Unlock Your Structural Design Skills with L&T EduTech’s SAMS Pro – Structural Analysis and Modelling using STAAD.Pro
S.A.M.S.Pro
Structural Analysis & Modelling of
Steel Buildings – STAAD.Pro
Unlocking Mastery of Structural Steel Solutions:
From Schematic
preparation to Structural Steel construction,
We Design Your Success
Objectives
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Our industry-aligned program is designed to empower you with practical expertise in modelling, analysis, and design of steel buildings
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If you are a Civil Engineering student or aspiring structural designer stay ahead of the curve. Join SAMS Pro to boost your employability and open doors to exciting career opportunities in the infrastructure and construction sectors.
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Shape the skyline of tomorrow — enroll today!
Learning & Training Path
Enrolment
E-Learning Module
Assessment
Hands-on Training at L&T Campus (5 days × 6 hours each)
Post-Training Assessment
Certification
Learning Outcomes
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Evaluate site-specific parameters such as soil conditions through geotechnical investigation reports and align structural design with overall project requirements.
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Formulate design basis requirements by defining building functionalities, durability criteria, and material specifications.
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Calculate structural and MEP service loads, including dead, superimposed, live, wind, and seismic loads for the building.
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Apply appropriate selection and design principles for vertical and lateral load-resisting systems to effectively address the various loads acting on a building.
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Perform analysis and optimized design of a multistoried steel building using STAAD Pro, ensuring compliance with IS code provisions and functional requirements
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Address the complete process of structural steel building development, including, Connection design, detailing ,fabrication, erection and inspection
What will they Learn?
Design Basis Considerations
Loads on a Steel Building, Design Basis report, Grids & Structural System planning
Design of a Commercial Steel Building
Modelling of elements, Member specifications & Loads, Analysis, Design and Post-processing
Industrial Steel Building
Conventional vs Industrial buildings, Truss frames
Design of an Industrial Steel Building
2D & 3D Modelling of elements, Member specifications & Loads, Analysis, Design and Post-processing
Design of elements & connections
Design of Beams, Columns & Beam-columns, Design of Connections, Design of Base plate & Anchor bolts
Preparation of BOQ
Material Take-off, Bill of Quantities, Material Indices
