1: Master of Engineering – Geotechnical Engineering
Duration: 3 years
Major courses:
|
1 |
Numerical analysis
|
8 |
Urban underground engineering
|
|
2 |
Mathematical equations |
9 |
Seepage theory and testing
|
|
3 |
Elasticity
|
10 |
New techniques of foundation treatment
|
|
4 |
Plasticity |
11 |
Numerical analysis of geotechnical engineering |
|
5 |
Advanced soil mechanics
|
12 |
Theory and methods of geotechnical testing |
|
6 |
Advanced rock mechanics |
13 |
Rock slope mechanics and engineering |
|
7 |
Soil dynamics
|
|
|
Major areas of research:
|
1 |
Constitutive modeling and soil-structure interaction |
|
2 |
Soil Dynamics
|
|
3 |
Properties of soft soils and foundation engineering
|
|
4 |
Rock mechanics and engineering |
|
5 |
Geotechnical testing
|
|
6 |
Seepage theory and measurement for soils and rocks
|
|
7 |
Geo-environmental engineering
|
2:
Master of Engineering – Disaster Prevention & Mitigation Engineering and Protective Engineering
Duration: 3 years
Major courses:
|
1 |
Numerical analysis
|
9 |
Aseismic analysis and control of structures |
|
|
Soil Dynamics |
10 |
Numerical analysis of structural and geotechnical engineering
|
|
3 |
Mathematical equations
|
11 |
Interaction of structure and surrounding material |
|
4 |
Fluid mechanics
|
12 |
Stability of underground engineering and protective engineering
|
|
5 |
Elasticity and plasticity |
13 |
Aging of building and disaster prevention |
|
6 |
Geotechnical plastic mechanics
|
14 |
Damnification and prevention of engineering structures |
|
7 |
Advanced soil mechanics
|
15 |
Advanced rock mechanics
|
|
8 |
Earthquake engineering
|
|
|