Introduction:
This course provides an in-depth understanding of earthquake engineering and seismic design. Participants will learn to analyze and design structures to resist seismic forces, with a focus on seismic hazard assessment, structural dynamics, and modern design methodologies.

Objectives:

• Understand the fundamental principles of earthquake engineering.
• Learn to design and analyze structures for seismic resistance.
• Explore seismic hazard assessment and structural dynamics.
• Apply seismic design codes and standards to real-world projects.

Who Should Attend:

• Civil engineers specializing in structural and earthquake engineering.
• Structural engineers and designers.
• Architects involved in seismic design and retrofitting projects.
• Engineering students and graduates focusing on earthquake-resistant structures.

Course Outline:

Day 1: Introduction to Earthquake Engineering

• Overview of earthquake engineering and its significance.
• Seismic hazards: causes, assessment, and impact on structures.
• Basics of earthquake mechanics and ground motion characteristics.
• Introduction to principles of seismic design.

Day 2: Structural Dynamics and Seismic Response

• Fundamentals of structural dynamics in the context of seismic design.
• Analysis of seismic response in buildings and structures.
• Dynamic behavior under seismic loads: damping, resonance, and energy dissipation.
• Advanced tools for modeling seismic response.

Day 3: Seismic Design of Structures

• Principles and methodologies for seismic-resistant design.
• Seismic design considerations for reinforced concrete and steel structures.
• Performance-based seismic design approach.
• Practical application of international seismic design codes and standards.

Day 4: Retrofitting and Rehabilitation of Structures

• Seismic retrofitting techniques for strengthening existing structures.
• Methods for upgrading structural resilience.
• Post-earthquake damage assessment and repair techniques.
• Case studies of successful retrofitting projects and lessons learned.

Day 5: Practical Applications and Case Studies

• Real-world case studies in earthquake engineering and design.
• Hands-on exercises in seismic design and structural analysis.
• Group discussions and collaborative presentations.
• Final assessment and feedback to reinforce learning outcomes.

Main Highlights:

1. Comprehensive Coverage: Includes seismic hazard assessment, structural dynamics, and retrofitting techniques.
2. Practical Focus: Emphasizes real-world applications with case studies and hands-on exercises.
3. Standards-Based Design: Covers performance-based design and application of seismic codes.
4. Risk Mitigation: Addresses post-earthquake assessments and strengthening strategies.