Seismic Design Considerations Workshops – Course Overview

Pertecnica Engineering’s Seismic Design Considerations Workshops are designed to equip engineers, architects, and project managers with the knowledge and skills to design and execute structures that can withstand seismic forces. This workshop focuses on the principles of earthquake engineering, practical design strategies, and the latest tools and technologies for seismic analysis. Tailored for professionals in EPC Projects, the program emphasizes real-world applications to minimize risks and ensure safety in earthquake-prone regions.

Workshop Modules

1. Introduction to Seismic Design

  • Fundamentals of earthquake engineering
  • Understanding seismic forces and their effects on structures
  • Global standards and codes for seismic design (e.g., IS 1893, Eurocode 8, ASCE 7)

2. Earthquake Phenomena and Ground Motion

  • Causes of earthquakes and tectonic plate movements
  • Characteristics of seismic waves and ground motion parameters
  • Importance of site-specific seismic hazard analysis

3. Seismic Design Principles

  • Concepts of ductility, redundancy, and robustness in seismic design
  • Load path and energy dissipation mechanisms
  • Designing for horizontal and vertical seismic loads

4. Geotechnical Considerations for Seismic Design

  • Soil-structure interaction and its impact on seismic performance
  • Liquefaction and its mitigation techniques
  • Seismic behavior of retaining walls, slopes, and foundations

5. Structural Analysis for Seismic Forces

  • Static and dynamic analysis methods
  • Response spectrum and time-history analysis techniques
  • Application of software tools like SAP2000, ETABS, and STAAD Pro for seismic analysis

6. Seismic Retrofitting and Strengthening

  • Retrofitting techniques for existing structures
  • Strengthening strategies for foundations, columns, and beams
  • Use of advanced materials like carbon fiber and high-strength concrete

7. Base Isolation and Energy Dissipation Systems

  • Principles and applications of base isolation in seismic design
  • Use of dampers and shock absorbers for energy dissipation
  • Case studies of base-isolated structures

8. Design of Critical Infrastructure in Seismic Zones

  • Seismic design considerations for bridges, tunnels, and dams
  • Designing lifeline structures: Hospitals, schools, and communication facilities
  • Challenges in designing tall buildings and industrial structures

9. Performance-Based Seismic Design (PBSD)

  • Overview of PBSD concepts and methodologies
  • Evaluating structural performance under varying seismic intensities
  • Practical applications in EPC projects

10. Field Demonstrations and Case Studies

  • Real-world examples of successful seismic designs
  • Lessons learned from earthquake-induced structural failures
  • Interaction with experts on advanced seismic technologies

Who Should Attend?

  • Structural Engineers designing buildings and infrastructure in seismic zones
  • Geotechnical Engineers focusing on soil-structure interactions during earthquakes
  • Civil Engineers involved in large-scale infrastructure projects
  • Project Managers handling risk assessment and safety compliance in EPC projects
  • Students and Graduates aspiring to specialize in earthquake engineering

Why Choose Pertecnica?

  • Experienced Faculty: Learn from professionals with extensive experience in seismic design and earthquake engineering.
  • Practical Approach: Hands-on training with real-world case studies and advanced software tools.
  • Cutting-Edge Content: Covers the latest technologies, including base isolation and energy dissipation systems.
  • Field Exposure: Opportunities to visit seismic retrofitting projects and interact with industry experts.
  • Globally Aligned Training: Curriculum based on international standards and codes for seismic design.

Prepare for the challenges of designing and constructing in earthquake-prone regions with Pertecnica Engineering’s Seismic Design Considerations Workshops. Build expertise to ensure safety, compliance, and resilience in your projects.