Live Project Based STAAD.PRO training in Bhopal

Live Project Based STAAD.PRO training in Bhopal4.8 out of 5 based on 6578 ratings.

KVCH is the pioneer of education and also the Best STAAD Pro Training Institute in Bhopal , . We provide our candidates with latest curriculum on the technology that helps them to secure best jobs in the industry . The training program is designed for both students and working professionals who are looking for a career in this field .

The STAAD Pro Training in Bhopal , , comprises of both practical and theoretical sessions but students are encouraged to focus and grab the technology conceptually.

With experience of more than 25 years , we have delivered thousands of well qualified students to the IT industry . We conduct various campus drives for all the KVCH students . Our specialized placement cell provide assistance and guidance to the aspirants looking for jobs.

At KVCH , we have well qualified experienced trainers who have years of experience in dealing with the LIVE Projects . Students are introduced to both basic and professional level projects based where they learn various skills of STAAD Pro like overview of structural analysis and design , types of structure, various unit system, coordinate system , command formats , global coordinate system, structural modeling , useful function to complete the geometry , property details and many more . And also , candidates using STAAD Pro software will construct and analyze different infrastructures like buildings, bridges ,tunnels as well as transportations and utility infrastructures.

We help aspirants to gain required skills and knowledge and aid them with the best placement programs.

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Accredited Curriculum


Learn from the Experts


Professional Certificate


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Course Description

      Geometry

    • Understanding STAAD Pro Way
    • What are Nodes, Beams and Plates?
    • How things are done in the Input file?
    • Geometry Creation Methods
    • Method 1: Using Structure Wizard
    • Things you can do in Structure Wizard
    • Method 2: Drafting the Geometry using Snap/Grid
    • Viewing
    • Selecting
    • Using Selecting While Viewing 3D Geometry
    • Method 3: Using Copy/Cut with Paste
    • Method 4: Using Spreadsheet (Excel) Copy and Paste
    • Method 5: Using DXF importing file function
    • Workshop
    • Module Review

      • Useful Function to Complete the Geometry

    • Introduction
    • Translational Repeat
    • Circular Repeat
    • Mirror
    • Rotate
    • Move
    • Insert Node
    • Add Beam Between Mid-Points
    • Add Beam by Perpendicular Intersection
    • Connect Beams along an Axis
    • Intersect Selected Members
    • Cut Section
    • Renumber
    • Delete
    • Undo/Redo
    • Zooming/Panning
    • Dimensioning
    • Pointing to Nodes, Beams, and Plates
    • Global and Local Coordinate System
    • Workshop
    • Module Review

      • Properties

    • Introduction
    • Property Types
    • Type 1: Prismatic
    • Viewing Cross-Section
    • Type 2: Built-In Steel Table
    • Type 3: Thickness
    • General Notes about Property Assigning
    • Workshop
    • Module Review

      • Constants, Supports, and Specifications

    • Introduction
    • Material Constants
    • Geometry Constant
    • Supports
    • How to Assign Supports
    • Editing Supports
    • Specifications
    • Workshop
    • Module Review

      • Loading

    • Introduction
    • How to Create Primary Load
    • Individual Loads: Introduction
    • Individual Loads: Selfweight
    • Individual Loads: Members Loads
    • Individual Loads: Area Load
    • Individual Loads: Floor Load
    • Individual Loads: Plate Loads
    • Individual Loads: Node Load
    • Individual Loads: Viewing & Editing
    • How to Create Manual Combinations
    • How to Create Automatic Combinations
    • Workshop
    • Module Review

      • Analysis

    • Introduction
    • Perform Analysis Command
    • P-Delta Analysis Command
    • Non-Linear Analysis Command
    • The Execution Command
    • Workshop
    • Module Review

      • Post Processing

    • Introduction
    • First Step
    • Node Displacement
    • Node Reactions
    • Beam Forces
    • Beam Stresses
    • Beam Graphs
    • Plate Contour
    • Plate Results Along Line
    • Animation
    • Reports
    • Other Ways: Double-Clicking a Beam
    • Other Ways: Double-Clicking a Plate
    • Workshop
    • Module Review

      • Concrete Design

    • Introduction
    • Modes of Concrete Design
    • Step 1: Job Info
    • Step 2: Creating Envelopes
    • Step 3: Creating Members
    • Step 4: Creating Briefs
    • Step 5: Creating Groups
    • Step 6: Design Modes
    • Step 7: Reading Results: Beam Main Layout
    • Step 8: Reading Results: Beam Main Rft
    • Step 9: Reading Results: Beam Shear Layout
    • Step 10: Reading Results: Beam Shear Rft
    • Step 11: Reading Results: Beam Drawing
    • Step 12: Reading Results: Column Main Layout
    • Step 13: Reading Results: Column Shear Layout
    • Step 14: Reading Results: Column Results
    • Step 15: Reading Results: Column Drawing
    • Step 16: Reading Results: Generating Design Reports

      • Steel Design

    • Introduction
    • Step 1: Load Envelope Setup
    • Step 2: Member Setup
    • Step 3: Change the Restraints
    • Step 4: Creating Briefs
    • Step 5: Creating Design Groups
    • Steel Design Commands in STAAD Pro
    • Workshop & Module Review