2. STAAD Pro:
The Eiffel Tower,
Paris, France
• Over 300m tall of a diagonally
symmetrical Structure
• Three platforms
• Unique truss lattice-work
Structure
• Was the tallest Structure of
its time in 1889, nearly
double the height of its
competition
• Over a century later, of the
tallest structures in the world
in 2020, it ranks 30thFigure [1]: The Eiffel Tower
9. Revit Structure
3-Storey Reinforced Concrete Apartment Building
and Steel Parking Shed Structure
• Revit Structure: 2D and 3D Model of:
• Reinforced Concrete 3-Storey Apartment
Building
• Steel Parking Shed
Figure [8]: 3-Storey Reinforced Concrete Apartment Building and Steel Parking Shed
10. Revit Structure: 3-Storey Reinforced Concrete Apartment Building
10
Figure [9]: 3-Storey Reinforced Concrete Apartment Building, Analytical Model and 3D Model
11. Revit Structure: 3-Storey Reinforced Concrete Apartment Building
11
Figure [10]: 3-Storey Reinforced Concrete Apartment Building, Building Section and Foundation
12. Revit Structure: Steel Parking Shed
12
Figure [11]: Steel Parking Shed, Analytical Model and 3D Model
13. Revit Structure: Steel Parking Shed
13
Figure [12]: Steel Parking Shed, Building Section and Foundation
16. MicroStation
2D & 3D
• 2D Model: Forester’s Building (Metro
College, Fifth Floor)
• 3D Model: St. Basil’s Cathedral,
Moscow, Russia
Figure [15]: Foresters Building (Metro College, Fifth Floor) and St. Basil’s Cathedral
17. MicroStation:
3D Model of
St. Basil’s
Cathedral
• Modeling in Progress
• Isometric and Orthographic
Drawings
Figure [16]: Drawing Snap, Modeling St. Basil’s Cathedral
18. MicroStation:
3D Model of
St. Basil’s
Cathedral
• Modeling in progress
• Moving Chapels into
position like Chess pieces
on a board
Figure [17]: Drawing Snap, Modeling St. Basil’s Cathedral
19. MicroStation
2D Model of the Foresters
Building (Metro College,
Fifth Floor):
• Elevation Rendering of Forester’s Building (Metro College, Fifth
Floor).
• PDF print in colour [as is] verses in monochromatic [black and
white]
• TTC standard of Layering is applied
19
Figure [18]: Elevation Rendering of Forester’s Building (Metro College, Fifth Floor)
20. MicroStation
2D Model of Metro
College, Fifth Floor:
• Plan of Forester’s Building, Metro College, Fifth Floor
• PDF print in colour [as is] verses in monochromatic [black
and white]
• TTC standard of Layering is applied
20
Figure [19]: Plan of Metro College, Fifth Floor
21. AutoCAD
2D & 3D
• 2D Model: 3-Storey Apartment Building
• 3D Model: Tahrir Square Freedom
Monument, Baghdad, Iraq
Figure [20]: 3-Storey Apartment Building and Tahrir Square Freedom Monument
23. AutoCAD
2D Model of 3-Storey
Apartment Building:
• PDF print in colour [as is] verses in monochromatic [black and
white]
• TTC standard of Layering applied
• This is where colours instead of line-weights are assigned to
Layers, in order to show depth and contrast
23
Figure [22]: 3-Storey Reinforced Concrete Apartment Building, Ground Floor Plan
24. AutoCAD
2D Model of 3-Storey
Apartment Building:
• PDF print in colour [as is] verses in monochromatic [black and
white]
• TTC standard of Layering applied
• This is where colours instead of line-weights are assigned to
Layers, in order to show depth and contrast
24
Figure [23]: 3-Storey Reinforced Concrete Apartment Building, Building Section
25. AutoCAD
2D Model of 3-Storey
Apartment Building:
• PDF print in colour [as is] verses in monochromatic [black and
white]
• TTC standard of Layering applied
• This is where colours instead of line-weights are assigned to
Layers, in order to show depth and contrast
25
Figure [24]: 3-Storey Reinforced Concrete Apartment Building, Stairs
26. AutoCAD
2-D Model of
Steel Parking Shed:
• PDF print in colour [as is] verses in monochromatic [black and
white]
• TTC standard of Layering applied
• This is where colours instead of line-weights are assigned to
Layers, in order to show depth and contrast
26
Figure [25]: Steel Parking Shed, Isometric and Orthographic Drawings
27. AutoCAD
2D Model of
Wood Fence:
• PDF print in colour [as is] verses in monochromatic [black and
white]
• TTC standard of Layering applied
• This is where colours instead of line-weights are assigned to
Layers, in order to show depth and contrast
27
Figure [26]: Wood Fence, Isometric Drawing
28. AutoCAD:
3D Model of the
Tahrir Square
Freedom
Monument
• AutoCAD screen capture
while working
• Use of multiple XREF photos
for scaling and outlining
• Sculpture extrusions were
exaggerated in order to
emphasize 3D effect
Figure [27]: Drawing Snap,
3D Model of the Tahrir Square Freedom Monument
29. AutoCAD
3D Model of the Tahrir
Square Freedom
Monument:
• PDF print in colour [as is] verses in monochromatic [black and
white]
• TTC standard of Layering applied
• This is where colours instead of line-weights are assigned to
Layers, in order to show depth and contrast
29
Figure [28]: Tahrir Square Freedom Monument, Orthographic Drawing
30. AutoCAD
3D Model of the Tahrir
Square Freedom
Monument:
• PDF print in colour [as is] verses in monochromatic [black and
white]
• TTC standard of Layering applied
• This is where colours instead of line-weights are assigned to
Layers, in order to show depth and contrast
30
Figure [29]: Tahrir Square Freedom Monument, Isometric Drawing
![STAAD Pro:
The Eiffel Tower,
Paris, France
• Over 300m tall of a diagonally
symmetrical Structure
• Three platforms
• Unique truss lattice-work
Structure
• Was the tallest Structure of
its time in 1889, nearly
double the height of its
competition
• Over a century later, of the
tallest structures in the world
in 2020, it ranks 30thFigure [1]: The Eiffel Tower](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)