Graduate School, Master Course

Program of Structure Engineering

1. Finite Element Method
2. Building Energy Conservation Systems
3. Structural Dynamics
4. Theory of Elasticity
5. High Performance Concrete
6. Earthquake Engineering
7. Experimental Mechanics
8. Special Topic: Bridge Structure Design
9. Plasticity and Composite Material Mechanics
10. Advance Steel Structure
11. Advanced Structural Analysis
12. Shell Mechanics
13. Intelligent Building
14. Numerical Analysis
15. Sustainable Construction
16. Durability Design and Evaluation of Concrete Structures
17. Non-Linear Finite Element Method
18. Seismic Structural Control
19. Inspection and Repair of Concrete
20. Theory of Open Building and Construction
21. Seismic Resistance Design for Steel Structure
22. Structure Stability
23. Advanced Reinforced Concrete
24. Advanced Engineering Mathematics
25. Non-Linear Structural Dynamics Analysis and Experiment
26. Advanced Structural Design
27. Vibration Mechanics
28. Seminars(I)
29. Seminars(II)
30. Seminars(III)
31. Semivars(IV)
32. Thesis

Program of Construction Management

1. Engineering Date Analysis
2. Construction Project Planning & Management
3. Development of Construction Management Theories
4. Thesis Writing
5. Operation Research for Construction Engineering
6. International Construction Management
7. System Dynamics (I)
8. Estimation and Control Systems for Construction Projects
9. Principles of Engineering Economy
10. Construction Management Information System
11. Review and Re-engineering of Project Process
12. System Dynamics (II)
13. Total Quality Management
14. Evaluation and Control of Productivity
15. Electronic Commerce in Constriction Industry
16. Management of Manpower Resource
17. Theory and Practice of Lean Production
18. Infrastructure Development Policy and Its Relevant LawsDecision Making Analysis and Research Methodology
19. Company-Wide project Management
20. Application of the No-Linear Pattern in Construction Management
21. Seminars(I)
22. Seminars(II)
23. Seminars(III)
24. Semivars(IV)
25. Thesis

Program of Geotechnical Engineering

1. Physics and Engineering Properties of Soil
2. Foundation Analysis and Evaluation
3. Ground Water and Seepage
4. Deep Excavation Engineering
5. Soil Dynamics
6. Deep Foundation Engineering
7. Slope Stability
8. Numerical Analysis Geotechnical Engineering
9. Rock Mechanics
10. Application of Soil Mechanics
11. Geotechnical Earthquake Engineering
12. Advanced Engineering Geology
13. Tunnel Engineering
14. Design and Construction of Pavement
15. Seminars(I)
16. Seminars(II)
17. Seminars(III)
18. Semivars(IV)
19. Thesis

Program of Architecture and Building Technology

1. Sustainable Construction
2. Experiment Design and Data Analysis
3. Building Life Cycle Engineering
4. Project-Based Study of Integrated Building Technology (Ⅰ)
5. Intelligent Buildings
6. Service Life Prediction of Buildings
7. Theory of Open Building(Ⅰ)
8. Theory of Open Building(Ⅱ)
9. Project-Based Study of Integrated Building Technology (Ⅱ)
10. Thesis