Course contents 

• Basics of RCC Structural Systems and behaviour of Frame Systems 
• Load Calculation for Gravity Loads
• Introduction to Earthquake Loads
• Modeling, Loading, and Analysis in ETABS/SAFE
• Interpretation of Analysis results in ETABS/SAFE
• Philosophy of IS456 and understanding IS Clauses
• Design and Detailing of RCC Beams
• Design and Detailing of RCC Slabs
• Design and Detailing of RCC Columns
• Design and Detailing of RCC Shear Walls
• Design and Detailing of RCC Staircase
• Design and Detailing of Isolated Foundations
• Introduction to Ductile Detailing
• Concepts related to Development of Drawings
• One Actual Project covering all the aspects

IS Codes to be covered-IS456, IS-SP24, IS-SP34, IS875, IS1893, IS13920   

 Watch the Introductory Session  https://youtu.be/SNAqYdT-qCU

Watch the Session-1  https://youtu.be/X0AG3pCx5nU

Click below link for showing intent

https://forms.gle/qTun52Q8yBjnyZh49

No of Sessions-47, Total Hours-94

 Course Fee- INR 6,250/-
 

Can be taken as Self-Paced Learning Course  

 Course contents 

• Understanding various types of Structural Steel Systems and Load Paths
• Configuration and Section Classification as per IS800-2007
• Load Calculation for Gravity Loads 
• Load calculation for Wind and Earthquake effect
• Modeling, Loading and Analysis as per STAAD.Pro
• Design for Tension as per IS800
• Design for Compression as per IS800
• Design for Flexure as per IS800
• Design for Shear as per IS800
• Design for Combined Interaction as per IS800
• Design of Beam, Column Members for various  Design actions
• Design of Floor Systems
• Design of Connections-Welded and Bolted (4 Types of Commonly used Connection)
• Detailing aspects and Special Considerations
• One Complete Structural Steel Building Project

IS code to be covered is IS800-2007  

Watch the  Introductory Session https://youtu.be/tBsZw9rkGRo

Watch the  Session-1 https://youtu.be/ECeFVttHfIQ

Click below link for showing intent

https://forms.gle/Qgyf4HdNqtH9LiJz7

No of Sessions-48, Total Hours-96 

Course Fee- INR 6,750/- 

 
Can be taken as Self-Paced Learning Course  

Course contents

• Introduction to Excel Commands (Basic+Advanced)
• Basic Understanding of Working with VB Macro
• Development of  Spreadsheets for RCC Design
  • Design of Beam in Flexure (Singly and Doubly)
  • Design of Beam in Shear
  • Design of Beam in Torsion
  • Design of Column (as per SP16)
  • Design of Slab
  • Design for Crack Width
• Development of Spreadsheets for Analysis and Design 
  • Analysis and Design of Isolated Foundation
  • Analysis and Design of Retaining Walls
• Development of Spreadsheets for Bill of Quantity Calculations 
  • Bill of Quantity Template preparation
  • BBS for Beams, Columns, Slabs, Foundation

Watch the Introductory Session   

https://youtu.be/i58SnniNgPg

Watch the Session-1

https://youtu.be/fBxzw1xriqk

 Click below link for showing intent https://forms.gle/LVNXLzUC1ReVY71q7

 No of Sessions-25, Total Hours-50 

Course Fee- INR 3,250/-  

Can be taken as Self-Paced Learning Course

  Course contents 

• Introduction to Tall Buildings (TB) and their Historical Development 
• Understanding GLRS for TB
• Understanding LLRS for TB

-Diaphragms, Chords, Collectors
   - Moment Frame Systems
   - Shear Wall Systems

