Structure Engineering

 | Post date: 2020/01/11 | 
Courses (32 credits)
 
Item
Credit Type
Number
Information
1 Core Courses 12 Table 2.1
2 Elective Courses 12 Table 2.2
3 Seminar and Research Methods 2 -
4 Thesis 6 -
Core Courses
 
Item
Course name
Credits
1 Structural dynamics – CE4100 3
2 Elasticity theory – CE4101 3
3 One of:
Inelastic Analysis of Structures – CE4102
Advanced Engineering Mathematics – CE4000
3
4 Finite Elements method 3
Elective Courses
 


Item


 
A
B
C
Structure Design and analysis
 

Credits

 
Material and Structure Mechanics
 

Credits

 

Mathematics

 

Credits

 
1 Advanced Reinforced Concrete Structures – CE4105 3 Advanced Concrete Technology – CE4111 3 Advanced Engineering Mathematics – CE4000 3
2 Advanced Steel Structures – CE4106 3 Theory of Plates and Shells – CE4115 3 Advanced Finite Elements (Nonlinear) – CE5000 3
3 Bridge Design – CE4107 3 Continuum Mechanics – CE4116 3 Boundary Element Method – CE5002 2
4 Prestressed concrete – CE5100 3 Mechanics of Composite Materials – CE5109 3 Optimization – CE5114 3
5 Industrial Structures Design – CE4108 3 Plasticity Theory – CE4117 3 Structure Reliability – CE5115 2
6 Stability Theory of Structure – CE4109 3 Fracture Mechanics – CE5006 3 Random vibrations – CE5001 3
7 Structural Analysis and Design of tall buildings – CE4110 3 Shell and Membrane Design – CE5111 3 Soft Computation – CE4001 3
8 Blast Theory and Design of Structures - CE5116  3
9 Advanced Structural dynamics – CE5102 3
10 Laboratory experimental analysis of structures – CE5103 2
11 Inelastic Analysis of Structures – CE5104 3
12 Seismic Design – CE4111 3
13 Seismic Performance of Existing Buildings – CE4112 3
14 Earthquake effect on specific structures – CE5105 3
15 Soil and Structure interaction – CE5117 3
16 Structure Control – CE5106 3
17 Structure Health monitoring – CE5107 2
18 LRFD Structure Design – CE5108 3
19 Demolish buildings methods – CE4119 2

 

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