The program consists of 36 credits of coursework and thesis. The required courses takes 12 credits.
The elective courses, chosen to suit student's interest and research topic, must be at least 12 credits. There is
an additional 12 credits of thesis.
| Courses |
Credits |
| Requir courses |
12 credits |
| Elective courses |
12 credits |
| Thesis |
12 credits |
| Total |
36 credits |
Required Courses
- Building Systems
- Infrastructure Systems
- Construction Project Administrations
- Research Methodology
- Seminar
Elective Courses
Student may choose any of these elective courses* from any field. It is not necessary to choose your elective course from
a single field as we understand that your research interest may be interdisciplinary.
Construction Management
- Construction Planning and Control
- Construction Techniques and Equipment
- Construction Cost, Economics and Finance
- Construction Safety Management
- Construction Organizational Management
- Law and Contract Administrations
- Quality Control in Construction Projects
Geoinformatics
- Applied Geoinformatics for Land Use Planning
- Applied Geoinformatics for Watershed Management
- Geoinformatics System in Engineering
- Geoinformatics for Disaster Management and Mitigation
- Geoinformation Technology Applications for Climate Change
- Geoinformatics for Transportation Analysis
- Hydrometeorology
- Natural Disaster Engineering
Geotechnical Engineering
- Advanced Foundation Engineering
- Engineering Properties of Soil
- Earth Structures
- Engineering Properties of Soil
- Excavations and Support Systems
- Finite Element Method for Geotechnical Engineering
- Geoenvironmental Engineering
- Soil and Site Improvement
- Theoretical Soil Mechanics
Structural Engineering
- Advanced Design of Prestressed Concrete
- Advanced Design of Reinforced Concretes
- Advanced Design of Steel Structure
- Applied Mathematics for Engineering
- Applied Differential Equations for Engineering
- Finite Element Method for Civil Engineering
- Inverse Problem Analysis for Civil Engineering
- Numerical Methods for Engineering
- Optimization Methods for Engineers and Scientists
- Seismic Repair and Rehabilitation
- Structural Analysis and Structural Dynamics
Construction Materials
- Advanced Cementitious Materials
- Advanced Mechanics of Materials
- Durability of Concrete and Structures
- Destructive and Non-Destructive Testing
- Repair and Maintenance of Reinforced Concrete
Transportation and Logistics
- Air Transportation
- Freight Transportation
- Intelligent Transportation Systems
- Network Analysis Methods and Applications
- Rail Transportation
- Transportation, Energy, and Environment
- Traffic Theory and Applications
- Traffic Control and Management
- Travel Behavior and Demand Analysis
- Urban Transportation Planning
* Please note that some courses may not be offered every year and some courses may require prerequisite course(s).
