STAAD stands for Structural Analysis And Design. STAAD.Pro software is widely used in analyzing and designing structures – buildings, bridges, towers, transportation, industrial and utility structures. Designs can involve building structures including culverts, petrochemical plants, tunnels, bridges, piles; and building materials like steel, concrete, timber, aluminum, and cold-formed steel. STAAD Pro helps structural engineers automate their tasks by removing the tedious and long procedures of the manual methods. STAAD Pro allows structural engineers to analyze and design virtually any type of structure. Structural engineering firms, structural consultants, departments in construction companies, owner/operators, and government agencies, and offshore platform designers’ use this software extensively.

CURRICULUM 60 HRS

  • Overview of BMD, SFD, Reaction Force, Hooke's Law, Young's Modulus, Poisson Ratio and Introduce to Ductile & Brittle Material 1 HRS
  • Calculating Shear Force and Bending Moment values for various supports and load types 1 HRS
  • Introduction STAAD.Pro V8i and STAAD Editor 1 HRS
  • Co-ordinate Systems, Global Axis and Local Axis 1 HRS
  • Creating a New Project in STAAD.Pro and Units set up 1 HRS
  • Model Generation, Creating Nodes, Members &Select Menu 2 HRS
  • Model Editing Tools, Translational Repeat, Circular Repeat, Move, Mirror, Rotate, Insert Node For a Single Member & For Multiple Members, Add Beam For Point to Point, For Between Midpoints, For Perpendicular Intersection and For Curved Member 2 HRS
  • Model Editing Tools, Connect Beams Along, Stretch Selected Members, Intersect Selected Members, Merge Selected Members, Renumber, Split Beam, Break Beams at Selected Nodes and Creating Models by using Structure Wizard 2 HRS
  • Support Specification, Member Property, Specification, Member Offset, Material Specification, Group Specification and Loading, Creating a Primary Load and Adding Selfweight 3 HRS
  • Create and Assign Loads on Nodes, Member Load, Uniform Force, Moment, Concentrated Force, Moment, Linear Varying Load, Trapezoidal Load, Hydrostatic Load, Pre/Post Stress, Area Load and Floor Load 6 HRS
  • Wind Load, Creating Load Combination, Automatic Load Combination, Edit Auto Load Rules, Moving Load &Repeat Load 4 HRS
  • Introduction to Analysis, Perform Analysis, Overview of Output Page, Pre-analysis Print, Post-analysis Print Inactive or Delete Specification General Guidelines for Design Concrete Design in STAAD.Pro, Column Design and Beam Design 4 HRS
  • RC Designer, Beam Design, Column Design, Seismology, Introduction on Terminologies, Standards for Earthquake Design, General Principals for Earthquake Design, finding the Lateral Force and finding the Lateral Force by using STAAD.Pro 4 HRS
  • Cylindrical and Cylindrical Reverse Co-ordinate Systems, Introduction to FEM Modelling in STAAD.Pro, Snap Plate, Add Plate, Create Infill Plates, Generate Surface Meshing, Generate Plate Mesh and Parametric Modelling 3 HRS
  • Member Truss, Creating FEM models by using Structure Wizard, Adding Plate Thickness, Plate Load, Pressure on Full Plate, Concentrated Load, Partial Plate Pressure Load, Trapezoidal Load, Hydrostatic Load and Element Joint Load 4 HRS
  • Water Tank Design, Slab Design, Staircase Design, Shear wall Modelling, Design Solid Modelling and Analysis 6 HRS
  • Cable Member Specification Tension / Compression Specification Table Member Property Steel Design in STAAD.Pro 2 HRS
  • Interactive Steel Design, Design of Overhead Transmission Line Towers 4 HRS
  • Foundation Design like Isolated Footing, Combined / Strip Footing, Isolated Footing and Combined Footing 4 HRS
  • Foundation Design like Mat Foundation and Pile Cap Design 4 HRS
  • Importing CAD Models Report Setup Plotting from STAAD.Pro 1 HRS

Project

COMMENCING NEW BATCHES
ENQUIRY FORM
FOLLOW US ON
SUBSCRIBE TO OUR NEWSLETTER

WE ACCEPT ONLINE PAYMENTS
PAY ONLINE