STAAD.Pro – Structural Analysis & Design Software Training

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Introduction

This course offers hands-on training in STAAD.Pro, one of the industry’s most widely used structural analysis and design software tools. From modeling and load application to code-based design and result interpretation, learners will gain comprehensive skills to design RCC and steel structures efficiently. Ideal for engineers working in infrastructure, construction, plant design, bridges, and industrial buildings, the course combines both practical and theoretical approaches.

Modules and Content

Module 1: Introduction to STAAD.Pro
  • Overview and importance in industry
  • Software interface, workflow, and navigation
  • Units, coordinate systems, and project setup
  • Node and element creation
  • Creating beams, columns, plates, and surfaces
  • Using geometry tools and snaps
  • Defining and assigning dead, live, wind, and seismic loads
  • Load combinations and load cases
  • Application of point, area, and uniform loads
  • Analysis of RCC frames and slabs
  • Design as per IS 456
  • Column, beam, and footing reinforcement results
  • Tension and compression member analysis
  • Beam and truss modeling
  • Steel design as per IS 800 or AISC
  • Linear static and dynamic analysis
  • Seismic analysis (IS 1893)
  • Wind analysis (IS 875 Part 3)
  • Introduction to STAAD Foundation Advanced
  • Isolated, combined, and raft foundation design
  • Soil parameters and load extraction
  • Design checks and warnings
  • Member property optimization
  • Best practices for efficient modeling
  • Analyzing displacement, reaction, and stress results
  • Extracting reinforcement details and design summary
  • Creating calculation reports and drawings
  • Complete modeling, analysis, and design of a residential/commercial/industrial structure
  • BOQ preparation and project documentation

Scope & Advantages

STAAD.Pro proficiency is a key skill for civil and structural engineers aiming to work in design consulting, EPC companies, infrastructure firms, or government projects. It allows for faster, code-compliant, and optimized design workflows, reducing manual errors and enhancing precision. This course boosts employability and project readiness in both national and international job markets.

Reference

  • “Piping Handbook” by Mohinder L. Nayyar ,
  • “Process Piping: The Complete Guide to ASME B31.3” by Charles Becht IV,
  • “Pipe Stress Engineering” by Liang-Chuan Peng and Tsen-Loong Peng
  • “Piping Design Handbook” by John J. McKetta Jr.
  • “The Planning Guide to Piping Design” by Richard Beale and David R. Sherwood