Introduction to the undergraduate major of Civil Engineering Department Civil Engineering (undergraduate course, four-year schooling) This major has four major directions: road engineering, bridge engineering, housing construction engineering and civil engineering detection technology. Training objectives: This major trains applied senior engineering and technical personnel who have obtained basic training for civil engineers. Main courses: material mechanics, road building materials, structural mechanics, surveying, soil mechanics, structural design principles, highway survey and design, subgrade and pavement engineering, bridge engineering, highway construction organization and budget, architectural architecture, engineering detection technology, etc. Curriculum design, practice, graduation practice and graduation design of various majors. Basic skills: engineering mechanics, soil mechanics, basic theory of engineering structure; Basic knowledge of survey and design, architectural design, engineering inspection, construction supervision and maintenance management of highways and urban roads and bridges; Basic skills such as measurement, drawing, experiment, test and microcomputer use. Employment destination: mainly engaged in planning, design, research and development, construction, supervision, maintenance and management in transportation, highway, municipal administration, housing construction and other departments. Training objectives of Surveying and Mapping Engineering (undergraduate course, four years' schooling): This major trains applied senior engineering and technical personnel who have obtained basic training for surveying and mapping engineers. Main courses: control surveying, engineering surveying, GPS, GIS principle and application, cadastral surveying and information management, optimization design of control network, deformation measurement and data processing, design and application of geographic information system. Course design and practice of related majors, GPS, GIS practice, construction survey practice, adjustment design, graduation design. Basic skills: master measurement theory and application technology; Master the theory and method of image graphic information processing; Have the basic ability to engage in the establishment of control network, surveying and mapping of engineering buildings and deformation monitoring, and rational development and utilization of land resources; Have the ability of scientific research and practical work. Employment: I can be engaged in survey technology, construction, supervision, management and teaching in highway, railway, water conservancy and electric power, transportation, urban construction, land, real estate, education and other departments. Training objectives of engineering management major (undergraduate, with a four-year academic system): having basic knowledge of civil engineering technology and management, economy and law related to engineering management, mastering the theories, methods and means of modern engineering management science, and being able to engage in project decision-making and whole-process management in the field of engineering construction. Main courses: management, economics, operations research, engineering financial management, engineering economics, marketing, economic law, legal system of engineering contract, construction regulations, engineering project management, engineering valuation, real estate development and management, engineering project financing, engineering mechanics, highway engineering, structural engineering, etc. Basic skills: have the ability to engage in project management by comprehensively applying technical, economic, legal and management knowledge; Have the basic ability of project development, construction management, cost control, contract management, production and operation; Have the ability of computer application and reading foreign documents; Have certain practical and preliminary scientific research ability. Employment orientation: Graduates of this major can engage in engineering management and related work in engineering construction units, design units, construction units, supervision units, real estate enterprises, investment and finance units, and also engage in related work in government departments and teaching and research units. Training objectives of geographic information system major (undergraduate course, four years' schooling): This major trains senior professionals who have basic knowledge and skills of geographic information system and can engage in geographic information collection, processing, publishing, use, consultation and management in the information industry. Main courses: foreign language, mathematics, comprehensive geography, surveying, cartography, computer technology foundation, computer application foundation, database application, GPS positioning and navigation, remote sensing technology and application, GIS principle, GIS design and application, etc. Basic skills: 1, with preliminary engineering surveying and mapping, computer application and software development capabilities; 2. Have the skills of collecting, transmitting, editing, processing, publishing and using traffic geographic information data; 3. Have professional cartographic skills in traffic geographic information; 4, master the operation skills of various professional equipment; 5. Master the basic methods of information inquiry, Chinese and English literature retrieval and obtaining relevant information by using modern information technology; Have the ability to design experiments, create experimental conditions, summarize, sort out and analyze experimental results, write papers and participate in academic exchanges. Employment destination: after graduation, students can engage in professional work in scientific research institutions, government departments, enterprises, universities and other units, and can engage in applied research, technology development, production management, administrative management and teaching related to geographic information systems in the fields of transportation, cities, regions, resources, environment, transportation, population, housing, land, application software, infrastructure and planning management; Engaged in engineering survey in highway, building, water conservancy and other construction departments. Materials Science and Engineering (undergraduate, four years' schooling): This major trains advanced applied technical talents engaged in material research, manufacturing, development, application and management. Main courses: college English, mathematics, computer technology, college physics, inorganic chemistry, physical chemistry, organic chemistry, analytical chemistry, foundation of materials science, research methods of materials science, asphalt materials, cement concrete, pavement structure and materials, civil engineering experiment and detection technology, coating materials, metal anticorrosion, metal materials science, etc. Curriculum design, experimental design, production practice, graduation practice, graduation design. Basic skills: the ability to analyze and solve problems related to material engineering, the initial ability of scientific and technological research and development, the design of road materials, and the ability of experimental testing. Research, development and application ability of anticorrosive materials. Ability to develop and promote new materials. Employment destination: Graduates of this major can work in engineering construction units, scientific research units of highway and traffic materials, material production and supply units, construction units, machinery manufacturing, automobile and ocean engineering manufacturing and other related fields, and can also engage in related work in relevant government functional departments, teaching and scientific research units. Training objectives of port waterway and coastal engineering (undergraduate course, four years' schooling): This major trains applied senior technical talents engaged in the planning, design, construction and management of port engineering, waterway engineering and coastal engineering. Main courses: engineering mechanics, structural mechanics, fluid mechanics, soil mechanics, reinforced concrete structure, estuary and coastal dynamics, port engineering, waterway engineering, coastal engineering, waterway engineering planning, hydraulic structure and construction technology, port and navigation engineering project evaluation, etc. Course experiment, course design, cognition practice, measurement practice, construction practice, graduation practice and design. Basic skills: computer application, engineering drawing, analysis and calculation, experimental detection and other basic skills. Have the basic ability to engage in port channel planning, survey and design, construction and management. Employment destination: engaged in planning, survey and design, construction, supervision and management in transportation, water conservancy and coastal port construction departments. Training objectives of road and bridge engineering technology specialty (junior college, three-year academic system): This major trains advanced engineering and technical applied talents engaged in highway and urban survey, construction, management and general road and bridge design. Main courses: engineering mechanics, soil mechanics, road building materials, surveying, structural design principles, highway survey and design, subgrade and pavement engineering, bridge engineering, highway construction organization and budget. Curriculum design, practice, graduation practice and graduation design of related majors. Knowledge, skills and abilities to be mastered: ① Basic theories of engineering mechanics, soil mechanics and engineering structure; (2) Have the basic knowledge and ability of survey and design, subgrade and pavement, road and bridge construction, supervision, maintenance and management of highways and urban roads and bridges; ③ Basic skills such as measurement, drawing, experiment, testing and microcomputer use. Employment destination: mainly engaged in technical work such as survey, design, construction, supervision, maintenance and management of roads and bridges in highway engineering construction, design, supervision, quality inspection departments and municipal construction units.