STAAD Pro Course

Have an overview of the software, its interface, features, and tools.

Learn about the setting of units and grids. Understand the material properties, section properties, basic load concepts, and the basics of steel and concrete design.

Study the basics of load concepts, load types, the analysis process, and the analysis reports.

Understand the fundamentals of foundation modeling and load combinations.

Have an overview of nodes, beams, elements, and plates in structural modeling. Study the techniques used for 2D and 3D structural modeling.

Understand the modeling of residential buildings, industrial structures, steel structures, trusses, frame structures, portal frames, staircases, and roofs.

Know the assignment of material and section properties. Study the importing of CAD drawings into the software.

Become familiar with structural idealization, editing of structural models, model verification, and connectivity checks.

Practical training

Find out how to work with design codes. Learn the fundamentals of STAAD Pro concrete design and STAAD Pro steel design.

Study the design of beams, columns, and slabs. Understand the basics of footing and foundation design.

Know the design parameters, code setup, design checks, and utilization ratios. Become familiar with the detailing concepts and stability verification.

Find out how to generate and document design reports. Learn how to identify errors and correct them.

Practical training with real project case studies.

Understand what dead and live loads are and know their differences. Study the wind load application techniques.

Learn about the different load applications, including point, uniform, dynamic, area, plate, and member loads.

Find out how to apply loads on beams, columns, and plates, and how to verify applied loads. Know the features of automatic load generation.

Study the support reactions and errors that may occur in load assignments

Practical exercises on load applications and load modeling.

Become familiar with types of structural analysis, including static and dynamic, and the structural behavior of loads.

Find out how to analyze beams, frames, and trusses. Study in detail about linear and non-linear analysis.

Have an overview of force distribution and load flow concepts. Learn about shear force analysis, stress analysis, surface element analysis, and seismic analysis.

Study how to interpret the results of the analysis, error detection, and troubleshooting analysis.

Practical sessions in using STAAD Pro for structural analysis.

Have an overview of RCC and steel design concepts, and design codes and standards. .

Study the RCC beam design and RCC column design procedures, and the fundamentals of steel structure design. .

Find out how to design steel beams, columns, steel trusses, and portal frames. Understand the basics of steel connection design and section selection.

Learn about the load combinations for RCC and steel structures, and design parameter setup in STAAD Pro.

Practical classes with real-time project examples.

Have an overview of the basics of seismic analysis, earthquake forces, seismic zones, and structural response.

Study the importance of ductility, structural stability, types of seismic loads, and seismic load calculations.

Understand the Response Spectrum Method and Equivalent Static Method for seismic analysis, and modeling structures for earthquake analysis.

Find out how to assign seismic parameters in STAAD Pro and how to make storey drift and lateral displacement checks.

Learn about the interpretation of seismic analysis, checking errors, and verifying models with practical examples.

Understand the techniques of advanced structural modeling and the basics of non-linear structural analysis.

Find out how to make moving load, bridge load, finite element, advanced seismic, buckling, foundation, and advanced wind analysis.

Learn about the techniques for structural optimization, advanced steel checks, RCC design checks, and modal analysis.

Study how to make a performance-based structural assessment, interpret advanced results, and troubleshoot issues.

Hands-on training in advanced structural analysis.