Overview
This program focuses on professional knowledge in engineering structural design, construction, and management. It emphasizes the application of theoretical knowledge with engineering practice, cultivating the professional competencies required for project planning, design, research, development, construction, and management within the civil engineering field.
Why Choose the Civil Engineering（Top-up Program）?
- With the advancement of urbanization, various public buildings, civil buildings, and infrastructure are continuously updated and constructed. Closely related to national economy and people's livelihood, the civil engineering major is in urgent need of a large number of high-quality applied engineering and technical talents.
- The program adjusts its talent training model and updates the curriculum system in line with industry development to meet the requirements for cultivating applied high-quality talents needed for the continuous transformation and upgrading of the construction industry.
- The program has a strong faculty team. Most teachers hold senior titles or above and have rich engineering practice experience. Many teachers hold professional qualifications such as national registered structural engineers.
- The program has complete hardware facilities, including multiple comprehensive laboratories for surveying, structures, geotechnics, etc., with advanced equipment, providing strong support for teachers' scientific research and teaching.
- Numerous on-campus and off-campus internship bases, established in collaboration with renowned enterprises, provide an excellent platform for practical training and future employment.
- Project-oriented case teaching model.
Basic Information
- School School of Civil Engineering
- Study Mode Full-time
- Program Length 2 years
- Degree Civil Engineering（Bachelor of Engineering）
Knowledge and Skills
Graduates of this program will have the following abilities:
- Master the design principles and methods for concrete and steel structures, possessing fundamental architectural structural design capabilities.
- Be proficient in using relevant software applications in civil engineering for structural design.
- Master the basic methods of civil engineering construction technology, engineering project management, and technical and economic analysis, and possess the capabilities of civil engineering construction organization and management, as well as engineering budgeting and estimation.
- Possess the basic professional qualities required for engaging in civil engineering project planning, design, construction, and management, and be able to apply professional theoretical knowledge to practice.
Message from the Program Director
“New Infrastructure and digital intelligence are injecting fresh vitality into the civil engineering industry. May you embrace technological transformation, hone your digital skills, and blend craftsmanship with smart technology. With down-to-earth effort, shine brightly in the fields of urban renewal and intelligent construction!”
Hongying Zhang
Curriculum
- Core Courses
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- Building Architecture
- Loads and Structural Design Methods
- Soil Mechanics
- Civil Engineering Materials
- Engineering Mechanics II
- Structural Mechanics I
- Foundation Engineering
- Principles of Concrete Structure Design I
- Principles of Steel Structures
- Construction of Architectural Engineering
- Concrete Structures and Masonry Structures
- Seismic Engineering
- Steel Structure Design
- Assessment and Strengthening of Engineering Structures
- Architectural Structure Modeling and Analysis
- Interpretation of Standard Structural Drawings and Reinforcement Detailing for Concrete Structures
- Practical Courses
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- Course Design of Building Architecture
- Course Design of Foundation Engineering
- Course Design of Design Principles of Concrete Structure Ⅰ
- Course Design of Concrete Structures and Masonry Structures
- Course Design of Steel Structure Design
- Course Design of Construction of Architectural Engineering
- Graduation Internship
- Graduation Design
- Specialized Courses
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- Construction Regulations
- Building Equipment
- Professional English for International Engineering
- Functional Building Materials
- Engineering Economy and Project Management
- Application of Green Buildings and Energy-Saving Technologies
- Surveying
- BIM Fundamentals
- Structural Experiments
- Special Topics in Structural Mechanics
- Engineering Cost Management
- Prefabricated Concrete Structures
- High-Rise Building Structures
- Introduction to International Engineering Management
- Construction Project Delivery Methods
Career Prospects
Available Positions: Structural design, On-site Construction and Management, Engineering Consulting, Engineering supervision in construction engineering, and other civil engineering-related work.
Further Study Directions: Structural Engineering, Geotechnical Engineering, Disaster Prevention and Mitigation, Engineering Management.