The Advanced STAAD Pro Analysis and Structural Design for Civil Engineers Training Course develops advanced practical skills in STAAD.Pro for analyzing and designing structural systems used in building and civil engineering projects. The programme covers structural analysis, structural modelling, load definition, load combinations, support conditions, design parameters, and interpretation of analysis results. Participants learn how to develop accurate structural models and evaluate structural behavior under different loading conditions using professional engineering workflows.

Delivered by The British Academy For Training and Development under the Construction and Civil Engineering Training course specialization and Engineering maintenance and operation category, the course focuses on practical structural engineering applications using STAAD.Pro. It covers steel design, concrete design, finite element analysis, structural optimization, code-based design checks, model verification, and design reporting. Participants develop the ability to assess structural performance, identify design issues, refine structural systems, and produce technically coordinated analysis and design outputs for civil engineering projects.

• Develop advanced practical knowledge of STAAD.Pro for structural engineering applications.
• Apply professional structural analysis techniques using STAAD.Pro.
• Create and validate structural models for buildings and civil engineering structures.
• Define supports, member properties, material properties, and structural parameters.
• Apply dead, live, wind, seismic, and other relevant structural loads.
• Develop appropriate load combinations and analysis cases.
• Interpret structural analysis results and identify critical design conditions.
• Apply steel design principles using STAAD.Pro.
• Apply concrete design principles to reinforced concrete structural members.
• Understand and apply finite element analysis for suitable structural components.
• Perform structural code checks and design verification.
• Identify modelling errors and improve structural model accuracy.
• Optimize structural members based on analysis and design results.
• Generate professional structural analysis and design reports.
• Improve structural decision-making and engineering documentation.

Target Audience

• Civil Engineers
• Structural Engineers
• Structural Design Engineers
• Civil Engineering Consultants
• Structural Design Consultants
• Project Engineers
• Design Engineers
• Construction Engineers
• Engineering Project Managers
• STAAD.Pro Users
• Structural Modelling Professionals
• Engineering Graduates
• Technical Professionals involved in structural analysis and design

Module 1: Fundamentals of STAAD.Pro and Structural Modelling

• Introduction to STAAD.Pro
• Structural analysis and design workflows
• STAAD.Pro interface and project setup
• Structural geometry and model creation
• Nodes, beams, plates, and structural elements
• Material and section properties
• Support conditions and boundary restraints
• Model verification and quality control

Module 2: Structural Analysis and Load Modelling

• Principles of structural analysis
• Dead and live load application
• Wind and seismic load concepts
• Load cases and load combinations
• Support reactions
• Member forces and displacements
• Analysis settings and solver procedures
• Interpreting analysis results

Module 3: Advanced Structural Analysis Techniques

• Linear and nonlinear analysis concepts
• Second-order analysis
• P-Delta effects
• Stability and buckling considerations
• Dynamic analysis principles
• Modal analysis
• Response spectrum analysis
• Structural performance evaluation

Module 4: Steel Structural Modelling and Design

• Principles of steel design
• Steel member properties and specifications
• Beam and column design
• Steel frame analysis
• Member slenderness and stability
• Strength and serviceability checks
• Connection design considerations
• Steel design optimization and verification

Module 5: Reinforced Concrete Structural Design

• Principles of concrete design
• Reinforced concrete material properties
• Beam and column modelling
• Slab and structural element considerations
• Reinforcement design parameters
• Strength and serviceability requirements
• Concrete member design checks
• Interpreting concrete design results

Module 6: Finite Element Analysis Using STAAD.Pro

• Fundamentals of finite element analysis
• Plate and surface modelling
• Meshing techniques
• Element connectivity
• Load application on finite elements
• Stress and displacement evaluation
• Mesh quality and refinement
• FEA results interpretation

Module 7: Structural Stability and Seismic Analysis

• Structural stability principles
• Buckling and instability
• Seismic loading concepts
• Response spectrum analysis
• Dynamic structural response
• Drift and displacement evaluation
• Seismic design considerations
• Structural safety verification

Module 8: Design Codes, Verification and Optimization

• Structural design codes and parameters
• Code-based design checks
• Design parameter configuration
• Strength and serviceability verification
• Member utilization ratios
• Identifying critical members
• Structural optimization
• Model and design result validation

Module 9: Structural Analysis Results and Engineering Reporting

• Reviewing analysis output
• Graphical result interpretation
• Member force diagrams
• Reactions and displacement results
• Stress and utilization evaluation
• Identifying design deficiencies
• Generating analysis and design reports
• Professional engineering documentation

Module 10: Integrated STAAD.Pro Structural Design Project

• Complete STAAD.Pro structural analysis workflow
• Structural modelling and load definition
• Integrated structural analysis
• Steel design and concrete design applications
• Finite element analysis integration
• Design verification and optimization
• Final structural model review
• Professional project reporting and presentation