What are the requirements for studying civil engineering, and what exactly is the study of civil eng

Are you at school or out there... If you are in school, you can change your major ·· If you want to study civil engineering, there are no requirements... As long as you are in science and can be admitted to university... You can all learn·· But if the mechanics are not good, it will be very difficult... And there are many directions behind the civil engineering... I'm a civil engineer myself... Comparative understanding...

It is recommended that you apply for correspondence courses and self-examinations in some civil engineering majors, such as construction engineering, roads and bridges, municipal engineering, water conservancy engineering and other majors.

You can also find books on the Internet about the courses related to the major.

For example, basic disciplines include advanced mathematics, linear algebra, structural mechanics, and material mechanics.

There are also professional disciplines, such as surveying, survey and design, construction management...

If you are a construction worker.

Generally, there is a way, relying on the relationship to enter some construction units. You don't need any foundation.

There are many good junior high school workers who have not graduated.

If you want to do structural design.

It's basically no fun. Nowadays, most of them are graduate students in their majors.

It's basically impossible for you to study computer science across disciplines.

The study content of the civil engineering major is as follows:

Main courses.

Theoretical Mechanics, Mechanics of Materials, Structural Mechanics, Fluid Mechanics, Soil Mechanics, Building Materials, Concrete Structures and Steel Structures, Housing Structures, Bridge Structures, Underground Structures, Road Survey and Design and Subgrade Pavement Structures, Construction Technology and Management.

Foundation course.

College English, Advanced Mathematics, Linear Algebra, Probability Theory and Mathematical Statistics, Building Mechanics, Structural Mechanics, Civil Engineering Drawing, CAD, etc.

Hands-on teaching.

Including understanding internship, surveying internship, engineering geology internship, professional internship or production internship, structural course design, graduation project or graduation**, etc.

Civil Engineering:

Civil engineering mainly studies the basic knowledge and technology of survey, design, construction, maintenance and repair of various land engineering facilities, and carries out the new construction, reconstruction or expansion of various engineering buildings, as well as the survey, planning, design and construction of related supporting facilities. The main engineering facilities include houses, roads, railways, pipelines, tunnels, bridges, dams, mines, etc.

Professional basic courses: structural mechanics, material mechanics, theoretical mechanics, etc. are mainly the most important courses for these three courses; Professional courses: building architecture, architectural drawing and drawing geometry, steel structure, basic principles of concrete, civil engineering materials, foundation engineering, civil engineering construction, etc.; Civil engineering is divided into three directions, construction engineering, roads and bridges, and geotechnical engineering; Construction engineering is engaged in the construction of houses, roads and bridges are engaged in the design or construction of roads and bridges, and geotechnical engineering is the construction of tunnels or subways.

Civil Engineering Courses: Theoretical Mechanics, Mechanics of Materials, Structural Mechanics, Fluid Mechanics, Soil Mechanics and Foundation, Engineering Geology, Basic Principles of Concrete Structures, Building Architecture, Design of Reinforced Concrete Structures, Basic Principles and Design of Steel Structures, Civil Engineering Construction.

The main practical links of civil engineering major: practical training in housing architecture, practical training in concrete structure, and course design of steel structure; Acquaintance with internships, surveying internships, production internships; Graduation internship and graduation project.

Main disciplines:

Mechanics, Civil Engineering, Engineering Management, Engineering Cost.

Main courses: High-rise Building Design, Seismic Design of Building Structures, Housing Architecture, Architectural Drawing, Structural Mechanics, Concrete Structure Design, Steel Structure Design, Construction Engineering CAD, Material Mechanics, Construction Organization and Management, Engineering Project Management, Soil Mechanics and Foundation, Engineering Cost and Valuation Principles, Building Equipment, Hydraulics.

Core Knowledge Areas:

Principles and Methods of Mechanics, Fundamentals of Professional Technology, Economics and Management of Engineering Projects, Basic Principles of Structure, Principles and Methods of Construction, Computer Application Technology.

The main majors of civil engineering include engineering mechanics (II), building architecture, structural mechanics, reinforced concrete structures, steel structures, engineering seismic resistance, high-rise building structures, construction equipment engineering, building construction, engineering valuation, engineering project management, hydrogeology foundation, soil mechanics and foundation, civil engineering construction, and construction engineering equipment.

A general term for the science and technology used to construct various types of engineering facilities. It refers to the materials, equipment and survey, design, construction and maintenance carried out.

The main employment directions include engineering technology, design, planning and budgeting, quality supervision and engineering supervision, civil servants, teaching and scientific research, etc. The industries involved include construction, real estate development, road and bridge construction, engineering survey and design units, transportation or municipal engineering institutions, engineering cost consulting institutions, scientific research institutes, etc.

