Active Course
STAAD.Pro Structural Design
About this course
A comprehensive structural analysis and design course using STAAD.Pro, covering structural modeling, RCC and steel design, foundation engineering, wind and seismic analysis, finite element modeling, and IS code-based documentation for residential, commercial, industrial, and infrastructure projects.
Course Curriculum
• Types of Structures, Structural Systems & Components
• Load Path Concept, Stability & Building Codes
• Stress & Strain, Elastic & Plastic Behavior
• Bending Moment, Shear Force, Axial Force & Torsion
• Deflection & Structural Safety Concepts
• STAAD.Pro Interface, Project Setup & Modeling Workflow
• Structure Wizard, Navigation & Display Options
• Node, Beam, Column & Plate Modeling
• Grid Systems, Truss & Space Frame Modeling
• Multi-Storey Building & Industrial Structure Modeling
• Concrete & Steel Grades, Elastic Properties & Density
• Sections: Rectangular, Circular, T, I, Channel, Angle & Box
• Built-up Sections, Custom Sections & Property Assignment
• Fixed, Pinned, Roller, Spring & Elastic Supports
• Member Releases, Connection Modeling & Stability Checks
• Dead Load, Live Load, Floor Load & Member Load
• Point Load, UDL, Trapezoidal & Temperature Loads
• Vehicle Loads, Crane Loads & Moving Load Basics
• IS Code Load Combinations: Ultimate & Service
• Factored Loads, User-Defined Combinations & Verification
• Linear Static Analysis & P-Delta Analysis
• Second Order, Buckling & Dynamic Analysis Basics
• Member Force Analysis & Reaction Analysis
• Bending Moment, Shear Force & Axial Force Diagrams
• Result Interpretation & Structural Optimization
• IS 456 Design Parameters & Safety Factors
• Beam, Column, Slab & Footing Design
• Staircase Design & Shear Wall Basics
• Reinforcement Detailing & Design Optimization
• RCC Design Reports Generation
• IS 800 Design Parameters
• Steel Beam & Column Design
• Truss, Purlin & Bracing Design
• Industrial Shed Design & Connection Basics
• Steel Design Optimization
• Isolated, Combined & Raft Foundation Design
• Pedestal, Base Plate & Soil Bearing Capacity
• Plate & Slab Modeling, Mesh Generation & Stress Analysis
• Finite Element Modeling (FEM), Element Types & Result Interpretation
• Wind Load Calculation per IS 875 (Part 3)
• Wind Pressure, Direction Cases, Drift & Design Checks
• Seismic Analysis per IS 1893: Zones, Factors & Base Shear
• Equivalent Static Method & Storey Drift
• Response Spectrum Method, Mode Shapes & Modal Analysis
• Deflection, Drift, Stress & Utilization Ratio Checks
• Serviceability, Strength & Code Compliance Verification
• Design Reports, Calculation Sheets & Material Reports
• Member Schedules, Reinforcement Reports & PDF Export
• IS Codes: IS 456, IS 800, IS 875, IS 1893 & IS 13920
Hands-on Projects
G+2 Residential Building Analysis
Multi-Storey RCC Building Design
Commercial Office Structure
Industrial Steel Shed Design
Roof Truss Design
Warehouse Steel Structure
Foundation Design Project
Wind & Seismic Analysis Project
Complete Structural Design Documentation
Key Skills Covered
- Structural Modeling & Analysis
- RCC Design (IS 456)
- Steel Structure Design (IS 800)
- Foundation Engineering
- Wind & Seismic Load Analysis
- Finite Element Modeling (FEM)
- Structural Optimization & Code Compliance
- Design Report Generation
Technologies Covered
STAAD.Pro
IS 456
IS 800
IS 875
IS 1893
Course Details
Duration
6 Months
Certificate
Upon completion
Start Date
Flexible
Instructor
CDC Training Services Pvt.Ltd