Advanced Civil, Structural and Earthquake Engineering Towards Seismic Resistant Structures, Buildings and Bridges

HRODC Postgraduate Training Institute
In Central London (England)

£ 16,000 - (Rs 13,28,069)

Important information

  • Course
  • Central london (England)
  • Duration:
    20 Days
  • When:

Suitable for: Civil Engineers, Structural Engineers, Project Managers, Architects, Structural Designers, Private Consulting Professionals, Contractors and Builders, Building Surveyors, Highway Engineers involved in the analysis, evaluation, and design of various types of structures, Construction Engineers, Site Engineers

Important information

Requirements: Degree or Work Experience


Where and when

Starts Location
Central London
Carburton Street, W1W 5EE, London, England
See map

What you'll learn on the course

Civil Engineering
Mechanical Engineering
Computer Engineering
Engineering Science
Structural Engineering
Project Engineering
Systems Engineering
Building Engineering
Heavy Engineering
Highway Engineering
Model Engineering

Course programme

Seismic Principles

  • Earthquake Phenomena
  • Structural Dynamics
  • Response Spectra

Static Lateral Force Procedure for Buildings     

  • Lateral Forces
  • Multistory Structures
  • Design Loads
  • Lateral-Force-Resistant System
  • Structural Elements and Nonstructural Components and Equipment Supported by Structures
  • Self-Supporting Nonbuilding Structures
  • Torsion and Rigidity
  • Seismically Isolated Buildings

Dynamic Lateral Force Procedure for Buildings

  •  Building Configuration Requirements
  • Application of Modal Analysis to Buildings

Seismic Design of Steel Structures

  • General Requirements
  • Braced Frames
  •   Special Moment-Resisting Frames     

Seismic Design of Concrete Structures    

  • Anchorage to Concrete     
  • Special Moment-Resisting Frames     
  • Shear Walls     
  • Walls with Out-of-Plane Loading     

Seismic Design of Wood Structures   

  • Construction Requirements    

 Seismic Design of Masonry Structures   

  •  Shear Walls   
  • Walls with Out-of-Plane Loading  

 Seismic Design of Bridges    

  • Design Requirements     
  • Design Principles