RCC STRUCTURE & BIM TECHNOLOGY

Program Module: 01

Theory and Concept:

• Structure fundamental: FEA/FEM(Finite element analysis/Method), Mathematical approach to structure, model Eigen value and Eigen vector, Shell and membrane concept, Diaphragm Modal Analysis, Earthquake engineering, Seismic Analysis, Wind Analysis etc. 

Code of practice:

• IS Code: IS-456-2000, IS-800 IS-875 (Part-1,2,3),  IS-13920-2016,  IS-1893 2016,  IS-13920,  IS-16700,
• International Code: BS 8110 ACI318 CEBFIP 2010 UBC 97 ASCE 7-16 FEMA and other relevant.

Analysis and Design of RCC & Composite Super Structure 

• Gravity Load Analysis
• Equivalent static analysis.
• Wind static analysis
• FEM analysis
• Modal analysis
• Dynamic behavior
• Wind dynamic analysis
• Response spectrum
• Time history
• Push over analysis
• P-Delta analysis
• Torsional irregularity
• Creep & shrinkage analysis
• Axial Column Shortening Analysis
• Auto construction sequence analysis
• Vibration analysis
• PBD analysis
• Design of Beam, Column, and Flexural wall and relevant too.

Program Module:02

Analysis and Design of RCC & Composite Sub-structure, Slab, Staircase etc.

• Software algorithm, capabilities, strengths and weaknesses,
• Modelling of foundations, basements, footings,
• Modelling through import method 2d import, 3d import,
• Design of strips,
• Design methodology,
• Design of fem-based slabs,
• Design of slabs, raft & pile,
• Design of punching shear reinforcement (stud rails).
• Detailing, reporting techniques.
• Codes & software interaction by considering national.
• Differential settlement of foundation and its control.
• Combined complex foundation system.
• Punching Shear
• Nonlinear Uplift
• Soil Structure Interaction
• Mastering the analysis & interpreting the results
• Stability check as per code
• Check on lateral Stability
• Check on Vertical Deflection
• Check on Story Drift
• Check for Overturning Moment
• Check for Control of Deflection
• Modal Analysis Checks

Program Module: 03

Analysis & Design of High rise & Tall structure and carrying research development 

Performance Based Design(Collapse Prevention) 

Vibration Analysis & control (Dampers, Base Isolation, Tuned Mass Dampers and others)

Wind tunnel test  (Wind simulation)

• Moment Frame
• Shear Frame
• Braced frames
• Diagrid structure system
• Outrigger structure system
• Tube structure system 

Program Module: 04

BIM Technology: Applying BIM (Building Information Modelling/Management)  is a major part of training Like

• ISO Standard for BIM
• BIM (Building information modeling) for structure, architecture, and MEP.
• BIM Analysis: Energy, wind and heat analysis.
• BIM Advance: 4D and 5D
• Software: Autodesk Revit and Autodesk Navisworks.

Program Module: 05

• Detailing technique 
• Rebar detailing of the structure
• Schedule preparation
• Report 
• Presentation  

Program Module:06

Infrastructure projects: Design analysis and detailing of

• Over headed water tank
• Underground water tank
• Retailing wall
• Transmission tower
• Box culvert 
• Swimming pool 

Program Module:07

Project for trainee member under guidance

• Projects and collaboration between different software 
• Finalizing Project Report 
• Proof Checking 
• List of projects

1. G+6 Residential structure
2. G+5 Hospital structure
3. G+10 Apartment building
4. G+8 Apartment Complex
5. G+15 Commercial Complex
6. G+19 Commercial Complex
7. G+23 Tower Building
8. Water Tank (overhead & Underground)
9. Truss Structure
10. Warehouse
11. PEB
12. Dome Structure
13. Retailing Wall

Case Study of Tall & Super Tall Structure

1. G+40 High Rise Apartment
2. G+50 Tower Structure (Diagrid)
3. G+52 Tube Structure
4. G+50 Outrigger