Civil Engineering Undergraduate Program
I. Duration&Degree
The program typically takes four years. The students can also choose to complete the
program in 3 years or withthin 8 years. Successful graduate will aquire a bachelor of
engineering degree.
II. Major Disciplines
Mechanics, civil engineering
Ⅲ. Course Strucutre
Major courses include:theoretical mechanics, material mechanics, structural
mechanics, engineering survey, civil engineering materials, concrete structure,
principal theory of steel structure, geotechnical engineering, geology, foundation
engineering, ,bridge and tunneling, traffic engineering, civil engineering construction,
engineering economy and project management.
The courses are divided into 3 course groups. A student will be required to major
in one group and also have to take at least two core courses in other two groups:
1. Building structural engineering group: building architecture, masonry structure,
design of building steel structure, design principle of composite structure, high-rise
building structure and earthquake resistance.
2. Geotechnical and underground structural engineering group: Geotechnical
engineering, underground engineering design principles, underground engineering
construction, foundation of disposal technique, geotechnical engineering survey.
3. Urban rail transportat engineering group: bridge engineering, roadway survey and
design, roadbed and pavement engineering, traffic engineering, rail alignment and
station design.
Ⅳ. Internship and Practice
survey practice, construction practice, metalworking practice, electronics and
electrical engineering practice, course project and experiment, and undergraduate
graduation project (thesis).
Ⅴ. Minimum Credits Requirement
Minimum graduation credits is 184 points.
Course Structure（Table-1）
Basic Course
Engineering Basic Course (18 Credit)
Advanced Mathematics A
C Language and Programming
College Physics C
10 Credit
4 Credit
4 Credit
Civil Basic Course (23 Credit)
Descriptive Geometry
2 Credit
Engineering Drawing ＆ Computer Aided Drawing
3.5 Credit
Theoretical Mechanics
2.5 Credit
Material Mechanics
5 Credit
Structural Mechanics 1
4 Credit
Material of Civil Engineering
3 Credit
Engineering Survey A
3 Credit
Civil Specialized Course ( 12.5 Credit)
Concrete Structure 1
3 Credit
Principal Theory of Steel Structure
3 Credit
Soil Mechanics and Engineering Geology 3 Credit
Civil Engineering Construction
3.5 Credit
Advance Course
Engineering Basic Course --Advance (10.5 Credit)
2 Credit
Linear Algebra B
Probability Theory and Mathematical Statistics B  2 Credit
2 Credit
Numerical Analysis
2 Credit
Basic Chemistry
Electronics in Electrical Engineering B
2.5 Credit
Civil Basic Course --Advence ( 24 Credit)
An Introduction to Civil Engineering 1 Credit
2 Credit
Structural Mechanics 2
Concrete Structures 2
3 Credit
2 Credit
Fluid Mechanics
Hydraulics and Bridge and Culvert Hydrology 3 Credit
Elastic Mechanics
2 Credit
Loads and Structural Design Principle 1 Credit
Retrieva of Science and Technology Literature 1 Credit
2 Credit
Engineering Economy and Project Management 
2 Credit
Foundation Engineering
2 Credit
Civil Engineering Budget Estimate
1 Credit
Structure tests principle
Building Equipment
2 Credit
Advance Civil Specialized Course (Building Structural) (12 Credit)
Building Architecture
3 Credit
Masonry Structure
1 Credit
Design of Building Steel Structure
2 Credit
Design Principle of Composite Structure
2 Credit
High-building Structure and Earthquake Resistance
3 Credit
Structral CAD (PKPM)
1 Credit
Advance Civil Specialized Course (Geotechnical & underground Structural)
(12 Credit)
3 Credit
Geotechnical Engineering
Underground Engineering Design Principle2 Credit
Underground Engineering Construction
3 Credit
Foundation of Disposal Technique
2 Credit
Geotechnical Engineering Survey
2 Credit
Advance Civil Specialized Course (Urban Rail Transport) (12.5 Credit)
Bridge Engineering A
4 Credit
2.5 Credit
Bridge Engineering B
Roadway Survey and Design
2 Credit
Roadbed and Pavement Engineering 2 Credit
Traffic Engineering
2 Credit
Rail Alignment and Station Design
2 Credit
Integration Course
Integration Course
Civil Elective (30.5 Credit)
Finite element method in structural analysis
2.5 Credit
Architectural Electricity
2 Credit
Water and Waste Water Engeering & Fire Protection 2 Credit
Code for Engineering Construction
1 Credit
Special Structures
1.5 Credit
Appraisal and Reinforce of Engineering Structrue 1.5 Credit
Development and Management of Real Estate 1.5 Credit
New Building Materials
1.5 Credit
Pile Foundation Design and Test Technique 2 Credit
Side slope and shoring project
1.5 Credit
Underground Structure
2 Credit
Tunnel Engineering
1.5 Credit
Rail Construction
2 Credit
Roadway & Interchange Design
1 Credit
RoadTransport Facility Design
1 Credit
Rail Transport Planning
1 Credit
*minimum elective credit points in D~I
5 Credit
Note：
1.In advance level, courses with * are compulsory courses.
2.In integration level, courses with * are compulsory courses.
3.Course with ★ are courses required by Civil Engineering Professional Commission.
4.Students are allowed to take courses in one sub-discipline and courses with Δ in
other
sub-discipline.
5.Students in Urban Rail Transport sub-discipline should take Hydraulics and Bridge
and Culvert Hydrology.