Duration: 1 Year
• To provide comprehensive knowledge of structural engineering theory and applications
• To develop analytical and design skills for structural systems
• To introduce advanced concepts in reinforced concrete, steel, and composite structures
• To prepare learners for professional roles in structural design and construction industries
Upon completion, learners will be able to:
1. Analyze complex structural systems under various loading conditions
2. Design structural elements using engineering principles
3. Apply reinforced concrete and steel design concepts
4. Evaluate structural safety and stability
5. Use structural analysis methods for real-world applications
6. Execute a structural engineering design project
Module 1: Engineering Mathematics for Structural Analysis
• Algebra and calculus applications
• Matrix methods in structural analysis
• Differential equations in structural systems
• Numerical methods basics
Module 2: Advanced Mechanics of Structures
• Stress-strain relationships in depth
• Combined loading effects
• Energy methods
• Elastic and plastic behavior
Module 3: Structural Analysis (Advanced)
• Indeterminate structures
• Moment distribution method
• Slope deflection method
• Matrix stiffness method
Module 4: Reinforced Concrete Design
• Design of beams, slabs, and columns
• Limit state design principles
• Reinforcement detailing
• Serviceability and durability
Module 5: Steel Structure Design
• Steel sections and properties
• Design of tension and compression members
• Connections (bolts and welding)
• Stability and buckling
Module 6: Foundation Engineering
• Soil mechanics basics
• Shallow and deep foundations
• Bearing capacity
• Settlement analysis
Module 7: Structural Dynamics and Earthquake Engineering
• Dynamic loading principles
• Vibration analysis
• Earthquake-resistant design concepts
• Seismic codes and standards
Module 8: Computer Applications in Structural Engineering
• Structural analysis software (STAAD, ETABS basics)
• Finite element modeling introduction
• BIM integration in structural design
• Digital structural documentation