COURSE DATES: 19th Sept – 10th Oct, 2026 · Every Saturday · 4 Live Sessions | LIVE SESSION TIME: 10:00 AM – 12:30 PM IST | COURSE FEE: ₹10,000 /- | COURSE FORMAT: 4 Live Sessions · Hands-on · Project Based · Online

LIVE ONLINE COURSE

PARAMETRIC BRIDGE MODELLING WITH PYTHON & MIDAS CIVIL NX

Automate Bridge Modelling with Python + MIDAS CIVIL NX

Build, modify, analyse and regenerate complete bridge models through code.

📅

COURSE DATES

19th Sept – 10th Oct, 2026

Every Saturday · 4 Live Sessions

⏰

LIVE SESSION TIME

10:00 AM – 12:30 PM

IST

₹

COURSE FEE

₹10,000 /-

▦

COURSE FORMAT

4 Live Sessions

Hands-on · Project Based · Online

✓ No prior Python experience required · ✓ Engineering-focused training · ✓ Complete bridge project

Parametric Bridge Modelling with Python and MIDAS CIVIL NX

COURSE OVERVIEW

MASTER BRIDGE MODELLING WITH PYTHON & MIDAS CIVIL NX

Python for Bridge Modelling with CIVIL NX is a live, hands-on online cohort designed to help civil and structural engineers automate bridge modelling workflows using Python and the CIVIL NX API.

The course takes you from Python fundamentals to building a complete multi-span bridge model. Through practical, engineering-focused exercises, you will learn to generate and modify bridge geometry, automate loads and substructure modelling, define tendons and construction stages, run analyses, and extract results using Python.

04
LIVE SESSIONS

04
HANDS-ON PROJECTS

API
PYTHON + API AUTOMATION

01
COMPLETE BRIDGE MODEL

✦	READY TO GET STARTED?

START YOUR

PYTHON

JOURNEY

Build practical Python automation skills for bridge modelling and learn how to connect Python with MIDAS CIVIL NX through a structured, hands-on learning experience.

□	DATES 19th Sept – 10th Oct, 2026 · Every Saturday
◷	TIME 10:00 AM – 12:30 PM IST
◎	FORMAT Live Online · 4 Sessions

No prior Python programming experience required.

Designed for bridge and structural engineering professionals.

Note: Upon successful completion of the payment, a confirmation email will be sent to the registered email id.

COURSE AGENDA

YOUR LEARNING JOURNEY

Four practical sessions taking you from Python fundamentals to a complete multi-span bridge modelling workflow.

SESSION 01

Python + MIDAS CIVIL NX API Fundamentals

19th September 2026

Python basics — variables, loops and conditions
MIDAS CIVIL NX API & midas_civil library
API connection using a simply supported beam
Create nodes, elements, materials and frame structures
Read analysis data back into Python as tables

You'll build: A Python-driven frame structure with results returned as a table.

SESSION 02

Parametric Bridge Geometry

26th September 2026

Parametric geometry generation
Single-span grillage with materials and sections
Adding skew to the model
Loading, results, Excel export and model images
Change parameters and regenerate the model

You'll build: A parametric single-span skew grillage that regenerates from parameters.

SESSION 03

Tendons, Loads & Substructure

3rd October 2026

Reusable functions and multiple portal frames
Supports, piers and bearings
Dead load, SIDL and moving loads
Tendon profile definition and optimisation
Automating repetitive modelling tasks

You'll build: Reusable substructure functions, IRC loading definitions and tendon profiles.

SESSION 04

Complete Model & Construction Stages

10th October 2026

Combine all modelling into one workflow
Multi-span bridge with substructure
Composite sections for construction stages
Construction stage & time-dependent analysis
Results, Excel export and model regeneration

You'll build: A complete multi-span bridge with construction stages and time-dependent effects.

BUILD → ANALYSE → REGENERATE → AUTOMATE

🏷️

SPECIAL

OFFER

CORPORATE & GROUP ENROLLMENT

Upskill Your Bridge Engineering Team. Learn Together. Save More.

Looking to equip your bridge and structural engineering team with practical skills in Python-based bridge modelling and automation? Enroll your team in our live hands-on course and unlock exclusive group pricing.

PLANNING TO ENROLL YOUR TEAM?

✉ CONTACT US

🔥 UPSKILL YOUR TEAM. UNLOCK EXCLUSIVE GROUP DISCOUNTS.

2–5 PARTICIPANTS

20% OFF

POPULAR

6–10 PARTICIPANTS

30% OFF

10+ PARTICIPANTS

50% OFF

Bring your team. Learn together. Save more. rajahsurya@midasit.com

YOUR FINAL PROJECT

Build a Complete Multi-Span Bridge Using Python

Bring everything together in one practical, reusable Python-based workflow for MIDAS CIVIL NX.

THE END RESULT

A complete bridge model that can be generated, modified, analysed and regenerated through Python.

Multi-span bridge model generated using Python and MIDAS CIVIL NX

FROM PARAMETERS TO RESULTS

PARAMETRIC
GEOMETRY

SUBSTRUCTURE

LOADS &
TENDONS

CONSTRUCTION
STAGES

TIME-DEPENDENT
ANALYSIS

RESULT
EXTRACTION

By the end of the course, you will have developed a reusable Python-based workflow capable of generating, modifying and analysing a complete bridge model in CIVIL NX.

🎙️ MEET YOUR EXPERT

Learn From Industry Expertise

Learn directly from an experienced structural engineering professional with hands-on expertise in bridge modelling, structural analysis and CIVIL NX.

YEARS EXPERIENCE

in LinkedIn Profile

TECHNICAL TEAM LEAD

Sumit Shekhar

Technical Team Lead | MIDAS R&D Centre, India

Master's in Structural Engineering · IIT Roorkee · Bachelor's from IIT Dhanbad

Mr. Sumit Shekhar is a Technical Team Lead at MIDAS R&D Centre, India. He specializes in bridge, building and structural design, with a strong focus on Finite Element Analysis.

With over three years of experience, he has been involved in the design and review of bridge projects and has conducted multiple MIDAS CIVIL workshops, training engineers globally through online and onsite sessions.

Bridge Design Finite Element Analysis MIDAS CIVIL NX Structural Design Global Training

DESIGN CODE EXPERTISE

Indian · American · European · British · South African

COURSE FIT

BUILT FOR BRIDGE ENGINEERS

▤ WHAT YOU'LL LEARN

Build Automation Skills

Python for Engineers
Python fundamentals for automation.

MIDAS CIVIL NX API
Connect Python with CIVIL NX.

Parametric Modelling
Generate geometry from parameters.

Automation
Automate modelling and loading tasks.

Construction Stages
Automate stages and time effects.

Result Extraction
Export analysis results to Excel.

♙ WHO SHOULD ATTEND

Who Is This Course For?

● Bridge Engineers

● Structural Engineers

● Bridge Design Consultants

● BIM / Computational Design Engineers

● Design Automation Engineers

● MIDAS CIVIL NX Users

No prior Python programming experience required.

⚙ BEFORE YOU BEGIN

Course Prerequisites

REQUIRED

✓ Basic bridge modelling knowledge

✓ MIDAS CIVIL NX installed

✓ API connection enabled

✓ Session 0 setup completed

PREFERRED

Basic knowledge of MIDAS CIVIL NX

PYTHON EXPERIENCE: NOT REQUIRED