Top ETABS Training Institute | Courses & Certification

ETAB

About ETAB Course

ETABS is a powerful and specialized software tool designed for civil engineers and structural analysts. Its main purpose is to perform three-dimensional analysis and design of building systems, allowing engineers to assess the structural integrity and stability of various types of structures, including skyscrapers, bridges, and residential buildings.

ETABS offers a user-friendly interface and a range of features that facilitate the modeling of complex structures, the application of loads, and the analysis of structural behavior under different conditions.

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Why Choose Us

From Fundamentals to Advanced: SKYSYS Engineering cover AutoCAD from the ground up, starting with the basics and gradually progressing to advanced topics. No matter your current skill level, you’ll find value in this course.
Hands-On Experience: SKYSYS Engineering believe in learning by doing. Throughout the course, you’ll work on hands-on projects and exercises to reinforce your understanding of React.js concepts. Expect to build real-world applications.
Interactive Learning: SKYSYS Engineering training sessions are highly interactive, allowing you to engage with instructors and fellow students. You’ll have opportunities to ask questions, seek clarification, and collaborate on projects.
Project Portfolio: By the end of the course, you’ll have a portfolio of React.js projects to showcase to potential employers. These projects will demonstrate your expertise and problem-solving abilities.
Flexibility: SKYSYS Engineering understand that life can be busy, so we offer flexible training options. Choose from in-person classes, live online sessions, or self-paced modules to fit your schedule and learning style.
Small Class Sizes: SKYSYS Engineering maintain small class sizes to provide personalized attention to each student. This fosters a supportive learning environment where your questions are always welcome.
Career Guidance: We’re not just focused on teaching; we’re invested in your success. Our career guidance and job placement assistance help you transition into a rewarding career in design or engineering.

ETAB Course Content

ETAB

DAY : 1

INTRODUCTION TO ETAB
 Basic Process ,Template and Defaults
 ETabsinterface, MenuBar, Tool Bar
 Model Explorer
 Display Title Tab(Active)&Display Title Tab(Inactive)
 Status Bar, Drawing and Selection, Current units
 Coordinate system & Comparison of Coordinate system

DAY : 2

Create the Basic Grid System
 Grid Dimensions (Plan)
 Custom Grid Dimension(Plan)
 Story Dimensions – Define Story Data
 Custom Story Dimensions – Define Story Data
 Add Structural Object with Prismatic Property
 Types of Support
 Fixed Support
 Pinned Support
 Roller Support
 Load Cases
 Self-weight
 Uniform Member Load(UDL)
 Analysis

DAY : 3

 Verification of Result
 Bending Moment
 Shear
 Seeing the Values
Basic Modes
 Select Mode ,Select, Deselect, Invert Selection
Short Key Commands

DAY : 4

Draw Mode, Drawing Tools, Mouse Pointers
 Draw Joint Objects
 Draw Beam/Column/Brace Objects
 Draw Beam/Column/Brace (Plan, Elevation, 3D)
 Quick Draw Beams/Columns (Plan,
 Elevation, 3D)
 Quick Draw Columns (Plan)
 Quick Draw Secondary Beams (Plan)
 Quick Draw Braces (Elevation)
 UDL for a specific distance
 Point Load
 Result verification in deflection and torsion in secondary Beam

DAY : 5

Draw Floor/Wall Objects
 Draw Floor/Wall (Plan, Elevation, 3D)
 Draw Rectangular Floor/Wall (Plan, Elevation)
 Quick Draw Floor/Wall (Plan, Elevation )
 Draw Walls (Plan)&Quick Draw Walls (Plan)
 Draw Wall Openings (Plan, Elevation, 3D)
 Assign of floor load for dead and live load
 Yield line pattern and load distribution

DAY : 6

 Basic Calculation of dead and live load
 Code References & Dimension Lines
 Reference Points & Reference Planes
 Section Cut

DAY : 7

 Developed Elevation Definition for wind
 Wall Stacks (Plan, Elevation, 3D)
 Auto Draw Cladding
 Snap Options

DAY : 8

Calculation
 Calculation of Dead Load
 Live load calculation
 Select a command from the Select menu
Mouse Pointers
 Normal Select Pointer
 Alternate Select pointer

