1. Introduction to Structural Design with Revit and Robot Structural Analysis

• Overview of British Standards (BS) and Eurocodes for structural design.
• Interface navigation and essential tools in Revit and Robot Structural Analysis.
• Setting up project units and structural templates in Revit.

2. Structural Modeling in Revit

• Modeling structural elements: beams, columns, slabs, foundations, and walls.
• Defining loads and load combinations for structural systems.
• Preparing the Revit model for export to Robot Structural Analysis.

3. Structural Analysis in Robot Structural Analysis Professional

• Importing structural models from Revit to Robot Structural Analysis.
• Assigning and analyzing loads, including gravity, live, and wind loads.
• Performing wind simulations to assess structural behavior under wind pressure.
• Performing stability checks and finite element analysis.
• Reviewing analysis results and identifying structural deficiencies.

4. Wind Simulation and Interpretation of Results

• Setting up wind parameters based on BS and Eurocodes.
• Running wind simulations for various building geometries and orientations.
• Analyzing wind-induced forces, pressure distribution, and deflection.
• Integrating wind simulation results with other load analyses.

5. Interpreting Analysis Results

• Understanding key outputs: reaction forces, bending moments, and deflection.
• Optimizing structural components based on analysis results.
• Ensuring compliance with BS and Eurocode requirements.

6. Integration and Documentation in Revit

• Exporting analysis results, including wind simulation data, from Robot Structural Analysis back to Revit.
• Generating structural drawings: plans, sections, and elevations.
• Creating detailed schedules for reinforcement and structural elements.
• Applying annotations and tags to structural elements.

7. Advanced Features and Workflows

• Using parametric modeling for structural optimization.
• Collaborating with other disciplines using BIM workflows.
• Exporting models for fabrication and construction purposes.

8. Practical Project Work

• End-to-end workflow application on a real-world structural project.
• Integrating wind simulation and structural analysis into design decisions.
• Collaborative design review and quality assurance.
• Presentation of final documentation and drawings.

This course equips participants with advanced skills in structural modeling, wind simulation, and analysis, enabling them to handle complex design challenges in real-world projects effectively.