ETABS Course Syllabus

This syllabus aims to cover the comprehensive use of ETABS for structural analysis and design. Depending on the course duration, the depth of coverage in each module may vary, allowing for practical exercises, projects, and hands-on workshops to reinforce theoretical knowledge with practical application.

Module 1: Introduction to ETABS

• Overview of ETABS software and its capabilities
• Understanding the user interface and workspace
• Setting up a new project and model

Module 2: Model Creation and Geometry Definition

• Creating the structural model: defining grids, stories, and levels
• Generating structural elements (columns, beams, slabs)
• Importing or sketching the building geometry

Module 3: Material Properties and Sections

• Defining material properties (concrete, steel, etc.)
• Assigning sections and properties to structural elements
• Customizing section properties for analysis

Module 4: Loading and Analysis

• Applying various loads: dead loads, live loads, wind loads, seismic loads
• Understanding load combinations and load cases
• Performing linear and nonlinear analyses

Module 5: Design and Code Check

• Designing structural elements based on codes (ACI, AISC, etc.)
• Code-based design checks for beams, columns, slabs, etc.
• Reviewing design results and optimizing structures

Module 6: Seismic and Dynamic Analysis

• Introduction to seismic analysis and design considerations
• Response spectrum analysis and time history analysis
• Modeling damping and seismic provisions

Module 7: Foundation Design

• Understanding foundation types (isolated, mat, pile, etc.)
• Modeling and analyzing foundation systems
• Designing foundations based on structural loads

Module 8: Detailing and Documentation

• Generating and customizing structural drawings
• Creating schedules, reports, and documentation
• Outputting design calculations and results

Module 9: Advanced Analysis Techniques

• Nonlinear analysis and performance-based design
• Pushover analysis and plastic hinge considerations
• Buckling analysis and stability checks

Module 10: Real-world Projects and Case Studies

• Applying ETABS skills to real-world structural designs
• Case studies across various structural types (residential, commercial, etc.)
• Best practices and advanced applications in ETABS