STAAD.PRO COURSE

INTRODUCTION TO STAAD.PRO
➢ Overview of Structural Analysis:
➢ Introduction to structural analysis and its significance.
➢ Understanding the role of software like STAAD.Pro in structural engineering.
➢ Introduction to STAAD.Pro Interface:
➢ Overview of the STAAD.Pro software interface and workspace.
➢ Navigating through the menus, toolbars, and workspace settings.
BASICS OF STRUCTURAL MODELING
➢ Basics of creating a structural model in STAAD.Pro.
➢ Creating nodes, members, and defining structural properties.
➢ Applying various types of loads (dead loads, live loads, etc.) to the model.
➢ Understanding load combinations and load cases.
ANALYSIS AND DESIGN
➢ Static Analysis:
➢ Performing static analysis of structures using STAAD.Pro.
➢ Reviewing analysis results (reactions, displacements, etc.).
➢ Design Codes and Criteria:
➢ Introduction to design codes (e.g., AISC, Eurocode) for structural design.
➢ Implementing design criteria and code specifications in STAAD.Pro.
➢ Modal Generation and Editing
➢ Structure Wizard
➢ Import / Export DXF file
➢ Type of selection and views
➢ Types of Cursor
➢ Creating and Assigning Properties
➢ Define Specification According to Structure
➢ Creating and Assigning Supports
➢ Introduction of Loads & Definitions
➢ Creating Load Cases and loads type
➢ Define special loads Cases and parameters
➢ Wind Load
➢ Seismic Load
➢ Assigning Loads
➢ Create Load combinations
➢ Create Auto Load combinations
➢ Concrete Design

ADVANCED ANALYSIS AND DESIGN FEATURES
➢ Dynamic Analysis:
➢ Introduction to dynamic analysis for seismic or vibration studies.
➢ Performing dynamic analysis and interpreting results.
➢ Advanced Structural Design:
➢ Advanced design considerations (wind analysis, response spectrum analysis).
➢ Design optimization and performing iterative design checks.
STRUCTURAL DETAILING AND REPORTS
➢ Structural Detailing:
➢ Generating detailed drawings and reports from the model.
➢ Creating plans, sections, and elevation views for structural elements.
➢ Interoperability and Integration:
➢ Importing and exporting models to other software (AutoCAD, Revit, etc.).
➢ Collaborating and sharing data with other engineering tools.
Project Work and Applications
➢ Practical Projects:
➢ Hands-on projects simulating real-world structural design scenarios.
➢ Applying learned techniques to solve structural engineering problems.
➢ Beam design & Column design
➢ Report Generation
➢ RCC Detailing in Auto CAD, Water Tank Design
➢ Slab Design
➢ Bridge Deck Design Using STAAD Beava
➢ Steel Design
➢ Introduction of Steel Design
➢ Truss Design
➢ Tower Design
➢ Industrial Truss Design
➢ RC Design
➢ RC Design Report Generation
➢ Foundation Design
➢ How to Open the STAAD Foundation
➢ Import STAAD Pro. File in STAAD Foundation
➢ Creating Job
➢ Define Foundation parameters
➢ Report Generation
➢ GA Drawing & Foundation
➢ Drawing saved in DXF file