What specific courses are offered in the civil engineering major of Zhengzhou University?

I found the following contents on the website of Civil Engineering College, hoping to help you (however, due to the limitation of words, I deleted part of the following course introduction. You can learn more by yourself according to that website! Finally, it seems that the course is very heavy, I hope you will come on)

Main study courses of civil engineering and environmental protection major in Civil Engineering College

School of Civil Engineering [04]

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Course number: 04200 1

Course Name: Descriptive Geometry

Course category: professional basic course credits: 2

Teaching object: civil engineering specialty

Course introduction:

This course is a compulsory basic course for civil engineering majors. This paper mainly studies the theory and method of how to express three-dimensional space shape with two-dimensional plane orthographic projection theory and orthographic projection method. This course is systematic and logical, and its main purpose is to cultivate students' graphic ability and spatial imagination on spatial geometry problems and lay a solid foundation for other professional courses.

A solid foundation. The main contents of this course are: point orthographic theory, line orthographic theory, plane orthographic theory and volume orthographic theory.

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Course Name: Structural Mechanics

Course category: professional basic course credits: 6

Course introduction:

This course is a compulsory professional basic course for civil engineering majors. This paper systematically introduces the theory and method of strength and stiffness calculation, static and dynamic calculation of bar structure, and analyzes the composition, mechanical properties and reasonable forms of various structures. It provides necessary theoretical knowledge and calculation methods for civil engineering design, construction and scientific research personnel, and lays the necessary mechanical foundation for subsequent professional courses. In addition to classroom teaching, appropriate computer training is also arranged in the teaching process.

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Course Name: Special Topics of Structural Mechanics

Course category: professional basic course credits: 1.5

Teaching object: civil engineering specialty

Course introduction:

This course is divided into two parts. In the part of structural stability calculation, the concepts of two kinds of stability problems are discussed. Two basic solutions to the stability of bifurcation points of finite-degree-of-freedom systems and infinite-degree-of-freedom systems: static method and energy method. Stability and stiffness stability of arc arch ring of composite compression bar. In the limit analysis part of the structure, the concepts of limit bending moment and plastic hinge are discussed. The upper and lower bound theorem of limit analysis, two algorithms of limit load of statically indeterminate beam and rigid frame-mechanism method and trial and error method.

Course Name: Architectural Architecture

Course category: professional basic course credits: 3

Course introduction:

This course is one of the important professional basic courses for undergraduate students majoring in civil engineering, and it is the only course that introduces architectural knowledge during the four-year study in the university. Its main contents include the general situation of building development, the classification and classification of buildings, the principles of building design and construction, the design principles and methods of plane, elevation, section and space combination and utilization of industrial and civil buildings, and the construction principles and methods of basic components of industrial and civil buildings: basic walls and columns, floors and floors, stairs, roofs, doors and windows and other components and accessories.

In addition to theoretical teaching, a two-week course design will be arranged.

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Course Name: Subgrade and Pavement Engineering

Course category: specialized course credits: 3

Teaching object: traffic and civil engineering direction of civil engineering specialty

Course introduction:

This course is a restricted professional course in the direction of transportation and civil engineering for civil engineering majors. Its main feature is that both theoretical analysis and practical experience are equally important. The main contents of the course include the analysis of influencing factors of subgrade and pavement structure performance, general subgrade design and stability analysis, subgrade protection engineering design, crushed stone and stone pavement design, semi-rigid pavement design, flexible pavement design, rigid pavement design, subgrade and pavement drainage design and course design. The purpose of the course is to enable students to master the analysis and design methods of subgrade and various pavement structures through teaching, and to cultivate their basic ability in subgrade and pavement engineering design.

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Course Name: Engineering Economics

Course category: specialized course credits: 2.5

Course introduction:

This course is a specialized course for civil engineering majors. This course comprehensively and systematically introduces the basic principles and methods of engineering economics and its application in project management decision. The main contents include: time value of funds, current flow and its evaluation method, risk and uncertainty analysis, project financing, project feasibility study, project financial evaluation, national economic evaluation, benefit and cost analysis, value engineering and post-project evaluation. The teaching link is mainly classroom theory teaching.

