1, Open Education Admission Guide
This course 1 credit, class 18 hours, one semester.
Entrance Guide to Open Education is a compulsory course for students of open education in China Radio and TV University to cooperate with the research work of the project "Reform of Talent Training Mode and Pilot Project of Open Education in Central Radio and TV University" carried out by the Ministry of Education.
2. engineering mathematics?
This course has 4 credits, 72 class hours and one semester. ?
This course introduces linear algebra, probability theory and mathematical statistics on the basis of students' learning the basic knowledge, basic theory and basic methods of advanced mathematics.
The contents include determinant, matrix, linear equations, eigenvalue and quadratic form of matrix, random events and probability, distribution and numerical characteristics of random variables, and mathematical statistics basis. ?
3. Civil Engineering Mechanics (Ben)?
This course has 5 credits, 90 class hours and one semester. ?
Small course is a major technical basic course for civil engineering majors. Its main task is to study the calculation and analysis method of bar structure. Through the study of this course, students can master the basic concepts, theories and analysis methods of structural calculation.
The main contents of this course include: force method, displacement method, moment distribution method, influence line, structural matrix analysis, structural dynamic calculation and ultimate load of statically indeterminate beams. ?
Prerequisite courses of this course: engineering mechanics and structural mechanics. ?
Subsequent courses of this course: concrete structure, steel structure, etc. ?
4. Fluid mechanics?
This course has 4 credits, 72 class hours and one semester. ?
The main contents of this course include: introduction, hydrostatics, fluid kinematics, fluid dynamics foundation, flow resistance and energy loss, orifice nozzle and pressure pipe flow, open channel steady flow, weir flow and sluice flow, seepage, dimensional analysis and similar principles. ?
The prerequisites of this course are advanced mathematics, engineering mechanics and structural mechanics. ?
Subsequent courses of this course: underground buildings and structures, hydrology of bridges and culverts. ?
5. Engineering geology?
This course has 3 credits, 54 class hours and one semester. ?
Engineering geology is an important basic course for civil engineering majors. ?
The prerequisite of this course: a major technical basic course for civil engineering majors. ?
The following courses of this course: underground building and structure, bridge engineering, pier foundation, concrete structure, steel structure, etc. ?
6. Engineering Economy and Management?
This course has 4 credits, 72 class hours and one semester. ?
Related courses of this course: high-rise building construction. ?
7. Building structure test?
This course has 3 credits, 54 class hours and one semester. ?
This course is a major technical basic course for civil engineering majors. This course mainly introduces the instruments, equipment and testing methods used in building structure testing. ?
The main contents of this course: loading equipment, measuring instruments, experimental design, static and dynamic load test of structures, low-cycle cyclic load test of structures, etc.
Pre-courses of wood course: engineering mechanics, structural mechanics, concrete superstructure, high-rise building structure, earthquake resistance. ?
Related courses of this course: steel-concrete composite structure, underground building and structure, special structure. ?
8. Civil engineering CAD?
This course has 4 credits, 72 class hours and one semester. ?
The main contents of this course include: introduction, common graphics input and output devices, common algorithms for generating two-dimensional graphics, graphic transformation, AutoCAD overview, how to start AutoCAD drawing, AutoCAD basic drawing technology, AutoCAD advanced drawing technology, AutoCAD secondary development introduction and professional drawing. ?
Timber course preparatory courses: engineering drawing foundation, civil engineering drawing. ?
Subsequent courses of this course: concrete structure, steel structure, etc. ?
9. Concrete structure (Ben)?
This course has 4 credits, 72 class hours and one semester. ?
This course is a major specialized course in the architecture class group. The course content consists of two parts: "Design Principles of Basic Components of Concrete Structures" (professional foundation) and "Reinforced Concrete Building Structures" (professional). ?
The main content of this course:?
The prerequisites of this course are building materials, engineering mechanics and structural mechanics. ?
Subsequent courses of this course: building structure test, high-rise building structure and earthquake resistance, concrete structure course design and graduation design, etc. ?
Related courses of this course: steel-concrete composite structure, underground building and structure, special structure. ?
10? High-rise building structure and earthquake resistance?
This course has 3 credits, 54 class hours and one semester. ?
Related courses of this course: graduation design, etc. ?
1 1, steel structure (Ben)?
This course has 4 credits, 72 class hours and one semester. ?
Design method of common steel roof truss. ?
The prerequisites of this course are: material mechanics, engineering mechanics and structural mechanics. ?
Related courses of this course: steel-concrete composite structure. ?
12, construction supervision?
This course has 4 credits, 72 class hours and one semester. ?
This course is a major professional course of the building management class. The main task of this course is to enable students to master the relevant knowledge of construction supervision through the study of this course. ?
The main contents of this course are: the basic theory of construction project supervision and related laws and regulations, contract management and information management of construction projects, quality, investment and schedule control of construction projects, etc. ?
Pre-courses of this course: engineering economy and management, concrete structure (undergraduate), high-rise building construction. ?
Related courses of this course: inquiry and valuation of civil engineering, real estate operation and management, real estate valuation, real estate laws and regulations. ?
13, high-rise building construction?
This course has 4 credits, 72 class hours and one semester. ?
The prerequisites of this course are: engineering mechanics, structural mechanics, concrete structure and steel structure. ?
Related courses of this course: real estate management and management. ?
14, structural design principle?
This course has 4 credits, 72 class hours and one semester. ?
This course is a prerequisite: civil engineering mechanics (undergraduate). ?
Subsequent courses of this course: bridge engineering and road engineering. ?
15, road engineering?
This course has 5 credits, 90 class hours and one semester. ?
This course is a prerequisite course: civil engineering mechanics (undergraduate) and structural design principles. ?
Related courses of this course: traffic engineering, expressway and urban road engineering.