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Master 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. Structural Design
100 mins
10 topics
Introduction to Structural Design Material Properties in Structural Design Structural Analysis Methods Structural Load Analysis Beam Design
3. Foundation Engineering
80 mins
8 topics
Introduction to Foundation Engineering Soil Mechanics Fundamentals Site Investigation and Soil Testing Shallow Foundations Deep Foundations
4. 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
5. Finite Element Analysis
100 mins
10 topics
Introduction to Finite Element Analysis Finite Element Modeling Material Properties and Boundary Conditions Element Types and Selection Criteria Static Analysis in FEA
6. Advanced Mechanics of Materials
90 mins
9 topics
Stress and Strain Analysis Mohr's Circle for 2D Stress Analysis Deflection of Beams Buckling Analysis Energy Methods in Structural Analysis
7. Bridge Engineering
80 mins
8 topics
Introduction to Bridge Engineering Bridge Components and Types Bridge Design Principles Structural Forces in Bridges Bridge Construction Methods
8. Steel Structures Design
100 mins
10 topics
Introduction to Steel Structures Load and Resistance Factor Design (LRFD) Method Structural Steel Connections Design of Steel Beams Design of Steel Columns
9. Concrete Structures Design
100 mins
10 topics
Introduction to Concrete Structures Design Principles for Concrete Structures Structural Analysis of Concrete Elements Reinforced Concrete Design Prestressed Concrete Design
10. Structural Health Monitoring
80 mins
8 topics
Introduction to Structural Health Monitoring Types of Structural Health Monitoring Systems Sensors and Data Acquisition in Structural Health Monitoring Signal Processing Techniques in Structural Health Monitoring Damage Detection and Diagnosis in Structural Health Monitoring
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