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Course Name: Steel Structure

Course category: specialized course credits: 4

Course introduction:

This course is a civil engineering course with both discipline foundation and professional nature, and it is a course that pays equal attention to theory and application. It is an engineering course to study the working performance and reasonable design of steel structures in industrial and civil buildings. This course systematically introduces the characteristics of steel structure, basic design principles, basic knowledge of material and component calculation, structural methods and design skills, cultivates the ability of steel structure selection and design of basic components and connections, grasps the design of steel roof truss and other structures and the drawing of construction drawings, and lays the necessary foundation for future design and research of steel structure. In addition to classroom theory teaching, there is also 1 week curriculum design.

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Course Name: Building Code

Course category: specialized courses

Course introduction:

This course is one of the elective courses for civil engineering majors. The purpose and task of this course is to make students familiar with and understand the laws and regulations system in China's construction field, have certain knowledge of laws and regulations, and have certain ability to solve related legal problems in engineering construction. The main contents of this course are: 1, Introduction to Building Regulations; 2, engineering construction procedures and regulations; 3, engineering construction qualification laws and regulations; 4, urban and rural construction planning regulations; 5. Laws and regulations on project contracting and contracting; 6; Regulations on engineering survey and design; 7, engineering construction supervision regulations; 8, engineering construction safety production management regulations; 9, construction engineering quality management regulations; 10, construction contract management regulations. The teaching link is mainly classroom theory teaching.

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Course Name: Principles of Concrete Structure

Course category: specialized courses

Course introduction:

This course is a compulsory course for undergraduates majoring in civil engineering. It is an important course based on experiments and closely related to engineering practice. The contents include: the mechanical properties of steel bars and concrete and the bonding properties between them; Design principles of concrete structures; Calculation of mechanical properties and bearing capacity of reinforced concrete members in normal section, oblique section, bending, shearing, torsion, compression and tension. The teaching link is mainly classroom theory teaching, and some teaching experiments are set up.

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Course Name: Traffic Engineering

Teaching object: traffic and civil engineering direction of civil engineering specialty

Course introduction:

This course is an important professional course in the direction of transportation and civil engineering for civil engineering majors, and it is an introductory course for traffic engineering majors. It is a professional basic course for traffic planning, traffic management, traffic control, road engineering and other majors. This course starts with the basic knowledge of traffic engineering, systematically expounds the traffic characteristics of people, vehicles and traffic flow, and extends to the discussion of traffic flow theory on this basis; At the same time, it highlights the characteristics of traffic engineering as an applied discipline, and introduces the theory and application of traffic investigation and analysis, traffic planning, traffic management and traffic control, parking lot and so on. This paper discusses the main evaluation indexes of traffic engineering, and expounds the traffic safety and the influence of traffic on the environment. The teaching link is mainly classroom theory teaching.

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Course Name: Highway Network Planning

Teaching object: traffic and civil engineering direction of civil engineering specialty

Course introduction:

This course is an elective course for undergraduates majoring in transportation and civil engineering. Its main contents include: basic principles and procedures of highway network planning, information collection and development prediction of regional social economy and traffic, highway network layout planning and hub planning, comprehensive evaluation of planning schemes and sequencing of implementation projects. Through the study of this course, students can master the basic skills of regional highway network planning scheme design, comprehensive evaluation and implementation scheme design, and also learn the basic knowledge of topology theory, system planning and random prediction theory. The teaching link is mainly classroom theory teaching.

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Course Name: Introduction to Engineering Construction Supervision

Teaching object: construction supervision and engineering consulting direction of civil engineering specialty

Course introduction:

This course is a specialized course for undergraduates majoring in construction supervision and engineering consulting in civil engineering. This paper mainly introduces China's engineering construction supervision system and related laws and regulations, as well as the basic concept and practical operation methods of construction supervision. Through the study of this course, students can systematically understand the organization, contents and methods of engineering construction supervision, deepen their knowledge and understanding of China's construction supervision system, and have a preliminary understanding of international popular engineering management models, laying a good foundation for future engineering supervision work. The teaching link is mainly classroom theory teaching.

