SHORT TERM COURSES

Re-discover the joy of Structural Engineering with AuxEn!

Great Mix of Basic and Advanced Structural Design Courses

We have a great mix of Basic and Advanced Short Term Courses available to be taken as Self Paced Learning, both in RCC and Structural Steel. Discover it for yourself.

Basic Courses are for the participants wanting to learn RCC and Structural Steel Design from the scratch. The courses are comprehensive, exhaustive and detailed enabling the participant to understand the complete process of Design and Detailing.

Advanced Courses are for the participants wanting to deep dive into a particular topic and learn the intricacies of Design and Detailing.

Basic Courses

1. Design and Detailing of RCC Structures(ETABS+CSI SAFE+Manual)

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 here https://youtu.be/SNAqYdT-qCU

Watch the Session-1 here 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

2. Structural Steel Building Design and Detailing (STAAD.Pro+Manual)

1. Design and Detailing of RCC Structures(ETABS+CSI SAFE+Manual)

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

3. Structural Engineering-RCC (Analysis+Design+BOQ) using MS-Excel

1. Design and Detailing of RCC Structures(ETABS+CSI SAFE+Manual)

3. Structural Engineering-RCC (Analysis+Design+BOQ) using MS-Excel

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 here

https://youtu.be/i58SnniNgPg

Watch the Session-1 here

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

Advanced Courses

1. Design and Detailing of RCC Tall Buildings (ETABS+SAFE+Manual)

3. Earthquake Resistant Design and Detailing of Steel Buildings (ETABS+STAAD+Idea Statica+Manual)

2. Design and Detailing of RCC Structures using RCDC (RCDC+MS Excel+Manual)

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-57*, Total Hours-90

Course Fee- INR 7,500/-

Can be taken as Self-Paced Learning Course

2. Design and Detailing of RCC Structures using RCDC (RCDC+MS Excel+Manual)

3. Earthquake Resistant Design and Detailing of Steel Buildings (ETABS+STAAD+Idea Statica+Manual)

2. Design and Detailing of RCC Structures using RCDC (RCDC+MS Excel+Manual)

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

3. Earthquake Resistant Design and Detailing of Steel Buildings (ETABS+STAAD+Idea Statica+Manual)

4. Design and Detailing of Structural Steel Connections (Idea Statica+MS Excel Spreadsheet+Manual)

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-80

Course Fee- INR 5,500/-

Can be taken as Self-Paced Learning Course

4. Design and Detailing of Structural Steel Connections (Idea Statica+MS Excel Spreadsheet+Manual)

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

5. Design and Detailing of PEB Systems (STAAD.Pro+Manual) with focus on Industrial Sheds

4. Design and Detailing of Structural Steel Connections (Idea Statica+MS Excel Spreadsheet+Manual)

6. Design and Detailing of RCC Structures for Seismic Loads (IS1893+IS13920)-2016 (ETABS+Manual)

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

6. Design and Detailing of RCC Structures for Seismic Loads (IS1893+IS13920)-2016 (ETABS+Manual)

4. Design and Detailing of Structural Steel Connections (Idea Statica+MS Excel Spreadsheet+Manual)

6. Design and Detailing of RCC Structures for Seismic Loads (IS1893+IS13920)-2016 (ETABS+Manual)

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

7. Design and Detailing of Foundation Systems (CSI SAFE+Manual)

8. Virtual Design Center-Flat Slab+Shear Wall+Gravity Column Building Design

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

8. Virtual Design Center-Flat Slab+Shear Wall+Gravity Column Building Design

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

9. Design and Detailing of RCC Liquid Retaining Structures (ETABS+Manual)

8. Virtual Design Center-Flat Slab+Shear Wall+Gravity Column Building Design

9. Design and Detailing of RCC Liquid Retaining Structures (ETABS+Manual)

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

Great Mix of Basic and Advanced Structural Design Courses

Features of Online Short Term Courses

Basic Courses

1. Design and Detailing of RCC Structures(ETABS+CSI SAFE+Manual)

1. Design and Detailing of RCC Structures(ETABS+CSI SAFE+Manual)

1. Design and Detailing of RCC Structures(ETABS+CSI SAFE+Manual)

2. Structural Steel Building Design and Detailing (STAAD.Pro+Manual)

1. Design and Detailing of RCC Structures(ETABS+CSI SAFE+Manual)

1. Design and Detailing of RCC Structures(ETABS+CSI SAFE+Manual)

3. Structural Engineering-RCC (Analysis+Design+BOQ) using MS-Excel

1. Design and Detailing of RCC Structures(ETABS+CSI SAFE+Manual)

3. Structural Engineering-RCC (Analysis+Design+BOQ) using MS-Excel

Advanced Courses

1. Design and Detailing of RCC Tall Buildings (ETABS+SAFE+Manual)

3. Earthquake Resistant Design and Detailing of Steel Buildings (ETABS+STAAD+Idea Statica+Manual)

2. Design and Detailing of RCC Structures using RCDC (RCDC+MS Excel+Manual)

2. Design and Detailing of RCC Structures using RCDC (RCDC+MS Excel+Manual)

3. Earthquake Resistant Design and Detailing of Steel Buildings (ETABS+STAAD+Idea Statica+Manual)

2. Design and Detailing of RCC Structures using RCDC (RCDC+MS Excel+Manual)

3. Earthquake Resistant Design and Detailing of Steel Buildings (ETABS+STAAD+Idea Statica+Manual)

3. Earthquake Resistant Design and Detailing of Steel Buildings (ETABS+STAAD+Idea Statica+Manual)

4. Design and Detailing of Structural Steel Connections (Idea Statica+MS Excel Spreadsheet+Manual)

4. Design and Detailing of Structural Steel Connections (Idea Statica+MS Excel Spreadsheet+Manual)

4. Design and Detailing of Structural Steel Connections (Idea Statica+MS Excel Spreadsheet+Manual)

4. Design and Detailing of Structural Steel Connections (Idea Statica+MS Excel Spreadsheet+Manual)

5. Design and Detailing of PEB Systems (STAAD.Pro+Manual) with focus on Industrial Sheds

4. Design and Detailing of Structural Steel Connections (Idea Statica+MS Excel Spreadsheet+Manual)

6. Design and Detailing of RCC Structures for Seismic Loads (IS1893+IS13920)-2016 (ETABS+Manual)

6. Design and Detailing of RCC Structures for Seismic Loads (IS1893+IS13920)-2016 (ETABS+Manual)

4. Design and Detailing of Structural Steel Connections (Idea Statica+MS Excel Spreadsheet+Manual)

6. Design and Detailing of RCC Structures for Seismic Loads (IS1893+IS13920)-2016 (ETABS+Manual)

7. Design and Detailing of Foundation Systems (CSI SAFE+Manual)

8. Virtual Design Center-Flat Slab+Shear Wall+Gravity Column Building Design

8. Virtual Design Center-Flat Slab+Shear Wall+Gravity Column Building Design

8. Virtual Design Center-Flat Slab+Shear Wall+Gravity Column Building Design

8. Virtual Design Center-Flat Slab+Shear Wall+Gravity Column Building Design

8. Virtual Design Center-Flat Slab+Shear Wall+Gravity Column Building Design

9. Design and Detailing of RCC Liquid Retaining Structures (ETABS+Manual)

8. Virtual Design Center-Flat Slab+Shear Wall+Gravity Column Building Design

9. Design and Detailing of RCC Liquid Retaining Structures (ETABS+Manual)

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