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    CIVIL NX Webinar
    Automating Culverts and RC Bridge Design Workflows
    with MIDAS CIVIL NX BASIC version
    Date
    18th - 19th June, 2026 (Thu - Fri)
    Time
    🕛 12:00 PM – 01:00 PM (IST)
    Platform
    📍 Live On GoToWebinar
    Reserve Your Seat →
       
    Webinar Overview
    In today’s fast-paced infrastructure environment, bridge design consultants are under continuous pressure to deliver more projects faster without compromising engineering precision and accuracy. Routine bridge projects including culverts, RC bridges, steel bridges, substructure and foundation design often consume disproportionate engineering time due to repetitive manual workflows and fragmented design processes.

    This 2-day online webinar series is designed to help bridge engineers transition from traditional, time-intensive workflows to a more automated, efficient and reliable bridge design approach using MIDAS CIVIL NX BASIC.
    Key Workflow Challenges
    — Manual modelling & vehicle load application
    — Time-consuming load combinations & result extraction
    — Repetitive IRC ULS & SLS design checks
    — Frequent revisions during project execution
    Current Workflow Limitations
    + Fragmented superstructure & substructure workflows
    + Separate tools for modelling, analysis & reporting
    + Heavy manual effort in drawings & BOQ preparation
    + Increased risk of modelling & revision errors
    Webinar Focus
    Practical Design Automation Workflows using MIDAS CIVIL NX BASIC
    Participants will work on practical engineering examples including box culverts, RC bridges and substructure design while gaining hands-on exposure to real project scenarios. The session will demonstrate how integrated automation workflows can streamline modelling, analysis, IRC compliance checks, report generation and design revisions within a single platform.
    Key Takeaways
    ✓ Reduce manual modelling effort
    ✓ Minimize modelling & revision errors
    ✓ Improve design accuracy & productivity
    ✓ Accelerate routine bridge project delivery
    Technical Session
    Webinar Agenda
    Day 1: Complete 2X Projects using Automated Box Culvert Workflow (2D & 3D)
    01
    		 2D Box Culvert Plugin Modelling to Drawings Automation
    02
    		 Wizard based modelling of skewed 3D Box Culvert
    03
    		 Analysis results interpretation
    04
    		 Calculating true design moments for skew geometry
    05
    		 Design checks and report generation as per IRC 112
    Day 2: Integrated modelling and design of RC Slab Bridge with Substructure
    06
    		 RC Slab Bridge Modelling
    07
    		 Substructure Plugin for quick modelling of piers and abutments
    08
    		 IRC Vehicle Moving Load and Influence Line Analysis
    09
    		 Auto-Load Combinations
    10
    		 Reports for RC design as per IRC 112
    Featured Expert
    Meet the Speaker
    Eng. Mital Chovatiya
    Eng. Abhishek Chaurasia
    Technical Support Engineer | MIDAS IT
    Abhishek Chaurasia is a Technical Support Engineer at MIDAS R&D Centre India Pvt. Ltd, with expertise in advanced structural analysis and finite element modelling. He earned his M.E. in Structural Engineering from BITS Pilani and was awarded a silver medal in his B.Tech from SRMU. 
    He has previously worked as an Assistant Professor at SRMU Lucknow and as a Software Developer at Arup, gaining strong experience in bridge engineering and computational modelling. He is also a co-author of a research paper on Computational Damage Models published in Theoretical and Applied Fracture Mechanics. 

     At MIDAS, he delivers training, resolves technical issues, and provides expert guidance to MIDAS Civil NX users, supporting engineers in improving workflow efficiency and optimizing design processes. 
    LinkedIn Profile →
    Exclusive Access
    Attendee Benefits
    MIDAS CIVIL NX Trial
    MIDAS CIVIL NX Trial
    Get access to a 7-days trial version of MIDAS CIVIL NX for hands-on practice and exploration.
    Get In Touch
    Contact Us
    📧 Email
    nikhil.jadhav@midasit.com
    📱 Mobile
    +91 97699 32715