Training Program Details

STAAD PRO

With Industry Expert
Course Duration: 2 Months
Training Mode: Live + Recorded (Lifetime Access)
Live Session Timing: 8:00 AM to 9:30 AM 
Time Table: 5 Days a Week
Language: English
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ABOUT THIS TRAINING
Structural engineering is one of the most demanding specializations of civil engineering. Now a days dealing of real-life challenging projects by conventional approach is too difficult. Industry demands both conceptual understanding of structure and deep knowledge about the trending softwares.

COURSE MODULES

Module 1: The Analytical Wireframe (Geometry)

​STAAD uses a “Node and Beam” logic. Unlike ETABS, which is story-based, STAAD treats everything as a coordinate in 3D space.
​Node & Member Generation: Using the Grid, Structure Wizard, and the “Snap Node/Beam” tool.
​The Data Table (Editor): Learning the STAAD Editor (the “Command File”). A pro user often types coordinates and properties faster than they can click them.
​Property Assignment: Defining Prismatic sections (Rectangular, Circular) and standard Steel Tables (I-sections, Channels, Angles).
​The Beta Angle: Correcting the orientation of columns and beams to match the architectural layout.

​Because STAAD is a general-purpose tool, you must explicitly tell it how members behave.
​Support Types: Defining Fixed, Pinned, and “Fixed But” (springs) supports.
​Member Releases: Using the START and END release commands to model truss behavior (pinned joints) in a frame.
​Offsets: Accounting for the physical depth of members when they connect at a single node.
​Master-Slave Constraints: Creating rigid floor diaphragms (similar to the ETABS logic) for lateral analysis.

​STAAD’s strength lies in its ability to handle complex loading on non-typical shapes.
​Load Cases: Primary cases for Dead (Self-weight), Live, Wind, and Seismic.
​The Load Generator: Using built-in tools for Automatic Wind Load on towers and Moving Loads for bridge decks or crane gantry beams.
​Reference Load Cases: A cleaner way to manage mass for seismic analysis without duplicating loads.
​Load Envelopes: Creating “Strength” and “Serviceability” combinations to find the absolute maximum forces.

STAAD offers various “Engines.” Choosing the right one determines the accuracy of your results.
​Perform Analysis: The standard linear static check.
​P-Delta Analysis: Essential for steel frames and slender tall structures to account for secondary moments.
​Dynamic/Seismic Analysis: Setting up the Response Spectrum or Time History analysis.
​Post-Processing: Interpreting the “Results” tab—looking at Bending Moment (My, Mz), Shear (Vy, Vz), and Torsion (Mx).

​This is where the software checks if your sections are “Safe” or “Fail.”
​Design Parameters: Setting FYLD (Yield strength), RATIO (Permissible stress), and UNL (Unsupported length).
​Steel Design: Using the CHECK CODE and SELECT commands to let STAAD optimize the lightest steel section for the load.
​Concrete Design: Standard member design per codes like ACI 318 or IS 456.
​The Output File: Reading the .ANL file to identify errors, warnings, and the “Utilization Ratio.”

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