Course Objectives:

By the end of this training, participants will be able to:

1. Introduction to STAAD Pro

• Understand the basics of STAAD Pro software and its role in structural analysis and design.
• Familiarize with the interface and navigation tools within STAAD Pro.
• Learn how to set up a new project and input basic structural models into STAAD Pro.

2. Structural Modeling Techniques

• Learn how to define structural elements such as beams, columns, slabs, and foundations in STAAD Pro.
• Understand the different types of loads (dead, live, wind, seismic, etc.) and how to apply them to models.
• Study how to create and modify geometrical models using STAAD Pro’s drawing and editing tools.

3. Material Properties and Member Definitions

• Understand how to define material properties for steel, concrete, wood, and other materials in STAAD Pro.
• Learn how to assign member properties (cross-sections, material, boundary conditions) for accurate analysis.
• Explore the different design codes and material standards (e.g., AISC, IS, Eurocode, etc.) available in STAAD Pro for analysis and design.

4. Load Cases and Load Combinations

• Learn how to define load cases in STAAD Pro, including dead loads, live loads, wind loads, seismic loads, and temperature effects.
• Understand how to apply and combine multiple load cases to simulate realistic loading conditions on structures.
• Study how to use Load Combinations in compliance with design codes for various load scenarios (e.g., ultimate, serviceability).

5. Structural Analysis Methods

• Understand the different types of analysis performed in STAAD Pro, such as linear static analysis, dynamic analysis, and non-linear analysis.
• Learn how to perform modal analysis, response spectrum analysis, and time history analysis for dynamic loading conditions.
• Study the concepts of stability analysis and how to detect potential instability in a structure.

6. Advanced Design and Optimization Techniques

• Understand how to design structural elements like beams, columns, and slabs according to various international codes (e.g., AISC, IS, Eurocode).
• Learn advanced design techniques for structures under complex loading, such as reinforced concrete, steel, and composite structures.
• Study how to optimize designs for material efficiency and cost-effectiveness using STAAD Pro’s design optimization tools.

7. Seismic Design and Analysis

• Learn the principles of seismic analysis and how to incorporate seismic forces in structural design using STAAD Pro.
• Understand the application of response spectrum analysis and time-history analysis to evaluate earthquake-induced forces.
• Explore seismic codes and regulations and how to apply them for earthquake-resistant design.

8. Advanced Foundation Analysis

• Study how to analyze and design foundations, including isolated footings, mat foundations, and pile foundations.
• Learn how to model soil-structure interaction and incorporate the effects of settlement and foundation flexibility in structural analysis.
• Understand the principles of geotechnical analysis integrated with STAAD Pro for foundation design.

9. Post-Processing Results and Reporting

• Learn how to interpret the results of the structural analysis, including stresses, displacements, internal forces, and deflections.
• Understand how to perform post-processing tasks in STAAD Pro, such as plotting results, generating graphs, and visualizing deformed shapes.
• Study how to generate professional reports and presentation-ready outputs, including detailed calculation sheets and drawings.

10. Integration with Other Software and BIM

• Learn how to integrate STAAD Pro with other software tools like AutoCAD, Revit, and Tekla for a smooth workflow.
• Understand how STAAD Pro fits into Building Information Modeling (BIM) processes and multi-disciplinary coordination.
• Explore the possibilities of using STAAD Pro for collaborative work within a BIM environment.

Target Audience

This training is designed for professionals involved in structural design, analysis, and engineering. The target audience includes:

• Structural Design Engineers
• Structural Analysts
• Civil Engineers specializing in structural systems

• CAD Engineers and Designers
• BIM Specialists working with structural models
• Building Information Modelers

• Structural Consultants and Advisors
• Contractors and Subcontractors involved in structural design and construction
• Site Engineers overseeing construction processes and structural integrity

• Project Managers involved in structural design and project delivery
• Construction Managers overseeing building and infrastructure projects