2Month/20 Hours Price:225,000

220,000

SAP2000 Training

SAP2000 is a professional software used by civil and structural engineers to analyze how a structure behaves under different loads and to design it safely and economically. It is a powerful structural design and analysis software.

Key Learnings

By the end of this course, learners will be able to:

Navigate the software environment and use key tools effectively.
Create 2D and 3D models for buildings, bridges, and other civil structures.
Apply different types of loads (dead, live, wind, seismic) and perform static and dynamic analysis.
Design beams, columns, slabs, and trusses according to international codes (e.g., ACI, AISC).
Evaluate deflections, stresses, and reactions to ensure safe and economical design.
Perform response spectrum and time history analyses for earthquake-resistant design.

Course Content:

Module 1: Introduction & Interface Fundamentals

Overview of Structural Analysis & SAP2000 Applications
Understanding the Interface: Toolbars, Menus, and Model Explorer
Project Setup, Units, and Grid Systems
Creating Simple 2D Models and Understanding Coordinates

Module 2: Structural Modeling Module

Create Geometry (2D/3D Models)
Define Material and Section Properties (Concrete, Steel, etc.)
Assign Supports, Hinges, and Constraints
Model Frames, Shells, and Slabs
Introduction to Assigning Loads and Boundary Conditions

🧠 Mini Project: Create a 3D RC Frame Model

Module 3: Load Analysis Module

Types of Loads: Dead, Live, Wind, and Seismic
Load Pattern and Load Case Definition
Load Combinations: Manual and Automatic
Perform Static and Dynamic Analysis
Response Spectrum Analysis for Seismic Loading

🧠 Practice Task: Load and Analyze a 3-Story Frame Structure

Module 4: Finite Element Analysis (FEA) Module

Introduction to FEA Concepts in SAP2000
Analyze Frame, Shell, Plate, Solid, and Tendon Elements
Linear vs. Nonlinear Analysis (Pushover, Time-History)
Modal Analysis for Natural Frequencies and Vibration Modes
Model Validation and Error Checking

🧠 Mini Project: Seismic Analysis of a Multi-Storey Frame

Module 5: Design Module – Concrete & Steel

Concrete Design per ACI, CSA, and IS Codes
Steel Design per AISC, BS, and Eurocode Standards
Bridge and Frame Design Checks
Reinforcement Detailing and Optimization
Code Compliance Review

🧠 Practice Task: Design an RC Beam and Steel Frame

📅 Module 6: Output & Results Module

3D Visualization, Contour Plots, and Deformation Shapes
Reading Analysis Outputs (Forces, Moments, Reactions, Displacements)
Viewing Animation Results for Dynamic Analysis
Generating Professional Design Reports and Summaries
Exporting Data to Excel / PDF

🧠 Mini Project: Generate a Complete Analysis & Design Report

Module 7: Advanced Applications

Bridge Modeling and Moving Load Analysis
Cable, Arch, and Truss Structures
Seismic and Wind Design for Tall Buildings
Soil–Structure Interaction Basics
Integration with AutoCAD & BIM Tools

🧠 Case Study: Bridge Design & Load Distribution

Module 8: Final Project & Assessment

Complete Structural Design Project from Start to Finish
- Model → Load → Analyze → Design → Report
Individual Project Presentation & Review
Career Guidance for Structural Design Engineers