What are the main courses of geotechnical engineering? If you know, please come back. Thank you. ....

Geotechnical engineering main study: geotechnical engineering investigation, geotechnical engineering design, geotechnical engineering management, geotechnical engineering monitoring and geotechnical engineering testing.

Geotechnical engineering is a branch of civil engineering, and it is a science that uses engineering geology, soil mechanics and rock mechanics to solve engineering technical problems related to geotechnical engineering in various projects.

Geotechnical engineering is a systematic project based on soil mechanics, rock mechanics and engineering geology, which comprehensively improves and utilizes geotechnical engineering by using various exploration and testing techniques. This subject is called "geo-engineering", "geo-engineering" or "soil engineering" in some foreign countries and regions.

Geotechnical engineering is an important part of civil engineering. According to statistics, it includes geotechnical engineering survey, design, test, construction and monitoring, involving the whole process of engineering construction. It is of great significance in the construction of housing, municipal administration, energy, water conservancy, roads, shipping, mines, national defense and so on.

(1) Extended reading of postgraduate courses in geotechnical engineering;

Research significance of geotechnical engineering;

Looking back on the development of geotechnical engineering in China in the past 50 years, it is closely focused on the geotechnical engineering problems in civil engineering construction in China.

Before the reform and opening up, geotechnical engineers paid more attention to geotechnical engineering problems in water conservancy, railway and mine engineering construction. After the reform and opening up, with the development of high-rise buildings, urban underground space utilization and expressways, geotechnical engineering problems in construction engineering, municipal engineering and traffic engineering construction have been paid more and more attention by geotechnical engineers.

Functionalization of civil engineering, three-dimensional city, high-speed traffic and improvement of comprehensive living environment have become the characteristics of modern civil engineering construction. The growth of population accelerates the development of cities, and the process of urbanization promotes the rapid development of big cities in quantity and scale;

People will continue to expand new living space, develop underground space, widen to the ocean, build cross-sea bridges, undersea tunnels and artificial islands, transform deserts, and build expressways and high-speed railways.

Looking forward to the development of geotechnical engineering is inseparable from the analysis of the development trend of modern civil engineering construction in China.

What subjects did you study in civil engineering (geotechnical engineering) at university?

Freshman: Advanced Mathematics, General Chemistry and Experiment, Descriptive Geometry and Engineering Drawing (one year), Introduction to Civil Engineering, Computer Foundation, General Physics and Experiment, Linear Algebra and Mechanics of Materials.

Sophomore and junior: programming language, probability theory, theoretical mechanics, structural mechanics (one year), civil engineering materials, fluid mechanics, surveying, soil mechanics, elastic mechanics, hydraulics, engineering geology, load and structural design principles, and basic principles of concrete structures. Elective courses with limited credits include: software development, database, multimedia application, computational structural mechanics, finite element in elastic mechanics, cad basis, introduction to environment, introduction to materials, resource environment and information theory. Characteristic limitation courses: mathematical equation, structural stability and ultimate load, engineering electromechanical, thin-walled bar mechanics, engineering budget and bidding, numerical method and computer algorithm.

Junior and senior public courses: engineering software application, basic principles of steel structure, basic principles of engineering design and civil engineering construction.

Geotechnical engineering direction mainly includes:

Original taste test and detection of underground concrete structure design rock mechanics foundation treatment foundation soil dynamics and foundation earthquake rock engineering special foundation engineering pile foundation design and calculation soil engineering envelope and foundation pit engineering

What are the main courses of civil engineering?

Civil engineering is the general name of science and technology for building various engineering facilities. Refers to the application of materials, equipment and technical activities such as survey, design, construction and maintenance; It also refers to the object of engineering construction, that is, the engineering facilities built on the ground, underground and water. , directly or indirectly for human life, production, military and scientific research services.

Civil engineering is a comprehensive subject, involving a wide range. With the progress of science and technology and the development of engineering practice, the discipline of civil engineering has also developed into a comprehensive system with wide connotation, numerous categories and complex structure.

Civil engineering develops with the development of human society. The engineering facilities it built reflect the development of social economy, culture and science and technology in various historical periods, so civil engineering has become one of the witnesses of social and historical development.

