Civil Engineering Drawing Civil engineering drawing is a  compulsory course of civil engineering, it solve the problem of the spatial  geometry, introduce the theory and method of drawing and reading engineering  drawings. This course through the study of projection of the basic theory and  application to train the capability of illustration space geometry problem of  students, it train the initial capacity of drawing and reading architecture  engineering drawing and structural engineering drawing. This course train the  students’ self-learning ability and the ability to analyze and solve problems,  it also train the students’ responsible work attitude and meticulous work style.  There are 88 class hours in this course, the practice of drawing 6  hours. Theoretical Mechanics Engineering mechanics is subdivided into  three main divisions: statics (basic concepts and axioms of statics, force  analysis, coplanar forces system, spatial forces system and friction),  kinematics (motion of point, basic motion of rigid body, compound motion of  moving point and planar motion of rigid body) and kinetics (differential  equations of particle motion, theory of momentum, theory of moment of momentum,  theory of kinetic energy and principle of D’Alambert). There are 56 class hours  in this course. Through the course, the basic concepts and principles of  mechanics are introduced, the reasoning and problem-solving skills are mastered  by students. Mechanics of Materials The contents of Mechanics of Materials  includes the calculation of internal force, stress and strength for members, the  calculation of deformation, strain and stiffness of members, mechanical  properties of materials and testing methods, stress state and theory of  strength, the calculation of critical force, critical stress and stability.  There are 80 class hours in this course including 6 test hours. Through the  course, the students should be able to analyze and resolve some simple practical  engineering problems by using the theory and method of Mechanics of  materials. Structural Mechanics Structural Mechanics is unique to the  professional civil engineering foundation courses. It is to train students to  understand the civil engineering structure, to analyze the mechanical properties  of civil engineering structures and thusly to master the principles and skills  of designing structures. It is one of the main courses in this profession and  occupies an important undergraduate teaching status. There are 88 class hours in  this course. This course is to enhance the mechanical concepts of students, so  that let them to master a variety of theories and methods of structural  analysis. And also it is intended to make students to understand and grasp the  mechanical properties of bar-system structures so as to develop their innovation  and awareness of structures in the process of teaching objectives. Engineering Surveying  The  contents of the course mainly includes the spirit leveling, angle measurement,  distance measurement and observation magement error, control survey of basic  knowledge, topographic map of basic knowledge，the large scale topographic mapping and application, industry and  civil building construction survey content etc. There are 48 class hours in this  course including 8 test hours. The tests mainly include: the operation and use  of the Bubble, the general spirit leveling, the operation and use of the  theodolite ,Through the course, the basic knowledge of engineering surveying are  introduced, the application of the measuring instruments is mastered by the  students. And large scale topographic map reading and application are obtained  by students. Instruction of Civil Engineering Instruction of Civil Engineering is a  basic course of civil engineering. There are 32 class hours in this course. This  course introduces the basic contents, principles and means of variety of civil  engineering, and it also emphasis on its role in practice. Through learning this  course, the abilities to deal with real projects will be trained for students,  and the favor on their major courses will be improved. Civil Engineering Materials Civil Engineering Materials is a core  curriculum for most civil engineering profession students. It is intended to  introduce in detail the fundamental theories, knowledge and skills about the  main civil engineering materials including lime, cement, concrete, aggregates,  structural steel, asphalt binder and asphalt mixture. The primary goal is to  assist a civil engineering or construction student in understanding how  constructions differ in their physical, mechanical and chemical properties, and  in selecting the right material from many thousand available ones. It also  underlies a solid foundation for the successor specialization  courses. Fluid Mechanics Fluid mechanics is a branch of applied  (macro-) mechanics. Its content includes: (1)The principles of the static and  motion of liquids and gases.(2)The action of solid on fluid.(3)The applications  of these principles. Through the learning of this course, the student should be  able to do the common hydraulic calculations in hydraulic engineering, master  the fluid mechanics experimental technology, the method of solving the practical  problem. Theory of Elasticity Theory of elasticity is the theoretical  basis of solid mechanics. Its main task is to study the stress, strain and  displacement and its distribution in the elastic mass due to external force,  boundary constraint or temperature changes. There are 40 class hours in this  course including: some basic concepts and basic assumptions, theory of plane  problems, solution of plane problems in rectangular coordinates, theory of  spatial problems, etc. During the study, students are enabled to analyze the  stress and strain in the elastic mass, and further more to establish necessary  theoretical basis of solid mechanics problems such as strength, stiffness,  reliability, fracture and fatigue of structure in practical  engineering. Reinforced Concrete and Masonry  Structures It is an important professional basic  course, mainly about concrete structure design theory and basic components. The  course covers 90 class hours, from basic curriculum transition to the  professional curriculum role of bridge. By learning this course, students should  understand the concrete structural features and application, and grasp the  concrete