What you'll learn
E-TABS (ETABS) is a professional structural analysis and design course designed for civil engineering students, structural engineers, diploma holders and construction professionals who want to develop practical skills in building analysis and design.
The course covers the complete ETABS workflow, including structural model creation, grids and stories, material and section properties, beams, columns, slabs, shear walls, load patterns, load cases, load combinations, structural analysis, seismic analysis, wind load analysis, modal analysis and structural design.
Learners will also understand how to interpret analysis results such as story displacement, story drift, member forces, reactions and design results and prepare professional structural reports.
The course includes practical building projects ranging from residential structures to multi-storey RCC buildings, providing hands-on experience with real-world structural modeling and analysis workflows.
What You Will Learn
- ETABS interface and project setup
- Structural grids and story definition
- Structural modeling
- Concrete and steel material properties
- Beam and column modeling
- Slab and floor systems
- Shear wall modeling
- Load patterns and load cases
- Load combinations
- Dead and live load application
- Wind load analysis
- Seismic load analysis
- Modal and response spectrum concepts
- Structural analysis
- RCC beam and column design
- Shear wall design concepts
- Story drift and displacement analysis
- Base reactions and member forces
- Structural result interpretation
- Professional project documentation
Who Can Join?
- Civil Engineering students
- Civil Engineering graduates
- Diploma Civil students
- Structural Engineering students
- Structural Design Engineers
- Site Engineers
- Construction Professionals
- BIM and Structural Design learners
- Civil CAD professionals
- Professionals interested in structural analysis
Prerequisite
- Basic computer knowledge
- Basic AutoCAD knowledge is helpful
- Basic civil engineering knowledge
- Engineering drawing knowledge
- Basic structural analysis concepts are beneficial
- Knowledge of RCC design is helpful but not mandatory
Course Outcome
After completing the course, learners will be able to:
- Create structural building models in ETABS
- Define materials and structural sections
- Model beams, columns, slabs and shear walls
- Apply different types of structural loads
- Create load cases and load combinations
- Perform structural analysis
- Understand seismic and wind load analysis
- Perform modal and response spectrum analysis
- Interpret structural analysis results
- Review story displacement and drift
- Understand RCC structural design workflows
- Prepare professional structural reports
- Develop complete ETABS building projects
Career & Learning Opportunities
- ETABS Structural Designer
- Structural Design Engineer Trainee
- Structural Analysis Engineer Trainee
- Civil Design Engineer
- Structural Engineer Trainee
- RCC Design Engineer Trainee
- Civil CAD Designer
- Structural BIM Modeler
- BIM Engineer Trainee
- Building Design Engineer
- Structural Design Assistant
- Civil Engineering Design Assistant
- Structural Analysis Assistant
- Project Design Engineer Trainee
- Construction Design Assistant
- Structural Engineering Project Assistant
Note: ETABS results and structural designs should be checked against the applicable building codes, project requirements and qualified structural-engineering review before being used for actual construction.
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