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Bachelor of Science in Structural Engineering
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Course Outline
10 sections
1. Structural Analysis
100 mins
10 topics
Introduction to Structural Analysis
Types of Structural Loads
Determinacy and Indeterminacy in Structures
Analysis of Trusses
Shear and Moment Diagrams
2. Introduction to Structural Engineering
80 mins
8 topics
Role of Structural Engineers
Structural Analysis Techniques
Structural Design Principles
Types of Structural Systems
Structural Materials
3. Structural Design
100 mins
10 topics
Introduction to Structural Design
Material Properties in Structural Design
Structural Analysis Methods
Structural Load Analysis
Beam Design
4. Concrete Structures
100 mins
10 topics
Introduction to Concrete Structures
Concrete Mix Design
Reinforcement in Concrete Structures
Structural Analysis of Concrete Members
Concrete Construction Techniques
5. Steel Structures
100 mins
10 topics
Introduction to Steel Structures
Types of Steel Structures
Structural Steel Components
Steel Material Properties
Steel Structural Design Principles
6. Timber Structures
100 mins
10 topics
Introduction to Timber Structures
Types of Timber used in Construction
Structural Design Considerations for Timber Structures
Timber Framing Systems
Preservation and Treatment of Timber
7. Foundation Engineering
80 mins
8 topics
Introduction to Foundation Engineering
Soil Mechanics Fundamentals
Site Investigation and Soil Testing
Shallow Foundations
Deep Foundations
8. Earthquake Engineering
100 mins
10 topics
Introduction to Earthquake Engineering
Seismology and Plate Tectonics
Earthquake Hazards and Risk Assessment
Seismic Design Codes and Regulations
Structural Dynamics and Response to Earthquakes
9. Structural Dynamics
100 mins
10 topics
Introduction to Structural Dynamics
Single Degree of Freedom Systems
Multiple Degree of Freedom Systems
Structural Modeling for Dynamic Analysis
Dynamic Response of Structures
10. Advanced Structural Materials
90 mins
9 topics
Introduction to Advanced Structural Materials
Composite Materials
Advanced Ceramics in Structural Applications
Superalloys and High-Performance Metals
Nanomaterials for Structural Applications