structure stress performance, calculation principles and design  methods, and be familiar with the building and bridge of concrete structure  design code for concrete structure design. After graduation the basis for  continuing to study on concrete structure is laid. Civil Engineering Geology Civil engineering geology is an important  professional basic course of civil engineering. There are 32 class hours  including: mineral and rock, stratum and geological structure, underground  water, engineering properties of rock and special soil, unfavorable geological  phenomena and prevention and cure, underground engineering geological problems,  groundation engineering geological problems, slope engineering geological  problems, and engineering geology prospecting, etc. During this course, students  should understand the basic knowledge of engineering geology, phenomenon and  problems of engineering geology encountered in engineering construction and  their influence, can analyze, estimate and solve common engineering geology  problems using learned knowledge. Soil Mechanics and Foundation  Engineering The contents of the course includes  physical properties and engineering classification of soil, water flow through  soil, stresses in soil, compression and consolidation of soil, shear strength of  soil, earth pressure and retaining structures, slope stability, bearing capacity  of foundations, shallow foundations analysis and design, pile foundations,  special soil and ground treatments methods. There are 64 class hours in this  course including 8 test hours. The tests mainly include: the tests of water  content, density, specific gravity of soil particle; the test of consistency  limit; consolidation tests; direct shear tests and triaxial compression tests.  Through the course, the basic principles of soil mechanics are introduced, and  the primary experimental ability is mastered by students. Besides the design  abilities of retaining structures, shallow foundations and pile foundations are  obtained by students. Steel Structure This course have 64 lessons and the main  contents include that steel structural material, design method, structural  damage forms, connections, tension members, axial compression members, flexural  members, bending members and heavy plant structure design. Through this course,  students can select steel material correctly; grasp the design of weld  connections and bolts connections; comprehend steel structure basic components  and complete the design of steel plant. Housing Architectonics The basic principles and methods of  architectural design and structure is introduced in Housing Architectonics. The  course also is one of the major basic professional courses,  and  it’s connecting link  between the preceding and the following. This  course includes 64 class hours, and its major task is to research the  combination principle of components of building, methods of structure and  designing principle of architectural space environment .Through this course, The  elementary ability to be engaged in architectural designing of scheme and  construction drawing will be obtained by students. Civil Engineering CAD Civil Engineering CAD is a special basic  and required course for the Civil Engineering specialty. This course is one that  has a practice character, and a following one for the Descriptive Geometry and  Civil Engineering Drawing. This course mainly introduces a basic conception of  CAD, and learns the software application of Auto CAD and Tarch, draw the design  and civil engineering plan by using CAD technical.The purpose of this course is  to make the students master the drawing the construction pattern by Tarch  software starting from the basic concept of computer aided design and basing on  the mastering of AutoCAD ^{2 d}. Construction Project Budget The contents of construction project  budget include of the classification, functions, contents, application of  architectural engineering quota and the cost composition of installation  engineering. Besides the detailed project quality list and cost management of  building engineering also are introduced in this course.  There are  32 class hours in this course. Through the course, the students can be familiar  with architectural engineering quota, and grasp the construction and  installation engineering cost composition, preparation of construction budget  and the calculation methods of the detailed project quality list. Seismic Design of Building Structural seismic design includes:  introduction, site and foundation, structural seismic response analysis and  seismic calculation, multi-story masonry structure seismic design of reinforced  concrete, high-rise building seismic design of structures, seismic design of  high-rise steel structure, single building seismic design, isolation shock and  structure control preliminary, et al. Through this course of study, Students can  execute China's relevant laws and norms, It also can do Earthquake resistance  and disaster mitigation planning to prevent or reduce the building, and master  the skills of the earthquake damage, make the building earthquake resistance, as  far as possible to reduce the damage and avoid loss of life and reduce economic  loss.   Construction and Organization Technology   The contents of the course includes  technique of earthwork, deep foundation engineering, masonry engineering,  concrete structure engineering, pre-stressed concrete engineering, structure of  building installation engineering, bridge engineering, road engineering,  waterproof engineering, building decoration and finishing projects, the  organization design of the unit engineering construction, the organization  design of the general construction. There are 64 class hours in these courses.  Through the course, the basic knowledge and skills of construction technology of  civil engineering and construction management is mastered by students. Besides  the ability of engineering construction and management, solving the practical  problem, active exploration and innovation spirit are obtained by  students. English of Civil Engineering English of Civil Engineering course  includes building materials, construction engineering, construction, foundation,  earthquake resistant structure design, etc. This course is a total of 32 hours,  mainly introduces the basic characteristics of professional English, and the  professional English in, centralized layout in the civil engineering  professional literature reading material. Through the professional foreign  language learning, to make the students master a certain number of civil  engineering specialty English everyday vocabulary and technical terms, can the  basic right to read and understand the professional English books and documents.  