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Masters Program in Steel Structures - Civil

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$240

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Course Features

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Duration

48 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

Since 6 million years ago, mankind has evolved. According to documented history, steel was first used for construction in the 18th century. One century later, the Eiffel Tower, one of seven world's wonders, was constructed using wrought iron that weighed 7,300 tons. Another event that had an impact on steel construction is the Great Chicago Fire of 1871, which destroyed thousands of timber buildings. They made building regulations that prohibited the use of combustible materials. They came up with the combination of cast iron and wrought steel paired with brickwork to avoid another accident. Man built structures such as the Brooklyn Bridge, Empire State Building (Sears Tower), Burj Khalifa, Willis Tower (Sears Tower), Burj Khalifa, Gateway Arch in St. Louis, and The Statue of Unity (2018) after all their creativity and effort.

Steel's strengths, light weight and rigidity are what make it so special. Steel is used primarily for structures that are subject to dynamic loads, such as shell structures and tall towers, bridges, and high-rise construction. Concrete has no advantages due to its ability to resist tension and compression. However, the stakes are higher in this 21st century. Metalurgists are currently working on eco-friendly methods of producing steel. The demand for eco-friendly steel production methods will continue to grow with the increasing population and expanding cities.

This masters course will help you bridge the gap between theory and practice in industry. This master's course will enable you to understand the behavior of different steel structures in industrial practice. This course covers subjects like:

  • STAAD is used to analyze and design industrial structures.
  • Design and Analysis of Piperack Structure
  • Design of Sheds With Gantry
  • Structural steel connection design
  • RAM Connections for structural steel connections
  • Design of composite structures
  • Pre-engineering is a way to optimize structural steel
  • Fundamental Structural Engineering Concepts for Industrial Structures

The course will teach you techniques that you can use in your job, or freelancing.

Careervira Take

It is a 12 month long advanced level certification program that includes eight specialized courses offered by Skill Lync of 12 months. It helps the students widen their knowledge base on modelling, design and analysis of industrial structures using the design software STAAD.Pro. The highlight of this program includes Internship and placement support. It is suitable for civil engineers who want to shift their careers to structural engineering specializing in industrial structures.

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Course Credibility

The completion of the course renders a certification from Skill Lync, renowned for providing industry-relevan...
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Pedagogy

The course is delivered in Hybrid Learning - Online + Offline mode, with a self-paced level to facilitate the...
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Hands-on training

The course emphasises learning with hands-on experience as it is a training-based course. It is necessary to ...
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Career impact

This course has a core goal to provide an avenue for learners to upskill themselves. The training session dur...
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Pricing

The fee structure is divided into flexible plans wherein students can select the package based on the varying...
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Assessment

The learners are given access to recorded content and assignments each week. The top 5% of students of the cl...

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

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Engineering Students/Engineering Graduates

What You Will Learn

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Fundamentals of industrial buildings

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Introduction to STAAD pro, pipe rack structures, and PEB

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Basics of the foundation of STAAD pro

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Design of a pedestal

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Base plate and foundation

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Designing of bolted and welded joints

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The practical usage of tools for the development of steel connections and their design

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Structural behaviour towards gravity and lateral loads

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Wind load calculations and seismic load estimations

Target Students

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Civil engineering students who completed BE / BTech / ME / MTech with strong inclination to pursue their career as structural engineer with industrial structures as their domain

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also experienced civil engineering professionals who would like to switch their career in the field of structural engineering specialising industrial structures

Course Reviews

Average Rating Based on 5 reviews

5.0

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$240

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