Steel Structure ( Staad Pro. + Ram Connection)

Course Information


STAAD stands for Structural Analysis And Design

¬†STAAD.Pro software is widely used in analyzing and designing structures ‚Äď buildings, bridges, towers, transportation, industrial and utility structures. Designs can involve building structures including culverts, petrochemical plants, tunnels, bridges, piles; and building materials like steel, concrete, timber, aluminum, and cold-formed steel.
STAAD.Pro helps structural engineers automate their tasks by removing the tedious and long procedures of the manual methods.

This Course is accredited by Bentley INC.
as OmniPlan is Bentley Authorized Training Center


Omni plan Center’s STAAD. Pro training covers all the steps involved in structural analysis and design of concrete and steel.
We introduce you to STAAD.Pro’s state of the art user interface, visualization tools, powerful analysis and design engines with advanced finite element (FEM) and dynamic analysis capabilities.


This course designed to:
Civil/Structural Engineers
Civil/Structural Engineering Students
Steel Structure designers
Steel Structure Contractor


  • ¬†Module 1: ¬†Introduction of steel structure design
    • Defined the main steel structure sections
    • Explain the difference between steel section according the international codes for hot rolled section and cold rolled section.
    • Explain the main difference between ASD method and LRFD method according AISC code.
    • ¬†Explain the steel structure material grade according the international codes
    • ¬†Fundamental about load and wind load calculation according ASCE 7 and snow load according Jordanian code
    • ¬†Introduction About
  • Module 2: Introduction of
    • ¬†Defined the main icons and haw to be starting of any project.
    • Grid modify and create
    • Modeling simply beam
    • Create new load and apply linear load (DEAD +LIVE ) and combination load
    • Define support and create specific support
    • Defined section of multi section type
    • Choose type of analysis
    • Choose the AISC LRFD code parameter and explain the parameter
    • Analysis and design the beam
    • ¬†How to used editor to modified any items
  • Module 3: Work of an full steel hanger project
    • ¬†Explain the project
    • Load calculation of project (crane load calculation *advance )
    • Modeling and load application and analysis design of main frame 2D
    • ¬†Explain the AISC LRFD code parameter (In pieces of real steel structure ) and changes in structure
    • Export structural report.
    • Study the deflection limit according IBC code
  • Module 4:¬†Work of an full small steel building project
    • Explain the project
    • Load calculation of project
    • Modeling and load application and analysis and design of 3D structure
    • Explain the AISC LRFD code parameter (real pieces of steel structure ) and how to changes in structure
    • Study specifications page in ( release moment and redaction section and define truss and tension element )
    • Study all type of select and create new view
    • Export structural report .
  • Module 5: Work of an steel truss project
    • Import from AutoCAD
    • Load calculation of project
    • Modeling and load application and analysis and design of truss
    • Export structural report.
  • Module 6: Study special cases and review
    • How to be change the work to concrete and design of concrete
    • How to be calculation the steel quantity TAKE OFF material
    • Optimized steel section sections
    • ¬†How to manual check in the correct result.
    • Review and questions