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Masters Program in Bridge Design and Analysis

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Course Features

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Duration

24 weeks

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Delivery Method

Online

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Available on

Lifetime Access

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Accessibility

Desktop, Laptop

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Language

English

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Subtitles

English

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Level

Advanced

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Teaching Type

Self Paced

Course Description

Bridges can be found all over the globe. Bridges are structures that cross over obstacles to allow for travel. Bridges have become an integral part of cities. New bridges are constantly being built to improve the efficiency and ease of transportation. Bridges have changed a lot over the centuries, from the ancient stepping stones to the modern bridges we use today. Today's bridges are stronger and more robust than their predecessors. Rapid development in cities makes bridge construction a high-demanding engineering project.

Some bridges can be very simple while others are complex. These differences are dependent on many factors, including soil conditions, local conditions such as the accessibility and availability resources, topography, environment, etc. which affect the design of bridges. The designer must first understand the problem statement in order to design the structure. Designers should be able to identify the best type of bridge, span, material, and structures.

This program is specifically designed to provide a solid foundation in bridge design. It covers analysis, design, and construction of different components. There are a variety of courses that cover different topics related to bridge design. The projects allow the learner to apply the knowledge gained during the course. You will be able to design the various components of bridges by the end of this program.

Course Overview

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Internship

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Job Assistance

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Post Course Interactions

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Hands-On Training,Instructor-Moderated Discussions

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Case Studies, Captstone Projects

Skills You Will Gain

Prerequisites/Requirements

Engineering Students/Engineering Graduates

What You Will Learn

Assessing an establishment within the dimensions of structural art

Configuration structure for bridges and flyovers using the STAADPro software

Creation of better structural designs and different methods to study bridge forms, including its beams, suspension, pre-stressed, cable-stayed, arch, and tied-arch

Creation of seismic design and analysis of bridges with the help of STAADPro along with determining the efficiency of structures using the appropriate formulas

Designing bases for elevated metro stations, bridges, and other structures using STAADPro

Knowledge of the LUSAS technology employed to create pre-stressed definite superstructures and reinforced cement concrete

Methods to construct ports, steel superstructures and superstructures for bridges

Target Students

Any Civil Engineering graduate

candidates graduated from Structural Engineering post graduate courses can take up this program

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