Retrofitting Structures for Seismic Safety
( 24 Modules )

Module #1
Introduction to Seismic Retrofitting
Overview of seismic retrofitting, importance, and benefits

Module #2
Seismic Hazard and Risk Assessment
Understanding seismic hazard, risk assessment, and probability of exceedance

Module #3
Building Codes and Regulations
Review of building codes, regulations, and standards related to seismic design

Module #4
Seismic Design Principles
Fundamentals of seismic design, including seismic loads and analysis

Module #5
Building Typologies and Vulnerabilities
Identification of building typologies and their seismic vulnerabilities

Module #6
Seismic Evaluation and Assessment
Methods and techniques for evaluating and assessing seismic vulnerability

Module #7
Retrofitting Strategies and Options
Overview of retrofitting strategies, including strengthening, bracing, and isolation

Module #8
Material Selection and Properties
Review of materials used in seismic retrofitting, including their properties and limitations

Module #9
Foundation Retrofitting
Methods and techniques for retrofitting foundations, including soil-structure interaction

Module #10
Superstructure Retrofitting
Methods and techniques for retrofitting superstructures, including beam-column joints and connections

Module #11
Bracing Systems and Techniques
Design and implementation of bracing systems for seismic retrofitting

Module #12
Damping and Energy Dissipation Devices
Introduction to damping and energy dissipation devices for seismic retrofitting

Module #13
Base Isolation and Seismic Isolation
Principles and applications of base isolation and seismic isolation

Module #14
Retrofitting of Non-Structural Elements
Retrofitting of non-structural elements, including pipes, ducts, and equipment

Module #15
Retrofitting of Historic and Cultural Heritage Buildings
Special considerations and challenges for retrofitting historic and cultural heritage buildings

Module #16
Retrofitting of Bridges and Highway Infrastructure
Retrofitting of bridges and highway infrastructure, including seismic design and analysis

Module #17
Retrofitting of Hospitals and Healthcare Facilities
Retrofitting of hospitals and healthcare facilities, including functional and operational requirements

Module #18
Retrofitting of Schools and Educational Facilities
Retrofitting of schools and educational facilities, including student safety and functionality

Module #19
Seismic Retrofitting of Industrial and Commercial Buildings
Retrofitting of industrial and commercial buildings, including business continuity and economic considerations

Module #20
Case Studies and Success Stories
Real-world examples and case studies of successful seismic retrofitting projects

Module #21
Cost-Benefit Analysis and Funding Opportunities
Economic analysis of seismic retrofitting, including cost-benefit ratios and funding opportunities

Module #22
Project Management and Implementation
Project management and implementation strategies for seismic retrofitting projects

Module #23
Quality Control and Assurance
Importance of quality control and assurance in seismic retrofitting projects

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Retrofitting Structures for Seismic Safety career

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Retrofitting Structures for Seismic Safety ( 24 Modules )

Retrofitting Structures for Seismic Safety
( 24 Modules )