Civil & Structural Engineering Courses

1.1 Introduction to Uniform Beams and Uniform Columns - Structural Steel Members

1.2 Understanding Structural Steel Section Properties - Second Moment of Area, Sectional Modulus etc.

1.4 Rectangular Hollow Sections, Square Hollow Sections and Circular Hollow Sections-RHS/SHS/CHS

1.5 Capacity Reduction Factors for Bending, Shear and Compression as per AS4100

1.6 Introduction to Steel Buildings in Australia - Steel Structural System Followed with Details

1.7 PEMB Steel Buildings - Pre Engineered Metal Building systems and components

1.8 Different Structural Steel systems and their behavior

2.1 Understanding Different types of Members in Steel Structures

2.2 Design of Tension Members as per AS4100

2.3 Design of Compression members as per AS4100:2020

2.4 Design Calculations in ETABS for Compression members with Hand Calculation Verification

2.5 Design of Laterally Supported Structural Steel Beams

2.6 Design of Laterally Unsupported Structural Steel beams

2.7 Values of Kt, Kl and Kr for Structural Steel beams

2.8 Detailed Calculations to calculate Bending capacity of Laterally Unsupported Steel beams

2.9 Calculation of Shear Capacity of Structural Steel beams

2.10 Detailed Calculations in ETABS for Laterally Unsupported Steel beams

2.11 Design of Cantilever Steel beams with Detailed Calculations

3.1 Types of Structural Steel Bolts - Different Grades and Strength Parameters

3.2 Snug Tight, Bearing Type and Friction Type Bolts as per AS4100:2020

3.3 Tension, Shear and Bearing Capacity of Steel Bolts

3.4 Thumbrules to calculate Capacity of Structure Steel Bolts

3.5 Calculation of Capacity of Weld for different grades and thickness

3.6 Difference in GP- SP - General purpose and Structural purpose Welding

3.7 Design of Structural Steel Pin as per AS4100

4.1 Introduction to the Structural Steel Mezzanine floors in Australia

4.2 Modelling of Mezzanine Floor in ETABS

4.3 Modelling of Secondary beams and Deck floors

4.4 Application of Seismic loads in ETABS as per AS1170 on Mezzanine Steel Structure

4.5 Defining Load Combinations, Mass Source and P-Delta in ETABS

4.6 Design Results and Verification in ETABS

5.1 Introduction to the Cold Form Steel members

5.2 Purlins and Girts in PEMB System - Detailed Explaination

5.3 Understanding Moment Capacity Tables for Purlins and Girts

5.4 Structure Design of C-Purlins in Ex-Facta Software - Strength and Serviceability Design

5.5 Structure Design of Purlins for 5 KPa Imposed Load on Mezzanine

5.6 Modelling of Structure Steel Mezzanine in ETABS

5.7 Defining Load Patterns in ETABS

5.8 Defining Load Combinations as per AS1170

5.9 Design Calculations Check for Steel Structure as per AS4100:2020

5.10 Design of Anchors to support the Mezzanine on the RCC Floor

6.1 Introduction to Structural Steel Foot Over Bridges Constructed in Australia

6.2 Design of Cold Form Beams to support Deck

6.3 Modelling of Structural Steel Foot Over Bridge in ETABS

6.4 Application of Dead Loads, Live Loads and Seismic Loads on the foot Over Bridge

6.5 Calculation of Wind Load on Foot over bridge Structure considering Open Structure

6.6 Load Combinations as per AS117.0 for Wind and Seismic Loads

6.7 Design of Steel Structure of Foot Over Bridge as per AS4100:2020

6.8 Design of Structural Steel Connections as per AS4100:2020 for Foot Over Bridge Design