Professional Name: Civil Engineering

Business training objectives: This major trains senior engineering and technical personnel who have mastered the basic theories and knowledge of engineering mechanics, fluid mechanics, geotechnical mechanics and municipal engineering, have the ability to engage in the planning, design, research and development, construction and management of civil engineering projects, and can engage in technical or managerial work in the design, research, construction, education, management, investment and development departments of housing construction, underground construction, tunnels, roads, bridges and mines.

Business training requirements: Students in this major mainly study the basic theories of engineering mechanics, fluid mechanics, geotechnical mechanics and municipal engineering, receive basic training in course design, experimental instrument operation and field practice, and have the basic ability to engage in civil engineering planning, design, research, construction and management.

Graduates should have the following knowledge and abilities:

1. Have a solid foundation in natural science and understand the main aspects and application prospects of contemporary science and technology;

2. Master the basic theories of engineering mechanics, fluid mechanics and geotechnical mechanics, master the basic knowledge of engineering planning and selection, engineering materials, structural analysis and design, and foundation treatment, and master the basic technologies of construction machinery, electrician, engineering measurement and test, construction technology and organization;

3. Have basic engineering drawing, computer application and the ability to use main testing instruments, and initially have the ability to comprehensively use various means (including foreign language tools) to query data and obtain information;

4. Understand the main laws and regulations of civil engineering;

5 with the preliminary ability of engineering design, testing, construction, management and research.

Main subjects: mechanics, civil engineering, hydraulic engineering.

Main courses: material mechanics, structural mechanics, fluid mechanics, soil mechanics, building materials, concrete structure and steel structure, building structure, bridge structure, underground structure, road survey and design and subgrade and pavement structure, construction technology and management.

The main practical teaching links include cognitive practice, surveying practice, engineering geology practice, professional practice or production practice, structural course design, graduation design or graduation thesis, etc. , generally arranged in about 40 weeks.

Study time: four years

Degree awarded: Bachelor of Engineering

What courses should geotechnical engineering graduate students take? I study structure, and I want to know some geotechnical information.

Advanced Soil Mechanics Structure Soil Dynamics Rock-soil Anchored Underground Structure

What courses do first-class registered geotechnical engineers take?

The basic exam is a closed-book exam. In the morning, it mainly tests candidates' mastery of basic science. Multiple-choice question 120, each question 1 minute, divided into 1 1 subjects: advanced mathematics, general physics, general chemistry, theoretical mechanics, material mechanics, fluid mechanics, electrical and electronic technology, signal and information technology, and computer application foundation. In the afternoon, it mainly tests candidates' mastery of professional theoretical knowledge directly related to geotechnical engineering. There are 60 questions with 2 points each, which are divided into 8 subjects: civil engineering materials, engineering survey, civil engineering construction and management, engineering geology, structural mechanics, structural design, soil mechanics and foundation engineering, rock mechanics and rock engineering.

The professional scope of professional examination includes: engineering geology and hydrogeology, structural engineering and geotechnical engineering. There are 7 subjects in the morning session, 1, geotechnical engineering investigation; 2. Shallow foundation; 3. Deep foundation; 4. Foundation treatment; 5, geotechnical structure, slope, foundation pit and underground engineering; 6. Geotechnical engineering under special conditions; 7. Earthquake engineering. Each subject's homework 1, 12 points. Choose 4 subjects from these 7 subjects to take the exam, with a total score of 48. In addition to the above subjects, engineering economics and management subjects were added in the afternoon. Each subject includes eight multiple-choice questions, and each question is 1 point. Six subjects were selected from these eight subjects to take the exam, with a total score of 48.

What professional courses do you need to study in geotechnical engineering investigation?

Geotechnical engineering investigation is the basis of design and construction. If the survey work is not in place, bad engineering geological problems will be exposed, and even if the design and construction of the superstructure reach high quality, it will inevitably suffer damage. Different types and scales of engineering activities will bring different degrees of influence to the geological environment; On the contrary, different geological conditions will have different effects on engineering construction. The purpose of geotechnical engineering investigation is to find out the engineering geological conditions, analyze the existing geological problems and evaluate the engineering geology of the building area.

