: architectural design foundation, architectural design, interior design, fine arts, architectural expression techniques, architectural CAD, architectural history, architectural design principles, architectural mechanics, architectural structure, architectural structure, architectural physics, architectural equipment, architecture, building materials, architectural economy, and professional foundation of architects.

Employment service direction: traffic construction industry management departments at all levels, traffic construction industry planning and design research units, real estate development enterprises, interior decoration design and construction enterprises, universities and colleges.

Engaged in the main work: architectural planning, design, interior decoration design, construction and management, project decision-making and project management of real estate development projects, teaching and research of architectural disciplines.

Remarks: Candidates are required to have certain artistic skills and accomplishments. Training objective: To train senior engineering and technical personnel with knowledge of ground survey, spatial survey, photogrammetry, remote sensing, map compilation and geographic information system design, who can engage in the research, management and teaching of national basic surveying and mapping construction, urban construction, resource investigation and management, map and geographic information system design, implementation and research, environmental protection and disaster prevention in various industries of national economy.

Main courses: mathematics, foreign languages, surveying, engineering surveying, surveying adjustment foundation, engineering control surveying, photogrammetry positioning theory and method, topographic image informatics, network database application, cartography, remote sensing principle and application, computer drawing, geographic information system principle and application, cadastral surveying, GPS principle and application, bridge engineering, road engineering, etc.

Employment service direction: management departments at all levels of the Ministry of Communications and the Ministry of Construction, provincial and municipal surveying and mapping departments, transportation bureaus, highway bureaus, land departments, telecommunications departments, mines, land resources, environmental protection, tourism and other departments, design, construction, scientific research and other enterprises and institutions and institutions of higher learning.

Main work: basic surveying and mapping, urban planning, resource investigation, tourism management, road and bridge survey and design, construction, supervision, quality inspection, management, scientific research, as well as geographic information system, surveying and mapping related professional work. Training objective: To cultivate high-level talents with solid foundation, wide knowledge, strong ability and high quality, with extensive basic knowledge in the fields of materials science and engineering, such as metal materials, inorganic nonmetallic materials and polymer materials, who can engage in scientific research and teaching, technological development, process and equipment design, technological transformation and management in the fields of preparation, processing and molding of various materials, and the structure and performance of materials, and can meet the needs of socialist modernization.

Main courses: mathematics, foreign languages, materials mechanics, fracture mechanics, materials science foundation, experimental technology of materials, engineering mechanics, physical chemistry, modern testing technology, silicate physical chemistry, properties of building materials, concrete engineering technology, quality inspection and quality control of building materials, etc.

Employment service direction: traffic construction industry management departments, traffic construction industry planning and design units, building materials research units, building materials research companies and enterprises, engineering supervision and quality inspection departments, universities.

Main work: application and research of civil engineering building materials, construction supervision, quality inspection and control of civil engineering materials, research and development and design of new civil engineering materials, teaching and research of materials engineering. The experimental teaching conditions of the college are complete and the management is standardized, which meets the requirements of basic and professional experimental teaching. Six laboratories, including physics, chemistry, electronics and electrician, mechanics, materials and measurement, are qualified laboratories for the teaching of basic courses in colleges and universities in Chongqing, and the experimental center of mechanics, materials, roads and bridges is the experimental teaching demonstration center in Chongqing. There are seven professional teaching laboratories, including structural engineering, roads, mechanics, building materials, surveying and spatial information processing, tunnel and track engineering, geotechnical and geological engineering, with a construction area of 9,898.9 square meters and nearly 3,000 sets of teaching and research instruments and equipment, with a total value of 62.77 million yuan. There are 85 basic experiments, 69 comprehensive design experiments and 22 innovative research experiments, and the opening rate of experimental projects is 654.38. Name Year of Completion Construction Area (m2) Total value of major equipment and instruments.

(ten thousand yuan) to undertake undergraduate teaching tasks: structural engineering laboratory 1960 4847 five-channel structural dynamic testing system (MTS), material testing system, 64-channel dynamic signal acquisition and analyzer, 24-channel dynamic signal acquisition and analyzer, 10000kN pressure testing machine, three-hole multi-arch plexiglass model and other 3900 bridge engineering and structural tests. Road and Bridge Testing Technology Road Laboratory19511842.22 Mumu-Meter MKB Laser Pavement Section System Friction Tester, GREENWEOD P3B Laser Pavement Section System Test Beam, V73 Laser Pavement Section System Test Vehicle, BBP Semiconductor Refrigeration Low Temperature Variable Curvature Current Meter, CRT-NU 1 4 Pneumatic servo asphalt material testing machine, etc. 1084 Mechanical Laboratory of Road Engineering, Subgrade and Pavement Engineering, Road Detection and Treatment Technology 1960 840 Microcomputer-controlled electronic universal testing machine, microcomputer-controlled torsion testing machine, electrical stress measurement experimental system, vibration experimental system, impact experimental system, etc. 366 Building Materials Laboratory of Material Mechanics, Engineering Mechanics and Experimental Mechanics 1960 780 AG-X 100kN Electronic Universal Testing Machine, YAJ-5000kN Electro-hydraulic Servo Compression-Shear Testing Machine, WAW- 1000kN Electro-hydraulic Servo Universal Testing Machine and other 307 laboratories of building materials and structural reinforcement materials and technical measurement and spatial information processing. Kloc-0/960 589.68 GPS Global Positioning System, Intelligent Total Station Geotechnical Engineering Testing Technology Tunnel and Track Engineering Laboratory 2011030 Snowmaker, Dynamic Data Collector, Ultrasonic Geotechnical Parameter Tester, Thermal Conductivity Tester, Moisture Tester, Geological Radar, TGP Geological Advance Prediction System, Digital Photogrammetry Workstation Virtuozo.