Program Description

Bridges are structures which form an integral part of infrastructure development projects. A bridge is built to span and pass over a river, road, rail or any other geological hurdle. It is used as a fast way to transit in areas of high traffic congestion. From road to rail, the function and the area in which a bridge is constructed decides its design. The course covers the step-by-step procedure required for the Analysis and Design of RCC and Steel Composite super structure, Substructure and Auxiliary components of bridge with detailing. This course deals with the different types of foundations like pile and well according to IRC. It also covers the design of cross drainage systems. This course deals with the various Execution and O&M aspects in detail based on the expertise from L&T.

Course Objectives

  • Determine the optimal solution of Bridge structure depending on various constraints and input parameters
  • Analysis and Design of all components of bridges and cross drainage work with detailing
  • Illustrate various Erection methods (Segmental, Balanced cantilever and Cable stayed bridges etc.) with case studies in detail

Key Highlights

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Master Bridge Design: Concept to maintenance.

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Industry-Ready Skills: Master IRC codes and best practices.

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Structured Learning: Clear, step-by-step bridge design process and analysis.

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Career-Boosting Knowledge: Prepare for entire bridge lifecycle.

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Learn From Real-World Bridges: Case studies for practical design insights.

Course enrollment data

Learning Format

Online

Duration

5 Units

Certified by

IITM Pravartak Technologies Foundation
Technology Innovation Hub (TIH) of IIT Madras and
L&T EduTech

Program Fee

₹5100 (inclusive of tax)

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Program Description

Education Qualification

Students pursuing Diploma/ UG /PG Programs in Civil Engineering

Suggested Prerequisites

Structural Analysis, Solid Mechanics, Design of Concrete Structures, Design of Steel Structures

Teaching Hours

24 hours

Lead Faculty

Yuvaraj P Senior Engineering Consultant- Bridges & Metros Dept, L&T Infrastructure Engineering Ltd.

A Chartered Structural Engineer (ISE, India) with over 11 years of extensive experience in designing infrastructure projects. Proficient in detailed engineering drawings, tender engineering, and detailing of various road bridges, railway bridges, and elevated corridor projects. Specializes in long-span bridges such as cable-stayed, extradosed, and balanced cantilever bridges, as well as speed rail and metro projects. Skilled in utilizing state-of-the-art structural design software and certified in common project management. Excels in project planning, management, and ensuring prompt deliverables with a focus on quality. Acts as the ISO Quality representative for the Bridges Department and is a Certified ISO Internal Quality Auditor.

Learning Schedule

Introduction to bridges – Types of bridges based on Material, Structural form, Usage, span and support, alignment and decks – Auxiliary components of bridges. Conceptual design based on planning, design and execution – Functional – Aesthetics – Inventory – different types of surveys – Investigations – Geometrical aspects as per IRC code

Loads due to Permanent loads – Prestressing loads – Live loads for Highway, Railway and Metro – Seismic – Thermal – Water Currents – Wind Forces – Accidental Loads – Creep & Shrinkage. Structural analysis methods – Hand computed methods – Grillage Analysis – Transverse Analysis – FEM Methods. Introduction to IRC Codal provisions – Ultimate and Serviceability Limit State Design – Prestressing systems – Cable profiling – End block design

Idealization and Grillage Analysis – Load Applications – ULS and SLS design. Composite plate girder bridge – Modelling – Design according to IRC– Introduction to Truss and Bow String Truss Bridges

Types of Substructure – Cantilever Pier – Portal Pier – Pier Cap – Bearings – Pedestals & Seismic restrainers. Types of Foundation – Geotechnical capacities – Open foundation - Pile foundation - Well foundation

Introduction to concept of Execution of Bridges – PSC I girder (Pre-& Post – Tensioned) – Truss Bridge – Balanced Cantilever Bridge – Segmental Bridge – Cable Stayed Bridge. Installation of Sensors for Service Stage – Periodic inspection methods – Periodic Maintenance-Replacement of bearings, expansion joints etc



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