PG Program in Bridge Design & BrIM Technology
The StructureX Bridge Design Program is a specialized training course focused on the planning, analysis, and design of bridges using the latest software tools and international standards. Tailored for civil and structural engineers, this program offers a perfect blend of theoretical foundations and hands-on practical application.
Program Duration
8 Month-Online
Upcoming Batch
25-30th August, 2025
our goal is to bridge the gap between engineering education and industry expectations by delivering hands-on, practical, and future-ready training programs. We aim to empower civil engineers, architects, and construction professionals with real-world skills in structural design, BIM, project execution, and software mastery, enabling them to become leaders in modern infrastructure and high-rise development.
Who can join this course.
To empower the next generation of civil and structural engineers through advanced, industry-oriented training, cutting-edge software integration, and global standards. We are committed to delivering excellence in education, fostering innovation, and bridging the gap between academic knowledge and practical engineering challenges to shape a more resilient and sustainable built environment.
To be a global leader in structural engineering education and innovation, driving transformation in the construction industry through technology, research, and skilled professionals equipped to design the skylines of tomorrow
Professional, Impactful & Job-Oriented
100%
Live session with e-learning support
140+
Learning Hour
5+
Industry relevent software
10+
Live Projects
learning structural engineering
Theory & Conceptual
A strong theoretical base is essential for designing safe, economical, and durable bridges. The StructureX Bridge Design Program emphasizes deep conceptual clarity alongside practical applications. This module bridges academic understanding with real-world engineering demands
STEP 1
Software and Manual
The program includes hands-on training with the latest structural engineering software such as Tekla Structure, MIDAS CIVIL, CSI BRIDGE, IDEA STATICA, and DUBAL RWIND. Details, along with comprehensive manual calculation methods, to build a strong fundamental understanding.”
STEP 2
100+
Learner Enrolled
50%
Salary Hike
40%
Multinational Learner
4.8/5
Google Review
Excellent Carriculum
Bridge Information Modeling & Management
11. Modelling of Bridge Structure,
2. Detailing of Bridge Structure Fundamentals,
3. Bridge Management and Report,
4. Bridge Fabrication detailing,
5. Brim Collaboration and Cloud Support.
Bridge Introduction & Module
2RCC T Girder Bridge Design
3• Grillage Analysis (explanation and background)
• Midas introduction (its features and drawbacks)
• Bridge section assumption and initial sizing.
• Midas Modelling of RCC girder Bridge
• Manual calculation of loads (including Seismic and wind) as per IRC 6
• Load application on structure.
• Static seismic analysis as per IRC 6
• Load Combination as per IRC 6
• Result Interpretation and Manual check of modelling (through self-weight)
• Understanding the properties of T girder (calculation)
• Design of T Girder for ULS (Bending Moment, Shear and Torsion) and SLS (Stress, Deflection and Crack Width)
PSC Composite I Girder Bridge Design
4• Introduction to prestressing, types, losses, pros, and cons
• Bridge section assumption and initial sizing.
• Midas Modelling of PSC Composite I girder bridge.
• Manual calculation of loads as per IRC 6
• Load application on structure.
• RSA Response spectrum analysis as per IRC 6
• Load Combination as per IRC 6 for PSC I Girder
• Result Interpretation and Manual check of modelling (through self-weight)
• Understanding the properties of PSC I girder (calculation)
• PSC cables calculation manually
• PSC cable profiling in Midas
• Design of PSC I Girder in Midas, checking stress and its losses
PSC Box Girder Bridge Design
5• Bridge section assumption and initial sizing.
• Midas Modelling (line Modelling) of PSC Box girder bridge.
• Manual calculation of loads as per IRC 6
• Load application on structure.
• RSA Response spectrum analysis as per IRC 6
• Load Combination as per IRC 6 for PSC box Girder.
• Result Interpretation and Manual check of modelling (through self-weight)
• Understanding the properties of PSC box girder (calculation)
• PSC cables calculation manually
• PSC cable profiling in Midas
• Design of PSC box Girder in Midas, checking stress and its losses
• Traverse analysis of box girder
• Design of traverse section
Steel Composite I Girder Bridge Design
6• Introduction to Steel bridges, there pros and cons
• Bridge section assumption and initial sizing.
