Lecturer at University of South Australia
Lecturer at Southern Cross university
Assistant Professor at Mansoura University

Structures 2 - Super-structure Revision
1:42:17
Structures 2 - Super-structure Revision
Structures 2 - Modelling of Beam Rafter using SPACEGASS #structuraldesign
40:25
Structures 2 - Modelling of Beam Rafter using SPACEGASS #structuraldesign
Structures 2 - Column Design #structuraldesign #structuralengineering #unisa
1:41:08
Structures 2 - Column Design #structuraldesign #structuralengineering #unisa
Structures 2 - Load calculations, Load combinations, and Beam Design
1:50:57
Structures 2 - Load calculations, Load combinations, and Beam Design
Structures 2 - Straining Actions for Beams
1:46:06
Structures 2 - Straining Actions for Beams
Structures 2 - Load Paths Bracing Layout & Steel Connections
1:46:57
Structures 2 - Load Paths Bracing Layout & Steel Connections
Structures 2 - Wind Actions - AS 4055_2021
1:21:51
Structures 2 - Wind Actions - AS 4055_2021
Structures 2 - Dead Loads & Live Loads
1:45:18
Structures 2 - Dead Loads & Live Loads
Structures 2 - Loads, Mass, Weight, Density & Unit Weight of Materials
1:33:19
Structures 2 - Loads, Mass, Weight, Density & Unit Weight of Materials
Structures 2 - Introduction to Superstructure
1:47:16
Structures 2 - Introduction to Superstructure
Introduction of Loads, Load Combinations and Design Process
27:42
Introduction of Loads, Load Combinations and Design Process
Design of Reinforced Masonry under In-plane, Out-of-plane Shear & Bending Moments
1:52:17
Design of Reinforced Masonry under In-plane, Out-of-plane Shear & Bending Moments
Design of Unreinforced Masonry under Shear & Bending Moments
1:51:03
Design of Unreinforced Masonry under Shear & Bending Moments
Reinforced Concrete Two-way Slabs supported on 4 Sides
1:19:45
Reinforced Concrete Two-way Slabs supported on 4 Sides
Structural Analysis of Cantilever Parking Shed using SPACEGASS
36:30
Structural Analysis of Cantilever Parking Shed using SPACEGASS
Design of Strutural Steel Bolted Connectios
2:12:08
Design of Strutural Steel Bolted Connectios
Design of Structural Steel Elements subject to Combined Actions (Beam-column Elements)
2:14:45
Design of Structural Steel Elements subject to Combined Actions (Beam-column Elements)
Worked Examples of Steel Members Design
1:07:28
Worked Examples of Steel Members Design
Design of Steel Structural Elements for Tension, Compression, Flexural, and Shear
2:36:44
Design of Steel Structural Elements for Tension, Compression, Flexural, and Shear
Wind Actions in Australia
2:48:43
Wind Actions in Australia
Structural Analysis & Limit States Design
2:58:54
Structural Analysis & Limit States Design
Introduction to Steel Structures Design
1:25:23
Introduction to Steel Structures Design
Road Pavement - Design Factors (Traffic)
1:12:58
Road Pavement - Design Factors (Traffic)
Road Pavement - Introduction
47:46
Road Pavement - Introduction
Beam & Column Design - Domestic Shed
1:40:48
Beam & Column Design - Domestic Shed
Ground Improvement
1:28:21
Ground Improvement
Slope Instability
1:19:59
Slope Instability
Retaining Walls
1:30:08
Retaining Walls
Design of Shallow Footings (based on Soil Reactivity)
1:23:37
Design of Shallow Footings (based on Soil Reactivity)
Design of Shallow Footing (based on Bearing Strength)
39:52
Design of Shallow Footing (based on Bearing Strength)