Overview
Instructor
Reviews
Building Structure Analysis and Design
What you’ll learn?
Er. Anuj Pradhanang
Er. Rubin Chitrakar
Mr Pradhanang is structure engineer from AIT and Civil from IOE and Mr.Chitrakar is civil design engineer from TU
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COURSE CONTENTS OF ETABS TRAINING
- Introduction to ETABS
Overview of ETABS
Getting Help
Templates and Defaults
Graphical User Interface
ETABS Tool Bars
Units System
Coordinate Systems - Modelling In ETABS
Starting a New Model
New Model Quick Templates
Grid System Data
Edit Stories and Grid Systems
Add Grid at Selected Joints
Grid Options - Defining Properties
Material Properties
Section Properties
Load Patterns
Load Cases
Load Combinations - Structural Objects
Draw Joint Objects
Draw Beam/Column
Draw Floor/Wall Objects
Draw Reference Points
Draw Dimension Lines - Editing Properties
Replicate
Move Joints/Frames/Shells
Edit Frames
Edit Shells - Selection Properties
Select
Deselect
Invert Selection - Load Calculation
Dead Load Calculation as per IS875 PART-I
Live Load Calculation as per IS875 PART-II
Earthquake Load Calculation as per NBC 105:2025 - Assign
Joint
Frame
Shell
Joint Loads
Frame Loads
Shell Loads - Analysis Procedure
Seismic Coefficient Method
Modal Analysis Method - Design
Steel Frame Design
Concrete Frame Design - Display & Generate Results
Obtain Basic Graphical Displays
Tabular Display of Results
Summary Report
Export Results - Interpretation of Generated Results
- Structurl Report Preparation
- Industrial Steel Connection Mechanics – Navigating the IDEA Statica interface. Understanding local steel fabrication standards, weld classifications, and bolt specifications
- Base Plate & Moment Connection Joint Design – Exporting critical node forces from ETABS. Designing column base plates with proper anchor bolt embedment lengths, and detailing beam-to-column seismic moment connections.
- Truss Node & Shear Connection Detailing – Modeling cleat angle configurations and gusset plate connections for roof trusses. Running plastic strain analysis and printing production-ready verification sheets.
- Base Reaction Import & Soil Modeling – Moving to CSI SAFE. Importing column base reaction forces from the finalized ETABS model and inputting local allowable Soil Bearing Capacity values.
- Isolated & Combined Footing Design – Sizing standard isolated footings for favorable soil, checking for soil pressure limits, evaluating punching shear ratios, and calculating flexural rebar requirements.
- Strap & Mat (Raft) Foundation Design – Designing eccentric strap foundations for property-line constraints, and designing mat foundations for the soft, low-bearing-capacity soils typical of valley riverside basins.