• Steel Composite I girder bridge. Grillage analysis
• Manual calculation of loads as per IRC 6
• Load application on structure in Midas pro.
• Load Combination as per IRC 6 for PSC I Girder
• Result Interpretation and Manual check of modelling (through self-weight)
• Understanding the properties of steel I girder (calculation)
• Design of Steel I Girder in Excel for Bending Shear and Stresses.
• Introduction about connections and its type
• Design of connection in excel.
Steel Truss Bridge Design
7• Introduction to Steel truss bridges, there pros and cons
• Bridge section assumption and initial sizing.
• Manual calculation of loads as per IRC 6
• Load application on structure in Midas . (wind loading calculation)
• Load Combination as per IRC 6 for PSC I Girder
• Result Interpretation and Manual check of modelling (through self-weight)
• Understanding the truss analogy, tension, and compression members
• Design of Steel truss in Excel for Bending Shear and stresses.
• Detailing of Structure (only shown in paint/drawing)
Box Culvert Design
8• Introduction to box culvert, its types of pros and cons
• Culvert section assumption and initial sizing.
• Plate Modelling of box culvert.
• Plate analysis of box culvert
• Manual calculation of loads as per IRC 6 (Soil and water loads)
• Live load distribution on culvert
• Load application on structure.
• Load Combination as per IRC 6 for box culvert
• Result Interpretation and Manual check of modelling (through self-weight)
• Base pressure and uplift checks
• Design of box culvert for ULS (Bending Moment, Shear and Torsion) and SLS (Stress, Deflection and Crack Width)
• Detailing of Structure (only shown in paint/drawing)
Foundation, substructure, Slab & Abdubment Design
9• Design of pile and piers as per SP 16
• Design of Pier cap and pile cap as per bending theory
• Design of pile and pier as per any nonlinear design analysis software (Adsec, ASBD, GSD)
• One slab design from all grillage models will be done through traverse analysis of slab.
• Load distribution due to live load will be done as per IRC 112
• Design of slab for 1m width will be done as per IRC 112
Special Bridge Case study & Research
10• Cable Stay Bridge
• Response Spectrum Time History Powerful Nonlinear Analysis tools associated with either geometric or material response Nonlinear Buckling P-Delta Direct-Integration Time History Buckling Staged Construction Staged Construction Stages Creep and Shrinkage Static Pushover Nonlinear Layered Shell Dynamic
Steel Bridge Connection Design and Analysis
11AS4100, and NZS 3404 has never been this automated.
1. Connection Families (Joint Types)
2. Single Plate (SP) Connections – Shear
3. Designing Moment Connection
4. Designing Gusset Connection
5. Designing Base plate Connection
6. Designing Splice Conne
Wind Simulation of Bridge Structure
12Detailing of different type of bridge structure using 3D Model in Tekla structure and design input
13• Construction
• Management
• Reports
Finalization and Design Based Report
13Download Full Sybullash
Master 6 Software Tools

Typical project taken in program
RC/I-Girder Bridge
Steel bridge (I-Guider & Truss type)
PSC BOX Girder/ Box Culvert
Cable stay/Balance Cantiliver- Case Study
Arch Bridge - Case Study
Suspension Bridge - Case Study
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Total Program fee
INR 75,000/-
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Frequently Asked Questions
Why the course is Month Long?
How much time reuired in a week?
👉 Each session is 2 hours
👉 Total: 6 to 8 hours/week of guided learning
Self-practice & assignments:
👉 Average 8 hours/week for project work, practice, and software.
Is this course live or recorded.
Do i need pre-knowldge to join this course.
What is the software included?
I dont have software installed on my pc. Can i still attend the course?
In which language course will deliver?
Is their any shorter version of this course?
How Can i solve my queries?
Do i get placement and career assistance after course complitation?
Is their gaurantee of Placement ?
From mock interviews to portfolio-building, we prepare you for the real industry.
Learn. Build. Get Hired — with StructureX.
What kind of certificate i will recive after course.
✅ Program Completion Certificate (STRUCTUREX PVT. LTD.)
Issued after completing all course modules and assessments.
✅ Internship Certificate
Recognizing your practical learning and hands-on software training during the course.
✅ Project Experience Certificate (Only upon successful submission of project work)
Awarded when you complete and submit an approved real-world project as part of the program.