This major trains senior engineering and technical personnel engaged in civil engineering survey, structural design, construction management, scientific and technological development and teaching and research. This major has passed the national civil engineering professional evaluation for three consecutive times with "excellent" results.
1. Professional direction of construction engineering
Main courses: advanced mathematics, theoretical mechanics, material mechanics, structural mechanics, basic principles of reinforced concrete structures, design principles of steel structures, structural design of multi-storey and high-rise buildings, architectural architecture, soil mechanics, basic engineering, civil engineering materials, civil engineering construction, construction engineering management, architectural structure CAD and structural seismic design.
2. Specialty direction of geotechnical engineering
Main courses: advanced mathematics, theoretical mechanics, material mechanics, structural mechanics, fluid mechanics, engineering geology, rock mechanics, basic principles of reinforced concrete structures, steel structure design principles, architectural architecture, multi-storey building structure design, soil mechanics, foundation engineering, underground building structure, civil engineering materials, civil engineering construction, and building structure CAD.
3. Professional direction of bridge engineering
Main courses: advanced mathematics, theoretical mechanics, material mechanics, structural mechanics, basic principles of reinforced concrete structures, design principles of steel structures, steel bridges, soil mechanics, basic engineering, bridge engineering, road and bridge construction and economic management, road and bridge engineering test and detection technology, road and bridge construction organization and budget, and road and bridge CAD.
4. Professional direction of road engineering
Main courses: advanced mathematics, theoretical mechanics, material mechanics, structural mechanics, basic principles of reinforced concrete structures, design principles of steel structures, soil mechanics, basic engineering, road survey and planning design, subgrade and pavement engineering, road building materials, road and bridge construction and economic management, road and bridge engineering test and detection technology, road and bridge construction organization and budget, and road and bridge CAD.
5. Professional direction of installation engineering
Training objective: to train senior engineering and technical personnel with basic theory and knowledge of civil engineering, who are engaged in installation engineering design, construction management, scientific and technological development, teaching and scientific research of equipment and its intelligent system in industrial and civil engineering projects.
Main courses: advanced mathematics, theoretical mechanics, material mechanics, structural mechanics, steel structure design principle, C programming technology, mechanical design basis, installation principle, lifting technology, welding technology, civil engineering construction and construction engineering management.
Employment orientation: design, construction, survey, real estate management, installation, teaching, scientific research and other units or departments related to civil engineering.
surveying and mapping engineering major
This major trains senior engineering and technical personnel who master the basic principles, methods and skills of spatial information collection, processing, expression and utilization, and engage in the design, implementation and research of national basic surveying and mapping construction, urban and engineering construction, land and resources investigation and management and other surveying and mapping projects, maps and geographic information systems.
Main courses: higher education, C programming technology, surveying, error theory and adjustment foundation, geodesy foundation, principle and application of geographic information system, remote sensing technology foundation, photogrammetry foundation, principle and method of digital mapping, spatial positioning technology and application (GPS), and application of modern surveying technology.
Employment direction: land and resources, civil construction, survey, teaching, scientific research and other units or departments.
Exploration technology and engineering specialty
This major cultivates high-quality compound exploration technology and engineering professional and technical personnel who have solid basic theories and systems of mathematics, mechanics and geology, basic knowledge, basic theories, basic skills and methods in engineering geology and exploration engineering, can independently engage in exploration, design, construction, evaluation and management of various construction projects, and have wide adaptability.
Main courses: introduction to exploration technology and engineering, general geology, mineral petrology, structural geology, soil mechanics, rock mechanics, engineering geological foundation, groundwater dynamics and engineering geophysical exploration.
Employment direction: I can engage in the investigation and evaluation of various construction sites, or engage in teaching, scientific research, scientific and technological development and management in the fields of geological disaster investigation, evaluation, monitoring and prevention, geological environment investigation and comprehensive evaluation in universities, scientific research and production departments and management departments.