ENGINEERING SKILLS FOR THE WORK THAT COMES NEXT

Civil Engineering

STAAD.Pro — Steel Analysis & Design

Structural Analysis • Steel Design • Load Modeling • Real-World Projects

Master practical steel structural analysis and design using STAAD.Pro, with a focus on industry-oriented workflows, engineering standards, and real-world structural systems. Learn how to take a steel structure from engineering requirements and loading through structural modeling, analysis, design verification, and professional documentation.

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RECORDED+LIVE+PROJECT
STAAD.Pro — Steel Analysis & Design

Course fee

₹21,000

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Trainer

Trainer to be announced

Trainer experience

To be confirmed

Rating

Rating pending

Learners

Not yet published

Duration

To be confirmed

Format

Recorded + Live + Project

Software covered

STAAD.Pro

Level

To be confirmed

Free introduction

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FREE INTRODUCTION

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  • What the course teaches
  • Who should take it
  • Software covered
  • Trainer background
  • Course structure
  • Career relevance
  • Expected learning outcome

Course format

Recorded Lessons

Self-paced recorded engineering lessons.

Live Sessions

Scheduled sessions with the trainer.

Practical Project

A real-world engineering project or project-based assignment.

Career Development

Relevant career guidance where applicable.

Live training

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Learning outcome

Develop the practical skills required to model, analyze, design, check, and document steel structures using STAAD.Pro, following recognized engineering standards and real-world project workflows.

Learning philosophy

Understand the Structure → Define Loads → Build the Model → Analyze → Interpret Results → Design Members → Check Performance → Optimize → Deliver

Course curriculum

Preview the full syllabus. Lessons unlock after enrollment.

Module 01 —Introduction
IntroductionFREE
Module 02 —Structural Analysis
STAAD.Pro Modeling FundamentalsStructural Geometry & Member PropertiesSupports & Boundary ConditionsLoad Definition & Load CasesDead, Live, Wind & Seismic LoadingLoad CombinationsAnalysis & Interpretation of ResultsDeflection & Serviceability ChecksStability & Structural Behavior
Module 03 —Steel Design
Steel Member DesignCompression & Tension MembersBeam DesignColumn DesignCombined Axial & Bending DesignSlenderness & StabilityDesign Checks & Utilization RatiosSteel Design Optimization
Module 04 —Engineering Standards
AISC 360 — Steel DesignASCE 7 — Minimum Design LoadsIBC — Building Code RequirementsGCC & Middle East Project EnvironmentEuropean & International Engineering PracticesMNC / EPC Project Workflows
Module 05 —Practical Project Training
Real-World Steel Structure ModelingIndustrial & Oil & Gas Structural ApplicationsStructural Analysis ReportsDesign Review & Engineering ChecksPractical Project-Based AssignmentsProfessional Engineering Deliverables
Live Training
Live Session 01Live Session 02
Practical Project
Final Project