Session 1 - Boosting Productivity: Automating PSC Bridge with Plug-ins. 🔹Effortless creation of curved alignment using Alignment Generator Plugin.
🔹Generate Node Local Axis through Local Axis Plugin.
🔹Pier Cap & Pier modelling using Flared Pier Plugin.
🔹Customization of load Combination using Customized Load Combination Plugin.
🔹Identifying critical load case from an Envelope using Breakdown Load Combination Plugin.

Session 2 - Spreadsheets to Structures: Automating PSC Bridge with Excel 🔹Automating PSC Bridge Model Generation
- Generate bridge geometry along with loading conditions, boundary conditions, tendon profile, moving Load, and construction stages using Excel.
🔹Multiple Traffic Lane Assignment in CIVIL NX
- Effortlessly create multiple traffic lanes in CIVIL NX at once.
🔹Tendon Profile Automation through Excel
- Streamline tendon profile creation using Excel-based inputs.
🔹Seamless Report Generation with M-Connector
- Generate comprehensive reports in Excel using M-Connector by directly extracting result tables and images from CIVIL NX.

Session 3 - Visual Scripting: PSC Girder Automation in Grasshopper 🔹How Visual Scripting is the New Trend: Understanding its ease of use and advantages.
🔹When and Why to Use Grasshopper: Identifying the ideal scenarios for visual scripting in PSC bridge workflows.
🔹Common Challenges: Typical hurdles and how to overcome them.
🔹Getting Started: Basics of Grasshopper explained with simple, practical examples.
🔹Practical Example: PSC bridge modeling and parametrization using Grasshopper in
MIDAS CIVIL NX
🔹Easy Model Revisions: Updating existing models, including alignment changes and section modifications.

Session 4 - Beyond Templates: PSC Bridge with Python 🔹Python Libraries for Automation
- Comparison with conventional code
- Defining input parameters
🔹Grillage Function
- Parametrization with number of girders & spacing

Session 5 - End-to-End Automation: Leveraging VBA, Grasshopper & Python 🔹Choosing the Right Approach: Comparing Excel VBA, Grasshopper, and Python for PSC bridge automation.
🔹Synergy Beyond MIDAS: Demonstrating an integrated PSC bridge workflow using multiple methods.
🔹Grasshopper: For parametric modeling, handling alignment, skew, and geometry updates.
🔹Python: For optimization and advanced analysis.