To make the students will be able to use a foreign language the tools. Through  reading the students can obtain foreign and the professional related scientific  and technical information. Multilayer and tall building structure  design This course is a threshold of civil  engineering specialty courses. The aim and task of the course are to learn a  multilayer and tall building structure design method. The course consists of 32  course hours. The main requirements include : understanding tall building  structure system and various system features and scope of application; mastering  the wind load and earthquake action calculation method; mastering the internal  force and displacement calculation method for frame structure, shear wall  structure, and frame shear wall structure with three kinds of basic structure;  understanding structural internal force distribution and lateral deformation  characteristic and law of those kinds; learning the three system frame and shear  wall member reinforcement calculation and structural requirements. Through the  studying of this course, mastering reinforced concrete structure seismic design  theory and method. Structural Mechanics II Structural Mechanics II - thematic  tutorial was published by Higher Education Press and edited by Long Yuqiu, Bao  Shihua. This course have 7 chapters including statically indeterminate structure  general, statically indeterminate structure general, ultra-energy principle,  structural dynamic calculations, structure and stability calculations, ultimate  load, structural mechanics and methodology and so on. This course can be used to  cultivate civil engineering professional and technical personnel. Road and Bridge Engineering The contents of the course includes the  basic features of bridge engineering, classification of structure , the main  mechanical behavior and structural characteristics, the theory of design and  calculation, as well as the manufacturing process and construction technology  etc. There are 40 class hours in this course. Through the course, the basic  knowledge of bridge engineering are introduced, and the general design principle  and computation theory of bridge are mastered by students. Moreover, the bridge  construction technology can be learned by students, and the bridge design  foundations and construction foundations are obtained by students.   Curriculum Design of Building  Architecture Curriculum Design of Building Architecture  is a practice teaching which is based on completing the theoretical teaching  course work of architectural, and it‘s an effective means of summarizing the  course content. It is aimed to consolidate and deepen the basic principle and  knowledge of architectural and structural design. Moreover it is an essential  way to train the students to utilize professional knowledge synthetically and  improve students’ ability of application and practice. Steel Structure curriculum designThis design is the practical application of  Steel Structure course. The design content is trapezoidal steel roof truss and  design time is 2 weeks. Through this design, students can further comprehend on  steel structure courses; learn how to use specifications, architecture drawing  collections; cultivate some ability to solve practical project problems.

Metallic materials  engineering: training senior engineering and  technical personnel who have engaged in research and development, process and  equipment design, production and operation management of the new materials work  in the field of metal materials engineering. This specialty provides  professional graduates for Hebei Province which experiences shortage for these professional  talents , mainly in technology and management of all kinds of enterprises,  research institutions engaged in the development and application of new  materials, materials processing and surface treatment. Material forming and controlling  engineering: training senior engineering and  technical personnel who have engaged in the field of material molding and  computer controlling engineering to do scientific research, technology and  equipment design and control, production and operations management, and other  aspects of the work. The specialty sets three directions: material liquid  molding, solid-state connection and modern mold design and manufacture. The  graduates have breadth of employment by enterprises, and they are for several  years in short supply. Polymer materials and  engineering: training senior engineering and  technical personnel who have engaged in scientific research, technology  development, process and equipment design, production and operations management  work in areas such as polymer synthesis and processing of materials forming.  There is a shortage of professionals in Hebei Province. Graduates with relevant technical are serious in  shortage, and they have been in short supply. Inorganic non-metallic materials  engineering: training senior engineering and  technical personnel who have engaged in scientific research, technology  development, process and equipment design, production and operation and  management in the field of inorganic non-metallic materials, composites, and  nonmaterial research and analysis, material preparation, materials, molding and  processing aspects of the work of senior engineers and technicians. The  professional talent is shortage in Hebei Province and the professional graduates  engaged in technical and managerial work in the field have good employment  prospects. Metallurgical  Engineering: training advanced engineering and  technical personnel with metallurgical physical chemical, steel and non-ferrous  metallurgical knowledge. They have engaged in the production, design, research  and management in the field of metallurgical engineering. The specialty is set  up for the shortage of metallurgical engineering professionals. The prospects of  the graduates’ employment are broad, and they major in various metallurgical  enterprises and related enterprises engaged in technology,  management.