DAY : 9

 Edit Story and Grid System
 Tower
 Define Properties
 Material Properties
 Frame Sections, SlabSection, DeckSection, Wall Section
 Auto Select Section List

DAY : 10

Add Structural Objects Manually
 Draw Columns, Draw Beams, Draw Secondary (Infill) Beams ,Draw the Floor
 Draw Wall & Draw Wall Stacks
 Add Structural Objects Using Templates
 Auto Draw Cladding

DAY : 11

Select Structural Objects:
 Selecting
Graphical Selection
Selecting by Coordinates
 Select Command and Deselect Command
 Invert Selection Command
 Get Previous Selection Command
 Clear Selection Command

DAY : 12

 Assign/Change Properties
 Assign the AUTOLATBM Auto
 Select Section List
 Make an Assignment using
 Check the Sections in an Auto Select
 Frame auto Meshing
 Frame Floor Meshing
 Floor Auto Mesh
 Wall Auto Mesh

DAY : 13

Edit the Model Geometry
 Edit Stories, Edit Tower
 Replicate
 Edit Frame ,Divide Frame, join Frame

DAY : 14

 Reverse Frame Connectivity
 Edit Shell, Divide Shell, Merge Shell, Shrink/Expand Shell

DAY : 15

For Viewing
 Set 3d View
 Set Elevation View
 Set Building Limits
 Zooming Option
 Set grid System Visibility
 Make selected object Visibility
 Invert object Visibility
 Show all object

DAY : 16

Use full Commands
 Arrange Window
 Show Bounding Plane

 Animation Sounds
 Save User Defaults Setting
 Customized Tools Bar

DAY : 17

Load the Structural Model
 Structural Primary Loads
 Dead Load ,Live Load
 Define the Load Patterns
 Auto Lateral Load

DAY : 18

 Seismic Load Wind Load
 Self-Weight Multiplier
 Modify an Existing Load Pattern & Delete an Existing Load Pattern
 Define Shell Uniform Load Sets
 Assign Structural Loads

DAY : 19

Define Load Cases
 Review/Create Load Cases
 Define an Auto Construction Sequence Case
 Load Combination
 Shell Uniform Load Sets
 Diaphragms ,Group Definition and Section Cuts

DAY : 20

Analyze the Model
 Check the Model , Set the Mesh Options
 Model Analysis & Model Alive Feature
 Set Load Case to Run
 Locking and Unlocking the Model

DAY : 21

Result Verification
 Bending Moment Diagram
 Shear Force Diagram and Deflection & Torsion

DAY : 22

Design
 Concrete Frame Design
 View Preference
 Interactive Design
 Design Display Ratio
 Verify analysis vs Design Section
 Verify All Member Passed

DAY : 23

 Steel Frame Design
 View Preference
 Interactive Design
 Auto Selection List (By default
 Program Calculate Economical
and Safe Member For Section)

DAY : 24

 Composite Beam Design & composite Column Design

DAY : 25

 Shear Wall Design

DAY : 26

Display Results
 Obtain Basic Graphical Displays
 Graphical Displays using Model Explorer
 Tabular Display of Results

DAY : 27-35

Detailing
 Detailing Process
 Rebar Selection Rules
 Start Detailing ,Edit Views
 Create and Manage Drawing Sheets

Generate Results
• Summary Report

project Submission

Career Opportunities

Proficiency in ETABS (Extended Three-Dimensional Analysis of Building Systems) can open up several career opportunities in the field of civil engineering and structural analysis. ETABS is a powerful software tool widely used in the design and analysis of building structures.

Structural Engineer

Structural engineers use ETABS to perform complex structural analysis and design for various types of buildings and infrastructure projects. They ensure that structures are safe, stable, and comply with building codes and regulations.

Structural Designer

Structural designers work closely with engineers to create detailed structural drawings and plans based on ETABS analysis results. They play a vital role in the design and documentation phase of construction projects.

Building Information Modeling (BIM) Specialist

BIM specialists integrate ETABS models into Building Information Models, providing a comprehensive view of the building’s structural and architectural components. They facilitate collaboration among different project stakeholders.