The task of geotechnical engineering investigation is to correctly reflect the engineering geological conditions of the site and the influence of geotechnical engineering behavior according to the requirements of different investigation stages, carry out technical demonstration and evaluation in combination with the specific requirements of engineering design, construction conditions and foundation treatment, put forward specific decision-making suggestions on geotechnical engineering problems and solutions, put forward design standards for foundation, slope and other projects and guiding opinions on geotechnical engineering construction, provide a basis for design and construction, and serve the whole process of engineering construction.

Geotechnical engineering investigation should be carried out in stages. Geotechnical engineering investigation can be divided into three stages: feasibility study investigation (site selection investigation), preliminary investigation and detailed investigation, in which the feasibility study investigation should meet the requirements of site scheme determination; Preliminary investigation shall meet the requirements of preliminary design or expansion of preliminary design; Detailed investigation shall meet the requirements of construction design.

According to the different survey objects, it can be divided into: water conservancy and hydropower engineering (mainly referring to the survey of hydropower stations and hydraulic structures), railway engineering, highway engineering, ports and docks, large bridges, industrial and civil buildings, etc. Because water conservancy and hydropower projects, railway projects, highway projects and ports and docks are generally more important, and the investment cost and importance are higher, the state has separately classified these types of engineering surveys, and compiled corresponding survey specifications, procedures and technical standards. Usually, the survey of these projects is called engineering geological survey. Therefore, the so-called "geotechnical engineering investigation" mainly refers to the investigation of industrial and civil construction projects, and the main objects of investigation mainly include buildings, industrial workshops, school buildings, hospital buildings, municipal engineering, pipelines and overhead lines, coastal engineering, slope engineering, foundation pit engineering and foundation treatment.

The contents of geotechnical engineering investigation mainly include: engineering geological investigation and mapping, exploration and soil sampling, in-situ testing, indoor testing, on-site inspection and testing. Finally, based on the above methods or all, the engineering geological conditions of the site are qualitatively or quantitatively analyzed and evaluated, and the achievement report documents required in different stages are compiled.

What will the major of civil engineering (geotechnical engineering) study in the future?

Civil Engineering (English: Civil Engineering) is the general name of science and technology for building various engineering facilities.

It not only refers to the application of materials, equipment and technical activities such as survey, design, construction, maintenance and repair, but also refers to the object of engineering construction. That is, all kinds of engineering facilities, such as houses, roads, railways, pipelines, tunnels, bridges, canals, dams, ports, power stations, airports, offshore platforms, water supply and drainage, protection works, etc., which directly or indirectly serve human life, production, military affairs and scientific research.

Basic courses:

Advanced mathematics, linear algebra, probability and mathematical statistics, civil engineering drawing, CAD, building mechanics, structural mechanics, college English, etc.

Main course:

Theoretical mechanics, material mechanics, structural mechanics, fluid mechanics, soil mechanics, building materials, concrete structure and steel structure, building structure, bridge structure, underground structure, road survey and design and subgrade and pavement structure, construction technology and management.

Employment prospects:

Civil engineering is very special and systematic. Because the structures designed and built by civil engineers are almost unique, it is impossible to have two identical buildings. Although some buildings look the same, the site conditions (foundation, wind load, earthquake load, etc. ) The buildings are different. Large buildings such as dams, bridges or tunnels are completely different from each other. Therefore, civil engineers should be ready to deal with new and complicated situations at any time. At the same time, there are many related factors to be considered in the project, and any negligence in the design will lead to the failure of the project. On the other hand, with the development and perfection of computer technology, the calculation work in civil engineering construction becomes more and more convenient and fast. Therefore, it is no problem for any science student who is interested in engineering to apply for civil engineering, especially those who consider the problem comprehensively and systematically. Choosing to study civil engineering can give full play to their personal talents. From the market demand, China's infrastructure construction is in the ascendant, and long-span structures and super-high-rise projects have been established. This situation will not change much in the next few decades. This requires a large number of high-quality architectural talents to participate. At the same time, China's construction management level is very backward, and a group of talents who can improve the construction management level are urgently needed.

