Shenzhen university civil engineering college major

Training objective: To train engineering backbone technical personnel who have mastered the basic theory and professional knowledge of civil engineering, have the planning, design, construction, management and research abilities in the fields of housing construction, roads and bridges, geotechnical engineering and project management, and have certain innovative ability.

(1) Construction engineering

Training objectives: Graduates are mainly suitable for technical work such as design, research, construction and management of building structures. Initially have the ability to design, research, develop and operate, build, manage and organize and coordinate various industrial and civil building structures.

(2) Transportation and civil engineering

Training objective: To train professionals who are engaged in the design, construction and inspection of roads and bridges and have the ability of design, research, construction, management and inspection of roads and bridges.

(3) Geotechnical engineering

Training objective: to train students to engage in technical and management work such as foundation treatment, foundation construction, engineering survey and design. Initially have the ability of design, survey, research, construction, management and organization and coordination of various civil engineering foundations and foundations.

(4) Materials Science and Engineering

Training goal: to train talents who can engage in the design, research, construction and monitoring of building materials, functional materials and road engineering materials. Initially, it has various professional abilities such as building material preparation, material design, product development and manufacturing, technology application and transformation, operation management, etc.

Main courses: descriptive geometry, theoretical mechanics, material mechanics, structural mechanics, engineering drawing and computer drawing, engineering survey, architecture, civil engineering materials, soil mechanics and foundation, material analysis and testing methods, concrete structure design principles, steel structure, engineering project management, civil engineering construction, engineering cost management, high-rise building structure design, building seismic design, civil engineering CAD, rock mechanics, etc.

Degree awarded: Bachelor of Engineering. Training objectives: to cultivate basic knowledge of civil engineering technology and management, economy, law and so on related to engineering management; Master the theories, methods and means of modern management science; Familiar with the principles, policies and regulations of related industries; Understand the international practice of project contracting and project management; Get the basic training of engineers and receive the preliminary training of scientific research; Have engaged in domestic and foreign construction project management, project evaluation, project investment analysis, project bidding, real estate development, property management and other basic skills, with a certain practical ability, innovative ability of compound professional engineering management personnel.

Employment prospects: Graduates can engage in engineering management and real estate-related work in construction units, design units, construction units, engineering construction supervision units, engineering cost management units, real estate development and operation enterprises, property management enterprises, real estate brokerage industry, real estate appraisal industry, investment and financial units, and engage in relevant management or technical work in government departments and teaching and research units. Students have a wide range of employment, great market demand and high employment rate.

(1) project management (including international project management)

Training objective: To train professionals who can be engaged in the whole process management of engineering projects, and initially have the ability to carry out feasibility study of engineering projects, general civil engineering design, investment, progress, quality control, contract management, information management and organization and coordination of the whole process of engineering projects.

(2) Real estate development and management

Training objective: to train professionals who can engage in real estate development and management, have the ability to preliminarily analyze and solve theoretical problems of urban and real estate economy, and in the early stage of development, such as feasibility study, project planning, investment and financing, planning and design scheme evaluation, project bidding, project management, contract management, marketing, valuation and property management.

(3) Investment and cost management (project budget management)

Training objective: to train professionals who can engage in the whole process management of project investment and financing and project cost, have the preliminary ability of project evaluation and project cost management, have the preliminary ability of preparing bidding documents and bid evaluation, and have the preliminary ability of preparing and auditing project estimation, budgetary estimate, budget and final accounts.

Main course:

Engineering technology courses: introduction to civil engineering, engineering survey, materials mechanics (1), civil engineering materials, architecture, structural mechanics (1), concrete structure design principle structure (1), and civil engineering construction.

Management courses: management principles, operational research, project management, network planning technology, forecasting and decision-making technology, construction project evaluation, organization theory, project bidding and contract management, quality management, database principle, management information system, project risk management, project management computer application, and project management English.

Economics courses: economic principles, engineering economics, urban planning economics, project cost management, financial management, project investment and financing, real estate development, real estate evaluation and real estate marketing.

Legal courses: economic law, building regulations.

Main practical teaching links

(1) * * Practical teaching links: military training, reading reports and holiday experience, and holiday practice.

(2) Accompanying practical teaching of theoretical courses: This kind of courses arranges corresponding practical hours for accompanying practical teaching, as shown in the curriculum.

(3) Course practice teaching link: For courses with high requirements for practice link, set up "course-related centralized practice teaching link", set up special credits, and select peers together with the corresponding main courses.

(4) Comprehensive professional practice: mainly including comprehensive curriculum practice, professional practice and graduation thesis or design.

(5) Extracurricular scientific and technological practice activities: Participate in exploratory extracurricular innovative practice activities, such as extracurricular scientific and technological competitions, and encourage teachers to participate in scientific research projects.

(6) Off-campus practice base: Off-campus practice.

Degree awarded: Bachelor of Engineering.

3. Traffic engineering

Training objective: to cultivate engineering backbone technical talents who meet the needs of socialist modernization, have solid basic theoretical knowledge, broad basic knowledge of civil engineering, profound professional knowledge of road engineering, bridge engineering, traffic planning and management, traffic information and control, have the basic quality of engineers and a certain sense of innovation, have good quality, strong adaptability and all-round development of morality, intelligence, physique and aesthetics.

Employment prospects: Graduates can engage in traffic system, expressway, urban road and rail transit engineering planning, scheme design, exploration and construction, project management, feasibility study, project evaluation, project budget, traffic operation management, traffic safety and governance, and traffic research. In urban traffic planning departments, traffic engineering construction departments, traffic engineering construction departments, traffic research institutions, traffic management departments, high-grade highway operation management departments and administrative departments.

(1) traffic planning and management

Training objective: To train professionals who master the basic theories and methods of transportation planning and can engage in practical planning and management related to road network, rail transit and logistics after graduation.

(2) Traffic information and control

Training goal: master the basic theoretical knowledge related to traffic planning, and be able to engage in intelligent transportation, traffic guidance, intelligent transportation system and other aspects after graduation.

(3) Road and Bridge Engineering

Training goal: to cultivate systematic basic theory and knowledge of traffic planning, and to be able to engage in the design, construction and inspection of highways, urban roads, bridges and tunnels after graduation.

Main courses: advanced mathematics, descriptive geometry, theoretical mechanics, engineering survey, material mechanics, structural mechanics, traffic engineering, traffic engineering system analysis, structural design principles, engineering hydrology and hydraulics, traffic planning, road survey and design, subgrade and pavement engineering, bridge engineering and tunnel engineering.

Main practical links:

(1) Public security practice teaching: including military training, reading reports, holiday experience and holiday practice.

(2) Accompanying practical teaching with theoretical courses: Accompanying practical teaching arranges corresponding practical hours in class, which can be flexibly arranged according to the actual situation.

(3) Curriculum-related concentrated practical teaching: for courses with high practical requirements, set up an independent "curriculum-related concentrated practical teaching", specially set up credits, and choose courses together with the corresponding main courses.

(4) Comprehensive professional practice: mainly including professional practice and graduation thesis or design.

(5) Extracurricular scientific and technological practice activities: exploratory extracurricular innovative practice activities attended by undergraduates of all grades, such as extracurricular scientific and technological competitions and management of participating teachers' scientific research projects.

(6) Off-campus practice: off-campus practice base work practice.

Degree awarded: Bachelor of Engineering.

Limited major: science students are recommended to apply for the exam.