China's urbanization process is still advancing, and the urbanization rate will inevitably continue to increase, which will be followed by the demand for talents in the field of civil engineering in China in the coming decades.

What is the civil engineering major like, and what kind of people are suitable for it?

Mathematics, English and physics must be a must, and professional courses should generally have structural mechanics, material mechanics, structural mechanics, etc., which are all difficult courses to learn in Naling.

012042 Engineering Surveying a Compulsory.

012001 Introduction to Civil Engineering A Compulsory Course Dismantling 101001 Drawing, Geometry and Architectural Drawing.

301031 Fortran Programming Compulsory 063042 Civil Engineering Materials A Required.

022120 Housing Architecture Compulsory.

012003 Theoretical Mechanics A Compulsory.

012043 Engineering Geology A Compulsory Course.

012009 Mechanics of Materials A Compulsory.

032210 Fluid Mechanics C Compulsory.

012071 Soil Mechanics A Compulsory.

012027 Elastic Mechanics A Compulsory.

012019 Structural Mechanics A1 Compulsory.

012055 Principles of Design of Concrete Structures is a compulsory course.

012052 Load and Structural Design Methods A1 Compulsory 032211 Building Equipment Compulsory.

013055 Course Design (Principles of Design of Concrete Junctions) Compulsory 012024 Computational Structural Mechanics A Compulsory Course.

012037 Principles of Steel Structure Design a compulsory course.

013025 Foundation Engineering A Compulsory.

013033 Building Structural Testinga Compulsory.

013040 Civil Engineering Construction Technology A Compulsory.

013077 Concrete Structural Design is compulsory.

012020 Structural Mechanics A2 Compulsory.

014065 Bridge Engineering B Elective.

What to learn in civil engineering is as follows:

Civil engineering students mainly study the basic theories of engineering mechanics, fluid mechanics, concrete and steel structures, geotechnical mechanics and municipal engineering.

1. After receiving basic training in course design, experimental instrument operation and on-site practice, students will have the basic ability to engage in planning, design, research, construction and management of civil engineering.

2. Civil engineering can be roughly divided into road and bridge engineering, and construction engineering in two different directions.

3. In the previous career, the positions in these two directions have both general unity and specific differences in details, and students should pay attention to them when choosing.

4. The necessary ability of students majoring in civil engineering is to have a solid foundation in natural sciences and understand the main aspects and application prospects of contemporary science and technology.

Civil engineering majors mainly need to learn:

Basic courses: College English, Advanced Mathematics, Linear Algebra, Probability Theory and Mathematical Statistics, Building Mechanics, Structural Mechanics, Civil Engineering Drawing, CAD, etc.

Main disciplines: mechanics, civil engineering, hydraulic engineering.

Main courses: Engineering Mechanics, Fluid Mechanics, Geomechanics, Foundations and Foundations, Engineering Geology, Engineering Hydrology, Engineering Drawing, Computer Applications, Building Materials, Concrete Structures, Steel Structures, Engineering Structures, Water Supply and Drainage Engineering, Construction Technology and Management.

Civil engineering: high-rise building design, seismic design of building structures, building architecture, architectural drawing, structural mechanics, concrete structure design, etc.

Civil Engineering Course of Study

Main disciplines: mechanics, civil engineering, engineering management, engineering cost.

Main courses: High-rise Building Design, Seismic Design of Building Structures, Housing Architecture, Architectural Drawing, Structural Mechanics, Concrete Structure Design, Steel Structure Design, Construction Engineering CAD, Material Mechanics, Construction Organization and Management, Engineering Project Management, Soil Mechanics and Foundation, Engineering Cost and Valuation Principles, Building Equipment, Hydraulics.

Scope of Civil Engineering Practice

Including engineering drawing, understanding practice, surveying practice, engineering geology practice, professional internship or production practice, structural course design, graduation project or graduation**, etc., generally arranged about 40 weeks.

Main professional experiments: material mechanics experiments, building materials experiments, structural tests, soil tests, etc.

Graduates are expected to acquire knowledge and competencies in the following areas:

1. Have a solid foundation in natural sciences, a good foundation in humanities and social sciences, and comprehensive ability in foreign languages.

2. Master the basic theories and basic knowledge of engineering mechanics, fluid mechanics, geotechnical mechanics, engineering geology and engineering drawing.

3. Master the basic knowledge, principles, methods and skills of building materials, structural calculation, component design, foundation treatment, water supply and drainage engineering and computer application, and initially have the ability to engage in the design and research of civil and structural engineering.