Take real estate as an example. At present, real estate is extremely hot, but the training of professionals has just started, and senior talents in this area are still rare in the market. In terms of going abroad, domestic electronics and computers still lag far behind foreign countries. In fact, the prospect of domestic construction industry is bright at present, so it is good and practical to consider staying in this industry in China.

With the expansion of civil engineering scale, and the subsequent development of construction tools, equipment and machinery to a variety, automation and large-scale, construction is becoming more and more mechanized and automated. At the same time, organization and management began to apply the theory and method of system engineering, which became more and more scientific. The construction of some engineering facilities continues to tend to the standardization of structures and components and the industrialization of production. This can not only reduce the cost, shorten the construction period, improve labor productivity, but also solve the construction problems under special conditions, thus building projects that were difficult to construct in the past. The major of civil engineering is a discipline that studies, designs and builds industrial and civil buildings, tunnels and underground buildings, highways and urban roads, bridges and other engineering facilities by using basic scientific knowledge such as mathematics, physics, chemistry and computer information science, technical scientific knowledge such as mechanics and materials, and corresponding engineering technical knowledge.

Course design of geotechnical engineering technology

Main courses: introduction to engineering geological survey, concrete and steel structure, drilling engineering, geotechnical engineering construction technology, geotechnical engineering site inspection, construction equipment, construction project supervision, construction project budget, road and bridge construction technology, foundation, construction project management and tunnel engineering.

Who can help to provide undergraduate courses of geotechnical engineering in China Geo University? Thank you!

There are some changes in the curriculum from freshmen to juniors, and there are fewer in seniors, with some increases and some decreases. The courses are probably engineering geology, general geology, petrology, geotechnical engineering investigation, geomorphology and Quaternary geology, building engineering materials, geotechnical engineering drilling principles, structural geology, environmental and engineering geophysical prospecting, foundation treatment and foundation pit supporting engineering, and basic engineering construction technology. Professional courses have not changed, and that's it. Plus public elective courses, you and I are colleagues, and I am also a geotechnical engineering major. Big rock and soil is very good and promising. Come and study.

What subjects should be tested in the specialized courses of geotechnical engineering graduate students?

Specialized courses include theoretical science, material mechanics, soil mechanics and geological engineering (each school has a different course, and specialized courses are also different).

The examination is divided into initial examination and second examination.

The initial exam is a national unified exam. This year is 1, 1, 1 1 two days, taking math (math 1), politics, English (these three national exams) and specialized courses.

Re-examination is generally divided into written examination and interview. The written test is generally about soil mechanics, rock mechanics, basic engineering, finite element and so on. And generally you can choose according to your own courses.

There may be an interview during the second interview. During the interview, the general interview teacher will ask questions about the contents of some professional courses according to your schedule to examine your mastery ability (usually some basic concepts)

(10) Extended reading of geotechnical engineering postgraduate courses;

Postgraduate application conditions

(1) Persons who register for the national unified entrance examination for postgraduate students shall meet the following conditions:

(1) People's Republic of China (PRC) (China) citizen.

(two) support the leadership of China, good moral character, law-abiding.

(3) Physical health status meets the medical examination requirements stipulated by the state and the admissions unit.

(four) the academic level of candidates must meet one of the following conditions:

1. Undergraduate graduates with nationally recognized academic qualifications (including undergraduate graduates of adult higher education organized by ordinary universities and adult colleges and universities) and undergraduates who can graduate from self-study exams and online education at that time must obtain nationally recognized undergraduate diplomas before September of that year 1.

2. People with a nationally recognized bachelor's degree need to pass through Xue Xin. At the time of registration. Those who fail can apply to the relevant education departments for academic certification.

3. Persons who have obtained the diploma of higher vocational colleges recognized by the state for two years (from graduation to admission in September of that year 1, the same below) and above, have reached the same academic level as undergraduate graduates, and meet the specific business requirements put forward by the enrollment unit according to the training objectives of this unit.

4. Undergraduate graduates recognized by the state are treated as undergraduate graduates with the same academic qualifications.

5. Persons who have obtained master's or doctoral degrees. Postgraduates must obtain the consent of the training unit before registering.