STRUCTURAL DESIGN ENGINEERING

COURSE DURATION:

 

3.5 Months [Part Time Batch]

1.5 Months [Full Time Batch]

1.0 Month  [Fast Track Course]

COURSE ELIGIBILITY:

 

B. Tech / B.E in Civil Engineering .
Diploma in Civil Engineering.
M .Tech / M.E in Civil Engineering.

COURSE AGENDA

Module 1 - Basics of Structural Engineering

 

  • Design of RCC Beams, Columns and Slabs

  • Overhead Tank Design

  • Ductile Detailing

  • Concrete Chimneys

  • Staircase Design

  • Steel Beam & Column Design

  • Plate Girder

  • Connection Design

  • Base Plate Design

  • Portal Frames and Bracing Design

  • Storm Water Drains

  • Soil Mechanics

  • Footing Raft Design

  • Pile Foundations

  • Equipment Foundation Under Vibrating Type

  • Underground Water Tanks

Module 2 - Analysis & Design of Structures

 

  • Coordinate Systems

  • Type of Structures

  • Joint Coordinates Specification Member, Element

  • Member, Element Property Specification

  • Load Combination, Analysis Specification

  • Pipe Racks and Sleepers

  • Static equipment foundation design

  • Rotating equipment foundation (Block & frame type)

  • Equipment Supporting Structures (Technological Structures)

  • Plant Buildings such as Compressor House, Control Building, Substation, Pump house, etc.

  • Non-plant buildings such as Admin building, Warehouse, Workshop.

  • SF, BM diagrams, Determination of forces in trusses, frames, arches and cables

  • Equilibrium methods & Muller Breslau principle

  • Concept of static and kinematic indeterminacy

  • Determination of static and kinematic redundancy

  • Computer Aided Analysis and Design (with concept of STAAD software)

  • Review of basic concepts, Equilibrium Equations

  • Constitutive Relations/Force-displacement Relations

  • Compatibility Conditions.

Module 3 - General Civil Work

 

  • Roads, Drains

  • Contaminated rain water sewer & oily water sewer

  • Paving Dyke wall

  • Tank Farm Area, Boundary wall, Fence & gate,

  • Local support & platforms, etc.

Module 4 - Force Method

 

  • Structural Idealization - Applying Loads - Calculating

  • Reactions - Calculating Internal Forces - Calculating Internal Stresses - Evaluating Safety and Efficiency Safety.

Module 5 - STRUCTURAL DETAILING & DRAFTING

 

  • Introduction – Plant Industries Structures

  • Structural Products And Shapes

  • Member Sectional Properties And Codes & Standards

  • Welding Standards

  • Bolting Standards

  • Detailing Glossary

  • Detailing Process Flow Chart

  • Auto Cad Detailing and Cad- Standards

  • Introductions On Typical Connections

  • Bolted Connections

  • Welded Connection

  • Member Detailing – Column, Beam, Bracings, tie Members, purlin Etc.,

  • Preparation Of Shop Drawings With An Example

  • Anchor Bolt Plan, Erection Plan & Embedded Plan

  • Column Assembly Drawing

  • Beam Assembly Drawings

  • Bracing Assembly Drawing Etc.,

  • Preparation Of Bill Of Materials

  • Detailing Of Miscellaneous Items

  • Stair Case Detailing

  • Handrail Detailing

  • Chequred Plate Detailing & Ladder Detailing

Module 6 - 3D Modeling

 

  • Introduction On Structural Modeling

  • 3D Modeling

  • Preparation Of Shop Drawings

  • Detailing/Editing

  • Working with Members, Splitting Members

  • Importing and Exporting Structure

  • Working with Slabs, Cutting Openings

  • Managing Equipment Foundations

  • Sketching in 3-D

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