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Course Name: Information Retrieval

Teaching object: industrial and wood engineering specialty

Course introduction:

This course is a course to improve students' intelligent structure. Information retrieval includes literature retrieval, information retrieval, data retrieval and fact retrieval. Its retrieval skills include manual retrieval, computer retrieval, CD retrieval, international online retrieval and modern network information retrieval. Its main content is to apply the information retrieval method to the literature retrieval of engineering structures based on the basic principles of information retrieval. This course pays attention to the cultivation of retrieval ability, which plays a very important role in improving students' self-study ability and scientific research ability, enhancing students' information awareness and mastering the skills of obtaining and using information. The teaching link is mainly classroom theory teaching, as well as practice between classes.

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Course Name: High-rise Building Structure

Teaching object: civil engineering specialty

Course introduction:

This course is an elective course for undergraduates majoring in civil engineering. Its contents include the structural system and layout of high-rise building, structural load and structural calculation principle, simplified calculation of torsional effect of high-rise building, calculation of internal force and displacement of frame structure, calculation of internal force and displacement of shear wall structure, calculation of cooperative work of frame-shear wall structure, analysis and design method of tube structure and steel-concrete composite structure, section design and structural requirements of structural members of high-rise building, design points of high-rise building foundation, etc. The teaching link is mainly classroom theory teaching.

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Course Name: Combination Structure

Teaching object: civil engineering specialty

Course introduction:

This course is an elective course for civil engineering majors in the direction of building engineering. This paper mainly introduces the common forms of steel-concrete composite structures, including steel-concrete composite beams, concrete-filled steel tubular columns, steel composite floors and rigid concrete columns. This paper introduces the forms, characteristics, calculation methods and structural requirements of various composite structures, with the standards included in codes or regulations and recommended by the state as the main content. The teaching link is mainly classroom theory teaching.

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Course Name: Engineering Accident Treatment

Teaching object: civil engineering specialty

Course introduction:

This course is an optional course to adapt to the fact that China's engineering construction is in the stage of both new construction and maintenance and reconstruction. The main contents include the cause analysis and reinforcement technology of engineering accidents such as masonry structure, reinforced concrete structure, steel structure and foundation. In the aspect of reinforcement technology, the calculation and construction of reinforcement methods such as carbon fiber cloth, steel bonding reinforcement, external prestress, external concrete, cement grouting and chemical grouting are mainly introduced. The teaching link is mainly classroom theory teaching.

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Course Name: Special Structure

Course category: specialized courses

Teaching object: civil engineering specialty

Course introduction:

This course is one of the professional elective courses for undergraduates majoring in civil engineering, and it is a comprehensive professional course with special purpose and unique structure. This paper mainly introduces five kinds of most widely used special structures in industrial enterprises, such as retaining wall, liquid storage tank, water tower, silo structure and chimney. It mainly includes the engineering geometric structure characteristics and reinforcement structure requirements of various structures, the simplified internal force analysis method of structures under external force and the design and calculation method of stressed steel bars involved in engineering design, which has certain guiding significance for understanding and mastering the design and calculation of special structures. The teaching link is mainly classroom theory teaching.

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Course Name: Structural Optimization Design

Teaching object: civil engineering specialty

Course introduction:

This course belongs to the "design concept" upgrading course for undergraduates majoring in civil engineering, and it is a combination of basic courses and professional basic courses. The basic concepts, theories and methods of structural optimization design are emphatically introduced. It is not only different from the optimization theory of science majors, but also different from linear programming or operational research of other majors. Instead, take the structural design as an example, focusing on the conclusion, without too much theoretical derivation or proof. The "criterion method" with simple mechanical concepts such as full stress design method and tooth profile method is explained in detail, and the mathematical planning is briefly introduced. Give priority to lectures in teaching, and arrange appropriate computer training.

