What you'll learn
This course provides comprehensive training in structural engineering design and analysis using industry-standard software such as STAAD Pro / ETABS / SAP / AutoCAD / Revit Structure.
Students learn how to design safe and economical structures as per IS codes and building standards, analyze structural members, interpret loads, calculate stresses, and generate approval drawings.
The course covers steel structures, RCC buildings, foundations, slabs, beams, columns, staircases, and uses real project case studies for practical understanding.
By the end of this course, students will be able to:
- Analyze building loads & stresses
- Design structural components
- Prepare structural drawings
- Perform seismic & wind load analysis
- Generate design calculations and reports
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Course Syllabus
Module 1 – Introduction to Structural Engineering
- Importance of structural engineering
- Types of structures (RCC / Steel / Composite)
- Basic structural terminology
🔹 Module 2 – Building Loads & Standards
- Dead loads, live loads, impact loads
- Seismic loads and wind loads
- IS code introduction (IS 456, IS 875, IS 1893, IS 13920)
🔹 Module 3 – Fundamentals of Structural Analysis
- Stress, strain and deflection
- Load path and load transfer
- Bending moments and shear force concepts
🔹 Module 4 – RCC Structural Elements
- Column design fundamentals
- Beam design & reinforcement detailing
- Slab design and detailing
- Staircase design
🔹 Module 5 – Foundation Engineering
- Types of foundations (isolated / combined / raft)
- Design & detailing of footings
- Soil bearing capacity considerations
🔹 Module 6 – Introduction to Structural Software (STAAD / ETABS)
- Model setup & geometry creation
- Load assignment and combinations
- Analysis and interpretation of results
🔹 Module 7 – Structural Detailing & Drawing
- Reinforcement detailing (Rebar drawings)
- Column-beam connection details
- Slab & footing detailing
- Autocad/Revit drafting sheets
🔹 Module 8 – Seismic & Wind Load Analysis
- Seismic concepts and parameters
- Base shear calculations
- Wind load calculation (IS 875)
- Response spectrum method
🔹 Module 9 – Report Preparation & BOQ
- Design calculation sheets
- Detailing schedules
- Material BOQ estimation
🔹 Module 10 – Final Project Work
Students complete a real structural project including:
- Analysis of G+2/RCC building
- All load calculations
- Design and detailing sheets
- Drawing sheet submission & report
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