 - Moment frame with Shear Wall Systems

- Core Walls and Coupled Wall Systems

- Tube Systems

-Tube in Tube, Bundled Tube Systems

- Outrigger Systems

- Diagrid Systems 

• Gravity Load Calculation for TB
• Wind Load Calculation for TB

- Calculation of Wind parameters

-Calculation of Static Wind forces

-Dynamic Wind force calculation

-Gust Factor calculation

-Along and Across Wind force calculation

-Wind Tunnel Testing and Outputs obtained

• Seismic Load Calculation for TB

-Calculation of Seismic parameters  
    -Seismic force using ESM and RSM 

 -Discussion on Performance Based Design  

• Discussion on IS16700-2023 
• Special Analysis for TB

- Backstay effect

- Construction Stage analysis

- Axial Shortening of Vertical Members

- Calculation of Drift, Displacement 

-Horizontal acceleration of floors

• Design and Detailing TB Elements

-Beams

- Diaphragms

-Chords and Collector elements

- Transfer Slabs/Transfer Girders

- Columns

- Shear Walls

-Spandrel and Coupling Beams

-Basement Walls

- Raft/Raft+Pile system

• One sample Project 

- Basement+G+50 Floors

- Multi-Tower with common Podium

Codes to be covered IS16700:2023, IS456:2000, IS875-3:2015, IS1893-1:2016, IS13920:2016, ASCE 7:22     

Watch the Introductory Session 

https://www.youtube.com/live/bNY7OiVxBgY

Watch the Session-1

 https://youtu.be/6Z_g84HKdUE 

Click below link for showing intent

https://forms.gle/Jkt1Ypusq97wjGHN8

No of Sessions-73*, Total Hours-125

Course Fee- INR 7,500/- 

Can be taken as Self-Paced Learning Course
 

  Course contents 

•  Understanding the basic working of RCDC  
•  Importing Analysis files from STAAD and ETABS 
• Design and Detailing of Beams for Gravity Loads
• Design and Detailing of Slabs for Gravity Loads
• Design and Detailing of Columns or Gravity Loads 
• Design and Detailing of Beams for Seismic Loads 
• Design and Detailing of Columns and Joints for Seismic Loads
• Design and Detailing of Shear Walls for Gravity and Seismic Loads
• Design and Detailing of Isolated Footings 
• Design and Detailing of Pile Caps
• Design and Detailing of RCC Pedestals for Steel Structures
• BOQ calculation for various RCC elements
• Drawing development and Bar Bending Schedule preparation for various RCC elements 
• One actual RCC multi-storey project designed and detailed using RCDC

Codes to be covered  IS456:2000, IS SP34:1987, IS1893-1:2016, IS13920:2016    

Watch the Introductory Session  

https://www.youtube.com/live/DGxSLAAMAgw

Watch the Session-1

https://youtu.be/aEuhBz44HXE

Click below link for showing intent

https://forms.gle/ztEnMJK1bC7DuP6K7

No of Sessions-41, Total Hours-70

Course Fee- INR 5,000/- 

Can be taken as Self-Paced Learning Course
 

  Course contents 

• Understanding the Basics of Earthquake Resistant Design and Detailing  
• General Design Requirements
  Stability, Stiffness,   Strength, Deformability and Ductility 
• Design and Detailing of Beams for Earthquake Resistance 
• Design and Detailing of Columns for Earthquake Resistance 
• Design and Detailing of Beam Column Joint for Earthquake Resistance 
• Design and Detailing of Column Base for Earthquake Resistance 
• Design and Detailing of Structural Brace for Earthquake Resistance 
• Design and Detailing of Shear Link for Earthquake Resistance 
• Understanding various Structural Steel Systems for Earthquake Resistance 
• Design and Detailing provisions forSpecial Moment Resisting Frames  
• Design and Detailing provisions for Special Concentrically Braced Frames 
• Design and Detailing provisions for Eccentric Braced Frames  
•  Practical Implementation of all the principles and concepts for an actual Structural Steel Building Project  

Codes to be covered  IS800:2007, IS18168:2023, AISC360-16, AISC341-16    

Watch the Introductory Session  https://youtube.com/live/GD78trPKVXw

Watch the Session-1

https://youtu.be/w6OJdhfiWms

Click below link for showing intent

https://forms.gle/8sB8C7kTSGGvKRpQ9

No of Sessions-49, Total Hours-89

Course Fee- INR 5,500/- 

Can be taken as Self-Paced Learning Course
 

  Course contents 

• Understanding various types of Structural Steel Connections and Load Actions 
• Connecting Elements-Bolts 