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Course Name: Construction Project Management

Teaching object: construction supervision and engineering consulting direction of civil engineering specialty

Course introduction:

This course is an introductory professional course in the direction of construction supervision and engineering consultation of civil engineering specialty. This paper mainly describes the basic concepts and theories of project management, as well as the basic theoretical knowledge of project feasibility study, decision-making, investment control, time management, quality management, contract management and information management. Strive to make students understand the basic procedures and systems of engineering project construction and master the basic project evaluation methods and management means on the basis of understanding design and construction. Further strengthen the awareness of quality, safety, environment, risk and law; Master the basic skills of engineering construction management. The teaching link is mainly classroom theory teaching.

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Course Name: Soil Mechanics and Basic Engineering

Teaching object: civil engineering specialty

Course introduction:

This course is a professional basic course for undergraduates majoring in civil engineering, including "Soil Mechanics" and "Basic Engineering". Systematic teaching of soil properties and engineering classification, calculation of foundation stress and settlement, shear strength of soil, bearing capacity of foundation, soil pressure and stability analysis of soil slope. The conventional design theory and calculation method of shallow foundation and pile foundation are emphatically introduced. This paper briefly introduces the commonly used treatment technologies of regional foundation, earthquake zone foundation and soft soil foundation in China.

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Course Name: Building Structure Testing

Teaching object: civil engineering specialty

Course introduction:

This course is a professional technical course with strong practicality and wide knowledge. The equipment, test component design, test scheme design and test data analysis of static and dynamic load test of building structures are systematically taught. Through the practice of learning and teaching experiments in this course, students can master the design methods and test methods of production appraisal experiments and scientific research experiments, and correctly estimate the bearing capacity of the structure by observing and analyzing the response of the structure under stress, which provides scientific basis for verifying and developing the structural design theory.

In addition to classroom theory teaching, teaching experiments are also arranged for a certain period of time.

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Course Name: Mechanics of Elasticity

Teaching object: civil engineering specialty

Course introduction:

This course is an important basic course for civil engineering majors. This paper systematically introduces the basic concepts, principles and methods of elasticity, and discusses the more accurate calculation method of elastomer and some practical engineering problems. Lay a good theoretical foundation for the study of related professional courses; It is necessary for modern engineers with high theoretical quality to provide students with the basic knowledge necessary for scientific research and complex structural design and calculation after graduation. The teaching link is mainly classroom theory teaching.

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Course Name: Professional English (1)

Course category: professional and technical basic courses

Teaching object: civil engineering specialty

Course introduction:

This course is a major technical basic course for civil engineering majors. The main teaching contents are: civil engineering, architecture and architecture, building components, bridges and so on.

This course takes specialized English literature as the teaching carrier and focuses on specialized English vocabulary. After completing this course, you should meet the following basic requirements:

1. Master the basic structure and expression of professional English documents.

2. Proficient in the basic vocabulary of professional English, and able to correctly use the basic vocabulary of professional English to express professional sentences.

3. Correctly understand the central idea of professional literature.

4. Master the ability of consulting foreign language materials.

5. Cultivate the translation ability of professional foreign language materials.

Course Name: Professional English (II)

Course category: professional technology foundation course objective: civil engineering specialty

Course introduction:

This course is a major technical basic course for civil engineering majors. Its purpose is to enable students to master the basic knowledge of basic courses such as college English and building materials, and to master certain professional English vocabulary, so as to cultivate the reading and translation ability of professional English documents and the ability of students to consult foreign language materials, and lay the necessary foundation for further study of professional courses and professional work after graduation. The main contents of this course: building materials, structural analysis, structural design, soil mechanics, foundation, construction engineering, etc.

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Course Name: Masonry Structure

Teaching object: architectural engineering direction of civil engineering specialty

Course introduction:

This course is one of the main professional courses of civil engineering. Masonry structure has a long history in China, and it is a widely used structure. The contents include a brief history of development, mechanical properties of materials and masonry, calculation method of masonry structure, calculation of bearing capacity of members, design of mixed structure wall, structural measures of lintel, wall beam and wall, and brief introduction of seismic design of mixed structure. The teaching link is mainly classroom theory teaching.

