PEEP1701- Analysis & Design of reinforced concrete and Structural steel buildings

In the present era, it is always knowledge that provides the extra mile.

Structural engineering is generally considered as a specialty discipline in civil engineering. Structural engineers analyze, design, plan, and research structural components and structural systems to achieve design goals and ensure the safety and comfort of users or occupants.

Different analysis and design methodologies are taught in colleges, which is the basic knowledge. But something extra is required to become a successful structural engineer. By reinforcing this basic knowledge with extra guidance and training, we can equip the Engineer to deal with different types of structures.

With this concept, our course is structured in such a way that a fresher gets access to state-of-art facilities for structural design using powerful softwares and develop their confidence in design. It provides comprehensive knowledge on practical usage of the design codes and softwares.

The knowledge acquired by attending the course enhances one’s employment prospects and also increases their confidence in carrying out design and facing the job market.


  1. Introduction
    • What is analysis and design
    • Inputs from client
    • Input study methods
    • Different types of loads
    • Load calculation & application
    • Different codes to be referred
    • Load combination
  2. Introduction to STAADPro V8i
    • Uses
    • Getting started – initial settings
    • User interfaces – GUI & Editor based
    • Tool bars
    • Coordinate system
  3. Model Generation
    • Job set up
    • Joint coordinates and member incidences
    • Node
    • Beam
    • Plates
    • Surface
    • Numbering & renumbering of node, beam, plates etc.
    • Sequence of creating elements
    • Material and Property assignments
    • Support conditions
    • Releases and specifications
    • Geometry checking
  4. Loading and Analysis
    • Load definitions – as per IS standards
    • Load cases and calculations
    • Load combinations
    • Load envelops
    • Analysis Results – Deflection, Member forces, Reactions,Limit values as per codes
    • Shear force bending moment diagrams
    • Animations
  5. Design
    • Steel/Concrete as per Indian standards
    • Code selection
    • Load listing
    • Design Parameters
    • Commands
    • Run Analysis
    • Reviewing results
  6. Results and documentations
    • Reviewing results
    • Printing results
    • Documentation
    • Drawing input preparation
  7. Training exercises
    • Concrete structure
    • Steel structure

Course Duration             : One and half months

Timing                                : 9AM to 1PM

No: of seats in a batch  : 6

Course Fees                      : Rs 20000/-

Registration Procedure