Job Oriented Training for 2 Months (Civil Course):
| Eligibility Criteria | B.Tech/M.Tech/Diploma |
| Course Duration | 2 Months |
| Certificate | Will be Provided |
MODULE - 1
Basics of Civil Engineering:
Construction and types of construction
Basics of construction materials
Behaviour of materials
Properties of materials
Basics of design codes – IS 456, IS 875 and IS 800
MODULE - 2
Types of Analyses:
Introduction to different types of analyses
Static
Dynamic
Elastic
Plastic
Linear
Nonlinear etc.
MODULE - 3
Software Introduction
Understanding various types of softwares.
FEM based softwares, FDM based softwares.
Difference between various softwares
MODULE - 4
Basics of FEA
Concepts of FEM.
Theory of FEM.
Different types of elements,
Elements used in softwares, nodes, degrees of freedom.
Application of FEM to softwares.
MODULE - 5
Load Calculations
Dead Load calculations
Live Load calculations as per IS 875
Wind Load calculations as per IS 875
Seismic Load calculations as per IS 1893
MODULE - 6
GUI
Introduction to Graphical User Interface of SAFE and ETABS / STAAD
Various commands
Tabs and complete explanation of display with different modelling procedures
MODULE - 7
Modelling and analysis in ETABS
Case I:-Basic Analysis in ETABS
Modelling, analysis and design of simple RCC beam.
Modelling, analysis and design of continuous RCC beam.
Check for SFD and BMD for various end conditions.
Modelling, analysis and design of simple RCC beam.
Modelling, analysis and design of continuous RCC beam.
Check for SFD and BMD for various end conditions.
Case II:-RCC Multistoreyed G+5 building
Contents:-Development of model from architectural plans, marking and defining column positions, framing, dimensions as per is 456-2000, load applications.
Load calculations
Analysis
• Static analysis
• Seismic analysis using coefficient method from IS 1893
• Wind analysis
Interpretation of results-deflections, drifts, moment curves, BMD, SFD, etc.
Preparation of Column schedules, Beam schedules and Shear Wall Drawings.
Detailing as per IS 456 and SP 34
MODULE - 8
Design and Analysis in SAFE
Modelling, analysis and design of sample RCC one way and two way slab.
Modelling, analysis and design of sample Flat slab.
Design of RAFT and Isolated foundation using SAFE
Basic concepts regarding Rigid and flexible footings, soil subgrade modulus. Design and detailing of Raft and isolated footings. Design for uplift
o Check for SFD and BMD for various end conditions.
o Design of foundation
o Detailing of foundation
MODULE - 9
Design and Analysis in STAAD
Theory of steel structures, various elements and load calculation.
Modelling, analysis and design of sample Truss.
Modelling, analysis and design of sample Industrial shed.
Design of Base Plate and Anchor Bolts
Design of steel connections
MODULE - 10
Interlinking of various softwares
Import and export of results between various compatible softwares like SAP2000, SAFE, etc.,
Importing grids from AUTOCAD, REVIT