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Course Name: Concrete Structure Design

Teaching object: architectural engineering direction of civil engineering specialty

Course introduction:

This course is an important limited elective course for undergraduates majoring in civil engineering. On the basis of studying the design principle of concrete structure, we can further master the design and calculation of common industrial and civil concrete structures. Its main contents include: the selection of concrete structure, the design of reinforced concrete floor, the design of single-storey industrial workshop and the design of multi-storey frame structure. In addition to classroom theory teaching, there are 2.5 weeks of curriculum design.

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Course Name: Basic Engineering

Teaching object: civil engineering specialty

Course introduction:

This course is an important professional course for undergraduates majoring in civil engineering, and it is also a necessary professional technical theory for technicians of civil engineering survey, design and construction. This paper mainly introduces the design contents of shallow foundation and deep foundation such as unreinforced extended foundation, reinforced concrete extended foundation and reinforced concrete strip foundation under columns, and briefly describes the general methods of soft foundation treatment and regional foundation problems. The teaching link is mainly classroom theory teaching.

Course Name: Seismic Design of Building Structures

Teaching object: civil engineering specialty

Course introduction:

This course is a major professional course of civil engineering, and it is an engineering technology course to study the seismic design method of industrial and civil building structures. This paper mainly studies the basic principles of structural seismic fortification, the calculation method of earthquake action, the basic requirements of structural seismic checking calculation, the seismic calculation and seismic construction method of foundation, masonry house, single-storey factory building and multi-storey reinforced concrete house. This is not only the need of structural seismic design, but also lays the foundation for further research of seismic engineering in the future. The teaching link is mainly classroom theory teaching.

Course Name: Civil Engineering Consulting and Evaluation

Teaching object: construction supervision and engineering consulting direction of civil engineering specialty

Course introduction:

This course is an elective course for undergraduates majoring in civil engineering. The content involves two parts: engineering consultation and engineering evaluation. Its main contents include: the concept of engineering consulting, engineering consulting company, engineering consulting service content, engineering consulting risk management and insurance, engineering cost composition, investment estimation, contractor's engineering estimation, engineering valuation management, etc. It is an indispensable professional knowledge for technicians such as real estate development and engineering consulting. The main teaching link is classroom theory teaching.

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Course Name: Construction Contract Management

Teaching object: construction supervision and engineering consulting direction of civil engineering specialty

Course introduction:

This course is an introductory course for students majoring in construction supervision and engineering consulting in civil engineering. Mainly introduces the basic knowledge of contract law; The signing, performance and termination of the construction contract; Construction contract of building engineering; Construction project supervision contract; Construction engineering survey and design contract; Engineering construction claims, etc. This course is an important part of construction project management, which plays an important role and significance for professional and technical personnel engaged in civil engineering design, construction and supervision to apply contract management. In addition, the study of this course can also cultivate students' contract awareness and enhance their understanding of international engineering management practice. The teaching link is mainly classroom theory teaching.

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Course Name: Bridge Engineering

Teaching object: traffic and civil engineering direction of civil engineering specialty

Course introduction:

This course is an important specialized course for undergraduates majoring in transportation and civil engineering. Its main contents include: the characteristics and structural principles of small and medium-sized bridges (simply supported beams, continuous beams, etc.). ) commonly used in China, the calculation of load transverse distribution coefficient, internal force calculation, section design and reinforcement calculation; This paper briefly introduces the structure, calculation and construction characteristics of various long-span bridges. Introduce the knowledge about piers and abutments.

The course design is scheduled for 2 weeks in addition to classroom teaching and TV recording.

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Course Name: Road Survey and Design

Teaching object: traffic and civil engineering direction of civil engineering specialty

Course introduction:

This course is a specialized course of transportation and civil engineering for civil engineering majors. Highway is a strip-shaped three-dimensional spatial structure, including pavement, subgrade, bridge and culvert, tunnel and other engineering entities. Highway design is studied from geometry and structure. This course mainly teaches automobile driving theory, highway plane, longitudinal section, cross-section design, route selection and alignment, etc. , so that students can master the safety, economy, passenger comfort and road aesthetics under natural conditions such as design speed, estimated traffic volume and terrain. In addition to classroom theoretical teaching, the course design also arranges 1.5 weeks.

