Reliability-Based Structural Design

This course is highly valuable for postgraduate students, researchers, and practicing structural engineers who want to move beyond conventional design methods. It helps learners understand uncertainties in loads, material properties, and modeling assumptions, enabling more rational and optimized structural designs. The knowledge gained is especially useful for advanced analysis, research, and the development of modern design codes and standards.

1. Fundamentals of probability and statistics for structural engineering

2. Sources of uncertainty in structural design

3. Random variables and probability distributions

4. Limit state functions and failure modes

5. Reliability indices and probability of failure

6. First-Order and Second-Order Reliability Methods (FORM/SORM)

7. Monte Carlo simulation techniques

8. Load and resistance factor calibration

9. System reliability and redundancy

10. Applications in structural and geotechnical design