-Types and Grades of Bolts
   -Capacity Calculation of Bolts
   -Use of Bolts in Connections 

• Connecting Elements-Welds 

 -Types and Grades of Welds
   -Capacity Calculation of Welds
   -Use of Welds in Connections 

• Design and Detailing of Beam-Beam Connections 

- B to B Shear Connections
    - B to B Moment Connections 

• Design and Detailing of Beam-Column Connections 

-B to C Shear Connections
    -B to C Moment Connections

-Stiffness Classification
      -B to Column Semi Rigid/Rigid Connections  

• Design and Detailing of Bracing Connections 

         -Bracing to Member Connections
    -Bracing to Bracing Connections

• Design and Detailing of Splice Connections 

-B to B Splice Connections
-C to C Splice Connections

•  Design and Detailing of Column-Base Plate Connections 

-C to BP Shear Connections
  -C to BP Moment Connections

      -Pinned and Roller Connections

•  Introduction to Ductile Design and Detailing of Connections
   

Codes to be covered IS800,  AISC360, EN1993-1-8   

Watch the Introductory Session https://youtu.be/H_2smD3oE-I

Watch the Session-1

https://youtu.be/zDUnSH8oBKg

Click below link for showing intent

https://forms.gle/ET3pDsFfbYJjZnuy6

No of Sessions-44, Total Hours-84

Course Fee- INR 5,500/- 

Can be taken as Self-Paced Learning Course
 

  Course contents 

• Understanding various types of Structural Steel Systems and Load Paths
• Conceptual Planning of Structural PEB Systems
• Planning of PEB Industrial Sheds
• Understanding Components of PEB Industrial Sheds
• Configuration and Section Classification as per IS800-2007
• Load Calculation for Gravity Loads and Lateral Loads
• Load Calculation for Crane Loads
• Modeling, Loading and Analysis as per STAAD.Pro
• Application of Moving Crane Loads on STAAD.Pro 
• Design of Structural elements including Gantry Girders
• Design of Connections as per relevant Indian/International  Standards
• Detailing of Structural Elements as per relevant Indian/International Standards
• Basics of Drawing Development for PEB System
• 2 Complete PEB Industrial Shed Projects-1 Without Crane and 1 With Crane

IS Codes to be covered IS800  

Watch the Introductory Session https://youtu.be/bmEe19ID5VI

Watch the Session-1

https://youtu.be/BGyY9wcELhE

Click below link for showing intent

https://forms.gle/gFFXZD5NXQbbUCdP7

No of Sessions-34, Total Hours-68

Course Fee- INR 5,500/- 

Can be taken as Self-Paced Learning Course
 

  Course contents 

 IS1893-2016

• Understanding Lateral Load Resisting Structural Systems
• Understanding EQ parameters 
• EQ load calculation as per Equivalent Static method
• EQ load calculation as per Response Spectrum method
• Regularity and Irregularity
• Proportioning of RC Building for EQ effects like drift, torsion
• Codal Provisions for Foundation Design

IS13920-2016

• Proportioning of Beam Columns in Ductile Frame 
• Ductile Design and Detailing of Beams and Columns
• Beam Column Capacity Design 
• Joint Shear Design
• Proportioning of Shear Walls
• Ductile Design and Detailing of Shear Walls

IS Codes to be covered IS1893, IS13920, IS456, IS SP16, IS SP 34  

 Watch the Introductory Session https://youtu.be/3wjFzDc3epM

Watch the Session-1

https://youtu.be/3mBI3leCG1E

Click below link for showing intent

https://forms.gle/bVdptwjtrioMHvjL6
Introductory 

No of Sessions-30, Total Hours-60

Course Fee- INR 5,000/- 

Can be taken as Self-Paced Learning Course
 

 Course contents 

• Interpretation of Geotechnical Report and Understanding of important Geotechnical parameters
• Behaviour of different Foundation Systems
• Understanding the design principles of Foundation Systems
• Design and Detailing of Isolated Foundation
• Design and Detailing of Combined Foundation
• Design and Detailing of Eccentric Foundation
• Design and Detailing of Pile Foundations
• Design and Detailing of Raft Foundations
• Design and Detailing of Raft-Pile Foundations
• Design and Detailing of Slabs on Grade

