Staad.Pro

Staad Pro 

It will be beneficial if you wish to be a structural engineer and are currently working in the Civil engineering field.

One of the top Civil Engineer software is Staad Pro.

This software can assist you in becoming a structural engineer.

Staad Pro is a structural analysis program that is primarily used by the civil engineering community for 3D analysis and design of many sorts of structures.

 

What is Staad Pro Software?

Staad pro is a 3-dimensional analysis and design software that allows you to effortlessly analyse any type of construction, including concrete, steel, aluminium, cold-formed steel structures, and timber.

There are around 90 design codes accessible for different countries.

In 1997, Research Engineers International in Yorba Linda, California, created Staad pro.

Bentley Systems later purchased Research Engineers.

Bentley Systems is currently marketing this program.

 

What may the software be used for?

You can perform 3D analysis on any sort of structure, including gravity load, seismic load, finite element analysis, design beam, column, and walls, Cold-formed steel members analysis, lateral resisting frames analysis, integrated slab and foundation design, and steel connection designs.

This software also has a nice capability for creating design documentation.

You can use this application to represent a design report whenever you need to.

 

Why are you interested in learning Staad Pro Software?

You can learn this program if you are in the Civil Engineering community, whether you are a student with little or no experience, or if you have a lot of expertise but want to learn Structural Design.

It helps you with structural analysis and design.

Staad Pro helps you save a lot of time as compared to manual analysis and design.

Even doing 2-dimensional analysis by hand is challenging, whereas 3-dimensional analysis may be done with minimum effort utilizing this software.

STAAD.PRO Course Details

1.    Basics of STAAD Pro

1.1.    Training Overview Video

1.2.    Introduction

1.3.    Working with RCC Beams

2.    Some Basic Terminologies

2.1.    Introduction to Force and Moment

2.2.    Prerequisites of Structural Analysis

3.    2-D and 3-D Modelling in STAAD Pro

3.1.    Analyzing 2 D Models

3.2.    Analyzing 3 D Models

4.    Advanced Tools in STAAD Pro

4.1.    The Structure Wizard

4.2.    Exploring STAAD Pro Tools

4.3.    Moment Releases

4.4.    Member offsets

5.    Analysis of Building - Part 1

5.1.    Read the Architectural Drawings

5.2.    Modeling of The Building

5.3.    Preliminary Design of Slab, Beam and Column

5.4.    Assigning The Section Properties

6.    Analysis of Building - Part 2

6.1.    Introduction to IS 1893:2002/2016

6.2.    Calculation of the Staircase Load

6.3.    Application of the Wall Load

6.4.    Application of the Floor Loads

6.5.    Application of the Staircase Load

6.6.    Application of the Seismic Weight

6.7.    Error Correction in STAAD Pro

6.8.    Making Load Combinations

6.9.    Design of Structural Members

7.    Advanced Detailing of Structures

7.1.    Advanced RC Designer

7.2.    Detailing of Column Longitudinal Rebars

7.3.    Detailing of Column Lateral Ties

7.4.    Detailing of Beam Longitudinal Bars

7.5.    Detailing of Beam Stirrups

7.6.    Response Spectrum Analysis

8.    Footing and Slab

8.1.    Introduction to Foundation Design

8.2.    Foundation Design using STAAD Foundation

8.3.    Foundation Design using Excel Sheet

8.4.    Design of Slab

8.5.    Detailing of Slab

9.    Final Project

9.1.    Final Project : Residential Building