Automate RCC Design Calculations Using IS Code Logic 

        Learn how to translate IS:456 design formulas into Excel logic and automate them with VBA. 

        You'll build tools that calculate bending moments, shear forces, and reinforcement requirements for beams, slabs, and columns—without 

        manual repetition.

  Build Interactive RCC Design Tools in Excel 

        Create user-friendly interfaces with buttons, dropdowns, and input forms that guide engineers through design workflows. 

        These tools simplify data entry, reduce errors, and make your spreadsheets accessible to site engineers and junior staff.

  Streamline Load Combinations and Member Checks 

        Use VBA to automate the generation of load combinations and apply design checks across multiple members. 

        This is especially useful for multi-span beams, slab panels, and column grids—saving hours of manual effort.

  Generate Bar Bending Schedules and Design Summaries Automatically 

        Learn how to extract reinforcement data and format it into bar bending schedules ready for site execution. 

        You'll also automate the creation of design summaries with pass/fail indicators, code references, and safety notes.

  Master VBA Debugging and Modular Coding for Engineering Tools 

        Understand how to structure your VBA code for scalability and reliability. 

        You'll learn error handling, modular functions, and optimization techniques to ensure your tools run smoothly—even on large projects.

  Create a Portfolio-Ready RCC Design Toolkit 

        By the end of the course, you'll build a complete Excel-VBA workbook that automates RCC design for beams, slabs, or columns. 

        This toolkit will include input forms, design logic, formatted outputs, and documentation—ready to showcase or deploy in your firm.