Master Structural Engineering Course Using Indian Codes

The Master Program in Structural Engineering (Indian Codes & Real Projects) is a comprehensive, project-based training program designed for civil engineering graduates and professionals who want to work confidently as structural design engineers.

This program focuses on complete building design workflows — from understanding architectural drawings and manual load calculations to structural modelling, analysis, RCC design, and detailing as per Indian Standard codes and using industry-standard softwares such as ETABS, SAFE, AutoCAD, CSI Detail and STAAD RCDC.

Upon completing this Master program, participants will receive a Master program completion Certificate, 6-month experience letter, and job assistance to help you launch your career in structural engineering.

Language: English

Course duration: 6 Months

Total Training Hours: 77 hrs of sessions

Validity period: Lifetime

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Why This Is a TRUE Master Program in Structural Engineering

75+ hours of structured, project-based structural engineering training focused on real project execution using industry-standard tools such as CSI ETABS, CSI SAFE, AutoCAD, STAAD RCDC, CSI Detail, and PROKON — reflecting real consultancy design workflows.
Unlike software-oriented courses that focus only on tool operations, this program emphasizes structural engineering fundamentals, design logic, and Indian code philosophy.
You will learn how to think like a structural engineer — understanding load paths, structural behaviour, stability requirements, and design checks — and then validate those engineering decisions using professional design software.
In parallel, the program builds strong competency in code-based RCC design, with detailed application of Indian Standard codes including IS 456, IS 875 (Part 1–5), IS 1893, IS 13920, IS 16700, and SP 34, along with selective exposure to international standards such as ACI 318 and ASCE 7-16 where relevant.

Complete Structural Design Learning Flow

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Step 1: Understanding architectural drawings and client requirements.

Step 2: Structural planning and preliminary member sizing.

Step 3: Manual load calculations as per IS 875, 1893 and relevant codes.

Step 4: Structural modelling and analysis using ETABS.

Step 5: Seismic design and 10+ stability checks as per IS 456, 1893 and IS 13920.

Step 6: Exporting super-structural loads into SAFE for foundation design.

Step 7: Manual footing size calculations as per IS 456 and relevant codes.

Step 8: Foundation design and analysis using SAFE

Step 9: Stability checks like One way, Punching shear as per IS 456, 1893 and IS 13920.

Step 10: RCC detailing and drawing preparation using RCDC and AutoCAD.

Course Curriculum

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PROJECTS COVERED

You will develop end-to-end structural engineering skills by working on progressively complex projects, from basic low-rise RCC buildings to advanced high-rise and multi-storey structures.

G+2 Residential building
G+5 Residential building
G+9 Commercial building
G+12 Flat slab structure
G+16 Residential building
30-Storey Twin Tower RCC building
Additional 2 projects for practice and test.

All required learning resources are provided as part of the program.

Who Should Enroll in This Program?

Civil engineering graduates aiming to enter structural design roles

Professionals looking to strengthen RCC building design skills

Site Engineers transitioning into structural consultancy

Junior structural engineers seeking strong code-based fundamentals

Certification & Learning Support

Upon successful completion of the program, participants receives following certifications and learning support:

Master Program Completion Certificate
Training Experience Letter (6 Months) T&C.
Career Guidance and Interview Preparation Support
Professional Recommendation Letter
24×7 Learning Support via WhatsApp and Live Interactive Doubt-Clearing Sessions (Available for up to 6 months from the date of program enrollment).

Learning Outcomes

Design RCC buildings independently using Indian Standard codes with clear understanding of design logic and code provisions.
Perform structural modelling, analysis, and stability checks using ETABS for low-rise to high-rise buildings.
Calculate and apply gravity, wind, and seismic loads manually and validate them through software.
Design foundations using SAFE and prepare RCC reinforcement detailing drawings using RCDC and AutoCAD.
Interpret architectural drawings and convert them into complete structural design deliverables.
Apply professional structural engineering workflows suitable for consultancy and design office environments.

FAQs

Is this program suitable for fresh civil engineering graduates?

Yes. The program starts from core fundamentals and gradually progresses to advanced real-life projects, making it suitable for freshers as well as working professionals.

Do I need prior knowledge of ETABS or structural design software?

No prior software experience is required. ETABS, SAFE, and other tools are taught from the basics as part of the program.

Is the program live or recorded?

The program includes recorded learning content along with live interactive sessions and guidance where applicable.

How long will I have access to the course content?

Participants receive lifetime access to the recorded course content through the learning dashboard.

What kind of support is provided during learning and for doubts?

Participants receive continuous learning support through WhatsApp and live interactive doubt-clearing sessions for up to 6 months from the date of enrolment.

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Start Your Journey as a Structural Design Engineer

Join the Master Program in Structural Engineering (Indian Codes & Real Projects) and build strong, practical skills required for real-world structural engineering practice.

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