Design of RCC & Steel Structure Training
Master the fundamentals of structural engineering with our specialized courses: Design of RCC Structure Course and Design of Steel Structure Course. Nemi Designing Center’s Structural Design Courses in Ahmedabad provides in-depth knowledge of reinforced concrete and steel design principles, focusing on analysis, load distribution, and code-compliant construction techniques.
Designed for aspiring and practicing engineers, our Structural Engineering Course combines theoretical concepts with practical applications, including real-world projects and software training.
Whether you're building your foundation or advancing your skills, this program prepares you for a successful career in the structural engineering field. Enroll today to shape the future of design and construction with Nemi Designing Center!

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RCC & Steel Structure Course Module
1.0 Design Of Slabs
- 1.1 General
- 1.2 Classifications
- 1.3 IS 456 : 2000 Recommendations For Design Of Slabs
2.0 Design Of Beams
- 2.1 General
- 2.2 Classifications
- 2.3 IS 456 : 2000 Recommendations For Design Of Beams
3.0 Design Of Columns
- 3.1 General
- 3.2 Classifications
- 3.3 IS 456 : 2000 Recommendations For Design Of Columns
4.0 Design Of Foundations
- 4.1 General
- 4.2 Classifications
5.0 Manual Design Of RCC Structure
- 5.1 General Data
- 5.2 Design Of One Way Slab
- 5.3 Design Of Two Way Slab
- 5.4 Design Of Cantilever Slab
- 5.5 Design Of Simply Supported Beam
- 5.6 Design Of Continuous Beam
- 5.7 Design Of Bi-axially Loaded Column
- 5.8 Design Of Isolated Footing
- 5.9 Design Of Dog-legged Staircase
6.0 Application Of Dead Load & Live Load Based On IS 875-I & IS 875-II
7.0 Application Of Earthquake Load Based On IS 1893 Part-I
8.0 Application Of Wind Load Based On IS 875-III
- Introduction Of Steel Structure Based On IS 800: 2007
- Methods Of Design
- Physical Properties
- Types Of Sections
- Loads & Its Combination
- Partial Safety Factor For Loads & Materials
- Methods Of Structural Analysis
- Design Of Tension Members
- Design Of Compression Members
- Design For Shear
- Slenderness Limit Check
- Deflection Check
- Design For Bending
- Combined Shear & Bending
- Design For Earthquake Loads
- Design For Torsion
- Steel Parameters For Designing
- Section Database
- Steel Structure Optimization
- Modelling Of PEB Structure
- Modelling Methods For Tapered Sections
- Understanding The Detailed Output File With IS Code
- Application Of Dead Load & Live Load Based On IS 875-I & IS 875-II
- Application Of Earthquake Load Based On IS 1893 Part-I
- Seismic Load Analysis
- Application Of Wind Load Based On IS 875-III
- Wind Load Analysis
- Create Staad Pro Project
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