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STAAD.Pro Training Course

STAAD.Pro training course is designed for civil and structural engineers to have hands-on experience on widely used software for structural analysis and design. This training develops skills and techn...

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Course Description

STAAD.Pro training course is designed for civil and structural engineers to have hands-on experience on widely used software for structural analysis and design. This training develops skills and techniques to develop, maintain and support high standard design requirements. The learner cultivates powerful analysis and designing abilities that can be implemented by niche industries and leading engin...

STAAD.Pro training course is designed for civil and structural engineers to have hands-on experience on widely used software for structural analysis and design. This training develops skills and techniques to develop, maintain and support high standard design requirements. The learner cultivates powerful analysis and designing abilities that can be implemented by niche industries and leading engineering consultancies. The course is designed to offer students and professionals all the essentials to learn and use the STAAD.Pro. The enrolled candidates will learn to master the application and will be empowered to deliver high-quality training. you will be proficient in STAAD.Pro tool and able to perform different structural design and analysis case studies / projects. Our courses teaches you complete STAAD.Pro interface, how to perform different types of analysis, post process the results and work on high end analysis.

What you’ll learn
  • Live Class Practical Oriented Training
  • Timely Doubt Resolution
  • Dedicated Student Success Mentor
  • Certification & Job Assistance
  • Free Access to Workshop & Webinar
  • No Cost EMI Option
  • Proficient in 2D/3D geometry creation methods
  • Ways of creating load with manual and automatic combinations for floor, area, plate, wind, and moving loads.
  • Supports concrete and steel designs covering curvilinear beams, linear and non-linear cables.
  • Structural Analysis and Design of a RCC Building.
  • Implement useful functions, properties, constants, supports, and specifications to complete the geometry
  • Isometric and perspective views with 3D shapes. Customize structural templates for creating a model.
  • Rectangular and cylindrical coordinate systems with mix and match capabilities

Covering Topics

1
Lecture -1 Introduction to STAAD Pro
2
Lecture -2 Geometry
3
Lecture -3 Useful Function to Complete the Geometry
4
Lecture -4 Properties
5
Lecture -5 Constants, Supports, and Specifications
6
Lecture -6 Loading
7
Lecture -7 Analysis
8
Lecture -8 Post Processing
9
Lecture -9 Concrete Design
10
Lecture -10 Steel Design
11
Lecture -11 Analysis & Design of different structure

Curriculum

      Lecture -1 Introduction to STAAD Pro

·       History of STAAD Software

·       Method of Analysis

·       Three steps to reach your goal

·       Starting STAAD Pro

·       Creating New File

·       STAAD Pro Screen

·       Opening an Existing File

·       Closing a file

·       Existing STAAD Pro

·       Saving & Saving As

·       Workshop

·       Module Review

·       Geometry

·       Understanding STAAD Pro Way

·       What are Nodes, Beams and Plates?

·       How things are done in the Input file?

·       Geometry Creation Methods

·      Practical Exercise
      Lecture -2 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

·       Practical Exercise
      Lecture -3 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

·       Practical Exercise
      Lecture -4 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

·       Practical Exercise
      Lecture -5 Constants, Supports, and Specifications

·       Introduction

·       Material Constants

·       Geometry Constant

·       Supports

·       How to Assign Supports

·       Editing Supports

·       Specifications

·       Workshop

·       Module Review

·       Practical Exercise
      Lecture -6 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

·       Practical Exercise
      Lecture -7 Analysis

·       Introduction

·       Perform Analysis Command

·       P-Delta Analysis Command

·       Non-Linear Analysis Command

·       The Execution Command

·       Workshop

·       Module Review

·       Practical Exercise
      Lecture -8 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

·       Practical Exercise
      Lecture -9 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

·       Practical Exercise
      Lecture -10 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

·       Practical Exercise
      Lecture -11 Analysis & Design of different structure

·       Shear wall design

·       Water tank design

·       Dome design

·       Foundation design

·       Practical Exercise
      Project

Frequently Asked Questions

Candidates owning educational qualification or professional experience in civil or architectural engineering can go ahead with this training. Civil Engineers who want to pursue career in structural engineering. Civil Engineering Students who want to learn structural designing. Engineers who wish to do structural analysis and design of a building. Engineers who want to learn detailing of beams and columns.

Ans: The course offers a variety of online training options, including: • Live Virtual Classroom Training: Participate in real-time interactive sessions with instructors and peers. • 1:1 Doubt Resolution Sessions: Get personalized assistance and clarification on course-related queries. • Recorded Live Lectures*: Access recorded sessions for review or to catch up on missed classes. • Flexible Schedule: Enjoy the flexibility to learn at your own pace and according to your schedule.

Ans: Live Virtual Classroom Training allows you to attend instructor-led sessions in real-time through an online platform. You can interact with the instructor, ask questions, participate in discussions, and collaborate with fellow learners, simulating the experience of a traditional classroom setting from the comfort of your own space.

Ans: If you miss a live session, you can access recorded lectures* to review the content covered during the session. This allows you to catch up on any missed material at your own pace and ensures that you don't fall behind in your learning journey.

Ans: The course offers a flexible schedule, allowing you to learn at times that suit you best. Whether you have other commitments or prefer to study during specific hours, the course structure accommodates your needs, enabling you to balance your learning with other responsibilities effectively. *Note: Availability of recorded live lectures may vary depending on the course and training provider.