To provide learners with practical and technical knowledge in structural analysis and design of building
systems using ETABS software, including modelling of multi-storey buildings, load application, seismic and
wind analysis, and structural design of beams, columns, and slabs in accordance with international codes.

The course prepares learners for structural engineering practice in construction, consultancy, and BIM-
integrated design environments.

1. Explain structural engineering principles used in ETABS
2. Identify building components and structural systems
3. Apply ETABS tools for 3D structural modelling
4. Analyse building structures under different load conditions
5. Design structural elements and generate design reports

Module 1: Introduction to Structural Engineering & ETABS

• Basics of structural engineering
• Types of building structures:
o Low-rise buildings
o High-rise buildings
• Introduction to ETABS interface
• Project setup:
o Grid systems
o Storey definition
• Material properties:
o Concrete
o Steel
• Overview of structural design workflow

Module 2:Modelling of Structural Systems

• 3D building modelling in ETABS
• Structural components:
o Beams
o Columns
o Slabs
o Shear walls
• Assigning properties and sections
• Storey stiffness and layout
• Mass source definition
• Model validation techniques

Module 3: Load Analysis & Structural Actions

• Types of loads:
o Dead load
o Live load
o Wind load
o Seismic load
• Load combinations (as per codes)
• Load distribution in buildings
• Static and dynamic analysis
• Response spectrum analysis (basic introduction)
• Load transfer mechanism

Module 4: Structural Design of Building Elements

• Beam design in ETABS
• Column design and interaction checks
• Slab system design basics
• Shear wall design concepts
• Reinforcement detailing output
• Code-based design checks (ACI / Eurocode basics)
• Safety factors and design optimization

Module 5: Analysis Results, Detailing & Documentation

• Interpretation of analysis results
• Story drift and displacement analysis
• Base shear and stability checks
• Structural optimization
• Exporting design drawings
• Report generation in ETABS
• Coordination with SAFE and BIM tools
• Construction documentation standards

Project