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STRUCTRAL DESIGN : STAAD PRO

Structural engineering is a sub-discipline of civil engineering in which structural engineers are trained to design the 'bones and muscles' that create the form and shape of man made structures. Structural engineers need to understand and calculate the stability, strength and rigidity of built structures for buildings and nonbuilding structures. The structural designs are integrated with those of other designers such as architects and building services engineer and often supervise the construction of projects by contractors on site and nonbuilding structures.

Structural engineering is to design and analyse structures such as buildings, bridges, towers, marine structures, dams, tunnels, retaining walls and engineering infrastructures and maintains the built environment, whose structures must be safe, useful, durable and budget friendly aesthetics.

Structural Engineering is one of the oldest types of engineering, starting from the first time when branches being tied together to form a shelter. Throughout history, people have been designing and building large and increasingly sophisticated structures, from primitive cabins to the sky scrappers.

Our Structural engineering course provide the in-depth knowledge of the structural designing and the principles of structural engineering design. Students will get the knowledge of the concepts of design both concrete and steel and analysis. Design practical experience and skills will be acquired and learned through problem sets and integral design project.

We are the best training institute for industrial level training for Structural Design Engineering.

  • B.Tech/BE in Civil/Structural Engineering
  • Diploma in Civil/Structural Engineering
  • Master in Civil/Structural Engineering

  • Engineering Design Courses syllabus as per industry standards & Codes
  • We have 10+years experienced trainers
  • Printed Study Materials
  • Video tutorials available
  • All Courses are based upon Live Projects
  • 100% Job oriented training program
  • Excellent Placements Records till now
  • We are the best training institute for industrial level training for Structural Design Engineering.

A complete in-depth knowledge together with fundamentals is delivered in our premises to the engineers. Looking at the large demand for good engineers our objective is to make sure that the engineers are able to design technical drawings using CAD tools and apply them in real world.

  • Basics of Structural Engineering
  • Analysis & Design of Structures
  • Steel Frame Connection
  • 2D & 3D Modeling Structures
  • 3D Structural Design
  • Structural Analysis & Design.
  • Stress & Failure Analysis.
  • Foundation Design.
  • Concrete Design & Analysis.
  • Structural Evaluation.
  • Steel Structure Design.
  • Pre- Engineered Buildings.
  • Construction Detailing & Drawings.
  • Infrastructure Design.
  • Storm Water & Sewage Design.
  • Bridges, Roads, & Power Projects Design.
  • Investigation & Failure Analysis.
  • Proof Checking & Advisory Services.
  • Application Design.
  • Restoration & Rehabilitation of Structures.
  • Analysis & Evaluation of Soundness of Structures.
  • Structures, Tanks, Bins, Hopers.
  • Steel Analysis & Steel Design.
  • Rain Water Harvest System.

Course Duration : 20 Sessions

FullTime : Weekdays (Mon-Fri)
PartTime : Weekend (Sat-Sun)

SESSION 1

  1. Overview of Structural Analysis and Design
  2. Calculating Shear Force and Bending Moment values for various supports and load types
  3. Introduction
    1. STAAD.Pro V8i
    2. STAAD Editor

SESSION 2

  1. Co-ordinate Systems
    1. Global Vs Local
  2. Creating a New Project in STAAD.Pro
  3. Units
  4. Model Generation
    1. Creating Node

SESSION 3 : Model Editing Tools

  1. Translational Repeat
  2. Circular Repeat
  3. Move
  4. Mirror
  5. Rotate
  6. Insert Node
  7. Add Beam
    • Point to Point
    • Between Midpoints
    • Perpendicular Intersection
    • Curved Member

SESSION 4 : Model Editing Tools

  1. Connect Beams Along
  2. Stretch Selected Members
  3. Intersect Selected Members
  4. Merge Selected Members
  5. Renumber
  6. Split Beam
  7. Break Beams at Selected Nodes
  8. Creating Models by using Structure Wizard

MINI PROJECT 1


SESSION 5

  1. Support Specification
  2. Member Property Specification
  3. Member Offset
  4. Material Specification
  5. Group Specification
  6. Loading Creating a Primary Load
  7. Adding Self-weight

SESSION 6 : Loading

  1. Nodal Load
  2. Member Load
    1. Uniform Force and Moment
    2. Concentrated Force and Moment
    3. Linear Varying Load
    4. Trapezoidal Load
    5. Hydrostatic Load
    6. Pre/Post Stress o Area Load o Floor Load

MINI PROJECT 2


SESSION 7:

  1. Loading Wind Load
  2. Creating Load Combination
    1. Automatic Load Combination
    2. Edit Auto Load Rules
  3. Moving Load
  4. Reference Load
  5. Repeat Load
  6. Shell Loads

MINI PROJECT 3


SESSION 8: Introduction to Analysis

  1. Perform Analysis
  2. Overview of Output Page
  3. Pre-analysis Print
  4. Post-analysis Print
  5. Inactive or Delete Specification
  6. General Guidelines for Design
  7. Concrete Design in STAAD.Pro
  8. Column Design
  9. Beam Design

SESSION 9: RCC Design

  1. Beam
  2. Design
  3. Column

DESIGN PROJECT 1


SESSION 10:

  1. Seismology Introduction Terminologies
  2. Standards for Earthquake Design
  3. General Principals for Earthquake Design
  4. Finding the Lateral Force (manual calculation)
  5. Finding the Lateral Force by using STAAD.Pro
  6. Dynamic Analysis
  7. Response Spectrum Analysis

MINI PROJECT 4


SESSION 11:

  1. Cylindrical and Cylindrical Reverse Co-ordinate Systems
  2. Introduction to FEM
  3. FEM Modelling in STAAD.Pro
  4. Snap Plate
  5. Add Plate
  6. Create Infill Plates
  7. Generate Surface Meshing
  8. Generate Plate Mesh
  9. Parametric Modelling

SESSION 12:

  1. Member Truss
  2. Creating FEM models by using Structure Wizard
  3. Adding Plate Thickness
  4. Plate Load
  5. Pressure on Full Plate
  6. Concentrated Load
  7. Partial Plate Pressure Load
  8. Trapezoidal Load
  9. Hydrostatic Load
  10. Element Joint Load

SESSION 13:

  1. Water Tank Design
  2. Slab Design
    1. One-way Slab
    2. Two-way Slab

MINI PROJECT 5


SESSION 14:

  1. Staircase Design
  2. Shear wall Modelling and Design

MINI PROJECT 6


SESSION 16:

  1. Cable Member Specification
  2. Tension / Compression Specification
  3. Table Member Property
  4. Steel Design in STAAD.Pro

SESSION 17:

  1. Interactive Steel Design
  2. Pushover Analysis

DESIGN PROJECT 2


SESSION 18:

  1. Foundation Design
  2. Isolated Footing
  3. Combined / Strip
  4. Footing o Tool Kit
    1. Isolated Footing
    2. Combined Footing

SESSION 19:

  1. Foundation Design
  2. Mat Foundation
  3. Pile Cap Design

MINI PROJECT 7


SESSION 20:

  1. Importing CAD Models
  2. Report Setup
  3. Plotting from STAAD.Pro

DESIGN PROJECT 3