 IS Codes to be covered-IS456, IS-SP24, IS-SP34, IS1893, IS1904, IS2911, IS6403
 

Watch the Introductory Session https://youtu.be/eJ6rowxLzqU

Watch the Session-1

https://youtu.be/Cp--3zh74G8

Click below link for showing intent

https://forms.gle/oe2bZYCAACrXovAd7

 No of Sessions-30, Total Hours-60

Course Fee- INR 5,250/- 

Can be taken as Self-Paced Learning Course
 

 Course contents 

• Conceptual Planning of Structural System
• Load Calculation for Gravity Loads
• Load Calculation for Seismic Loads (special emphasis for Flat Slab Systems)
• Modeling and An 

alysis of Complete Building using ETABS

• Design of Flat Slab System
  • Understanding of Flat Slab system and its components
  • Proportioning and Configuration as per IS456
  • Modeling and Analysis of Flat Slab using CSI SAFE
  • Design for One Way Shear, Punching and Flexure (Manual+CSI SAFE)
  • Design for Long Term Deflection
  • Design of Punching Reinforcement
  • Detailing as per IS456 and SP34
  • Ductile Detailing as per Intermediate Moment Frame System as per ACI318
• Design of Shear Wall System
  • Shear wall position for seismic effects
  • Proportion and configuration as per IS13920
  • Provisions of IS1893 for Analysis Forces and Moments 
  • Design of Shear Wall as per IS13920 (Manual+ETABS)
  • Detailing as per IS13920
• Design of Gravity Column System
  • Design as per IS456 and SP16
  • Design for Gravity Columns as per IS13920
• Analysis and Design of Isolated Foundation system using CSI SAFE
• Drawing Development for the Building
• BOQ Calculation using MS-Excel

IS Codes to be covered IS456, IS1893, IS13920, IS SP16, IS SP 34  

Watch the Introductory Session https://youtu.be/AX4ObBGKGF4

Watch the Session-1

https://youtu.be/r6QLl9a2LvU

Click below link for showing intent

https://forms.gle/sCUjqN8U1wRYHAT67

No of Sessions-40, Total Hours-80

Course Fee- INR 5,000/- 

Can be taken as Self-Paced Learning Course 

Course contents

• Basic Principles and Design Methodology

              ₋ RCC Structural Systems used for Liquid Retaining Structures

              ₋ Introduction to Underground, On-Ground, Overhead Systems

     ₋ Behaviour of Slabs/Walls to Horizontal/Vertical Pressure

             ₋ Load Calculation for Wind Effects

             ₋ Load Calculation for Earthquake Effects

          ₋Analysis and Design for Flexure

        ₋Analysis and Design for Shear

     ₋ Analysis and Design for Crack

• Design and Detailing of Single/Multi-Compartment Underground Tanks
• Design and Detailing of Single/Multi-Compartment On-Ground Tanks
• Design and Detailing of Single/Multi-Compartment Overhead Tanks
• Design of Staging and Foundation System of Overhead Tanks
• Structural Design and Detailing of ETPs, STPs, Septic Tanks
• Concepts related to Development of Drawings
• Actual Projects for Design and Detailing

 IS Codes to be covered  IS3370, IS456, IS SP34, IS875, IS1893. Limit State Method will be used for Design.

Watch the Introductory Session

https://youtu.be/FwoX-_BMpgA

Watch the Session-1

https://youtu.be/TM2eAZotJpI

Click below link for showing intent

https://forms.gle/f1oWt3ad3u3mdiEm6

No of Sessions-35, Total Hours-70

Course Fee- INR 5,250/-

Can be taken as Self-Paced Learning Course