Post Graduate Program in Steel Structures in Hyderabad

Post Graduate Program in Steel Structures

The Post Graduate Program in Steel Structures is a learning-intensive course directed towards students who want to learn about modelling, design, and analysis of industrial structures. Based on technical projects and industry-relevant software solutions, the course is based on knowledge and learning components included in steel structures.

The structural steel design course is offered by Skill-Lync and designed by professional experts to include all matters relevant to industries. You can access the course online through multiple video and text content. Every student completing the course shall be eligible to receive a course completion certificate. You can also participate in the course forum group and group zoom support sessions to clear all your doubts and gain additional information.

The course is designed to span 12 months which you can avail of at a fee starting from INR 15,000 for nine months of access up to INR 25,000 for lifetime access, depending on your choice.  

Who Should Take The Course?

If you desire to establish your career in the field of structural engineering with a specialization in industrial structures, then this course is relevant for you. The basic qualification is you have to be pursuing or have a civil engineering background or any related specializations.

Undergoing this course is also suitable for you if you are looking forward to build a specialized career in this field and pursuing any advanced courses in the same line. The course forms a strong foundation based on which you can progress in your career.

What Will You Learn?

With this structural steel design course online, there is much to be learned by you. At the forefront, the course offers several civil engineering skills to you. Some of the crucial topics covered by the course are: 

• Fundamentals of industrial buildings.
• Introduction to STAAD pro, pipe rack structures, and PEB.
• Basics of the foundation of STAAD pro.
• Design of a pedestal.
• Base plate and foundation.
• Designing of bolted and welded joints. 
• The practical usage of tools for the development of steel connections and their design.
• Structural behaviour towards gravity and lateral loads.
• Wind load calculations and seismic load estimations.

The course also introduces you to various technical concepts, including P-Delta analysis, guidelines to build a Composite structure, ETABS modelling, deck slab system, pre-engineered steel buildings design, AISC, and MBMA codes, manufacturing plants, power plants, and data analysis centres. 

During the tenure of the course, you will also study the National building code and utility structures such as tanks and pump houses. By working on specialized projects during the course, you will also get a chance to assess your skills and develop a practical outlook on the concepts taught in the course.

Skills You Will Gain

By completing this design of steel structures online course, you will develop various technical skills centred around understanding composite structures. The course makes you skilled in developing models with a portal frame, designing an open pipe rack, and the course enriches you with the knowledge of various designing skills.

key highlights Of The Course

• The duration of the course is 12 months.
• You will be eligible to receive a course completion certificate after the course.
• The course helps you become knowledgeable and skilled in the various type of steel structures.
• You will learn industry-relevant skills and techniques.

Career Opportunities After Taking The Course

After completing the Post Graduate Program in Steel Structures offered by Skill-Lync, you will become eligible to take up various jobs in the domain of engineering, architecture, and designing.

Various jobs such as those of a civil engineer, structural modeller, Design engineer, and structural detailer will demand your knowledge in steel structures where you will be working on assigned projects and see them completed within specified time frames. You can also take up projects in design engineering where you will need to utilize your knowledge in ETABS and STAAD.Pro for the design and analysis of steel structures.

Another promising job for you is a structure detailer where you will be able to use your skills in AutoCAD and deliver contract drawings for structures. You have to carry out tasks like Structural Dynamics Analysis, Structural Engineering, Performing Strength Calculations for structures, BIM modelling, and so on. There is ample scope to step up the ladder and advance in these profiles to form a strong base in this career.

FAQ's on Post Graduate Program in Steel Structures

1. How many courses are included in this program?
   The 12-month program is inclusive of a total of 8 courses.
2. Is there any pre-requisite for joining this course?
   This course is highly suitable for students who have basic knowledge and belong to civil engineering.
3. Will I be able to get an e-verification after completing the course?
   Yes, you will get an e-verified profile after completing the course, which they can share on relevant websites such as LinkedIn.
4. Will I get any support if I have doubts?
   Yes, you can approach a skilled expert through email support, group video support, forum support, and telephone support to get your doubts cleared.
5. What will be the mode of delivery of the course?
   The course will be delivered to you through online mode.
6. Does Skill-Lync offer any community forums where I can get support?
   Yes, you can join community forums to communicate with experts and batchmates from Skill-Lync.
7. Is this course useful for me if I want to get a job?
   Yes, the software thought in this course whereof industry standards which will increase your employability.
8. Does the course include any project work?
   During the course, you will be working on several projects. Some of these are modeling a shelter home with the portal frame, designing a shelter home with the portal frame, modeling a closed pipe rack, and developing and optimizing typical shear and splice joints.