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Course Name: Road and Bridge Engineering Construction

Teaching object: traffic and civil engineering direction of civil engineering specialty

Course introduction:

This course is an introductory professional course for traffic and civil engineering majors. Its main feature is strong engineering specialty, and it pays attention to the study of practical experience while learning basic theory. The course content mainly includes subgrade construction, pavement construction, bridge foundation construction, pier construction, superstructure construction of beam bridge and special bridge construction. The purpose of the course is to enable students to master the basic principles and methods of road and bridge engineering construction through teaching, and to cultivate students' basic ability to analyze and solve practical engineering problems, organize and lead road and bridge engineering construction.

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Course Name: International Engineering Management

Teaching object: civil engineering specialty

Course introduction:

This course is an introductory course for undergraduates majoring in construction supervision and engineering consulting in civil engineering. This paper mainly introduces international project contracting, bidding, international project contracting and contract management. With China's entry into WTO, China's opening to the outside world has developed rapidly, which requires China's construction industry to effectively meet international standards. Therefore, the importance of this course for students majoring in civil engineering is obvious. The teaching link is mainly classroom theory teaching.

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Course Name: Deep Foundation Pit Engineering

Course category: major course objective: civil engineering major

Course introduction:

This course is a specialized elective course for civil engineering undergraduates. It mainly teaches the investigation of foundation pit engineering, the commonly used calculation methods of earth pressure and water pressure acting on supporting structures, the stability theory and checking calculation of foundation pit, the design and calculation of common supporting structures such as row pile supporting structure, underground continuous wall, cement soil wall and soil nailing wall, and the related contents of information construction.

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Course Name: Investment Risk Management

Teaching object: civil engineering specialty

Course introduction:

This course is a professional and technical course in various fields of civil engineering. Its purpose is to enable students to understand the basic concepts of investment risk management, master the basic theories, management methods and skills of investment risk management, cultivate students' ability to analyze and solve problems by using relevant knowledge of investment risk management, and lay the necessary foundation for further studying related courses and engaging in professional work after graduation.

Course Name: Steel Structure Design

Credits: 2

Teaching object: civil engineering specialty

Course introduction:

This course is an important practical teaching link of civil engineering specialty and a summary of students' knowledge and ability. Through the course design of steel structure, students can further understand the structural type, structural layout and stress characteristics of steel structure, master the calculation diagram, load combination and internal force analysis of steel structure, and master the structural requirements of steel structure. It is required that under the guidance of teachers, referring to the textbooks and related materials that have been learned, and comprehensively applying the basic theories and knowledge of steel structure materials, connections, basic components, etc., the overall steel structure design and calculation are carried out, and the steel structure construction drawing is drawn.

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Course Name: Foundation Pit Engineering

Teaching object: civil engineering specialty

Course introduction:

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Course Name: Reliability of Engineering Structures

Teaching object: civil engineering specialty

Course introduction:

This course is a professional basic course for civil engineering majors. The purpose and task of this course is to make students learn to analyze and design the safety, applicability and durability of engineering structures from the perspective of uncertainty, fully understand the evolution process of design codes in China, and master the basis for formulating existing codes, so as to have a better understanding of the reliability of engineering structures designed, constructed and used.

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Course Name: Building Equipment Engineering

Teaching object: industrial engineering specialty

Course introduction:

This course is a specialized course for civil engineering majors. This paper systematically introduces the water supply, drainage, heating, ventilation, air conditioning, power supply and other systems and facilities in buildings, which are necessary equipment systems to ensure that modern buildings meet the production technology and people's requirements for the building environment, and play an important role in buildings. Through the study of this course, students can master the mutual cooperation and coordination between these equipment and buildings, structures and production process equipment in buildings; Familiar with the basic theory, brief calculation method, applied materials and equipment of construction equipment, understand the selection and design principles of construction equipment system, and cultivate students' ability to solve engineering problems initially.

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Course Name: Engineering Supervision

Teaching object: industrial engineering specialty

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Course Name: Surveying Practice

Teaching object: civil engineering specialty

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Course Name: Production Practice

Teaching object: civil engineering specialty

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Course Name: Construction Organization Design

Teaching object: civil engineering specialty