Vi o l aMe l a dNa e e m BI M Ar c hi t e c t Ob j e c t i v e
Lo o k i ngf o ra no ppo r t u ni t yt ode v e l o pmys k i l l s a ndb u i l dal o ngt e r mg r o wi ngc a r e e ra ndt oi mpr o v e
mye x pe r i e nc ei nt hec o ns t r u c t i o nf i e l da saBI M Ar c hi t e c t
Co nt a c t Addr e s s
Al e x a ndr i a , Eg y pt Mo ha r a mBi k, El f e r do ss t r e e t
Mo b i l e 0 1 0 2 1 3 4 8 2 3 3
Ema i l
Vi o l a me l a d1 6 @Gma i l . c o m
Li nk e di n
ht t p: / / www. y o pl i nk . c o m/ 1 2 9 4 9 9 9
Be ha nc e
Edu c a t i o n
c u l t yo f Eng i ne e r i ng 2 0 1 6_2 0 2 1 Fa Ar c hi t e c t u r eDe pa r t me nt Al e x a ndr i aUni v e r s i t y, Eg y pt Ma j o r : Ho u s i ngAr c hi t e c t u r e Gr a du a t i o nS c o r e:Go o d6 8 . 8 6 Gr a du a t i o nPr o j e c t: Hi g hr i s eb u i l di ng i nEl Al a mi nNe wCi t y Che c kt hef u l l pr o j e c t o nBe ha nc e ht t p: / / www. y o pl i nk . c o m/ 1 2 9 4 9 9 8
ht t ps : / / www. b e ha nc e . ne t / v i o l a me l a d
Tr a i ni ng s / I nt e r ns hi ps
S k i l l s
3 1J u l y1 5No v e mb e r 3 _ Mo nt hPr o g r a m 2 0 2 2 BI M Au t o ma t i o nDe v e l o pme nt I nf o r ma t i o nTe c hno l o g yI ns t i t u t e S ma r t Vi l l a g eBr a nc h, Ca i r oCi t y
Gr a du a t i o nPr o j e c t :
OCBpr o j e c t : Co nv e r t i ng2 DCAD dr a wi ngt o3 DMo de l i nRe v i t ByOneCl i c kUs i ngC#&( WPF) Wi ndo wspr e s e nt a t i o nf o u nda t i o n Che c kt hef u l l pr o j e c t o nYo u Tu b e ht t ps : / / y o u t u . b e / pe GZ6 dr 6 f 1 s I TINe wCa pi t a l _ BI M Pr o j e c t
Ac t i v i t i e s&Ho b b i e s
Dr a wi ngwi t hAq u a r e l l e, s o f t pa s t l e, o i l a ndDi g i t a l Dr a wi ng Ha ndma de&c r a f t s Vi de oEdi t i ng
Yo u Tu b eCha n n e l Fo rAr t : ht t ps : / / www. y o u t u b e . c o m/ @a r t i s t v i o l a 6 3 3 8 / v i de o s
Co u r s e s
Ope r a t i ngS y s t e msFu nda me nt a l s S o f t wa r eTe s t i ng BI M De v e l o pme nt wi t hI FCa ndXBI M To o l Ki t
Pe r s o na l Da t a
1 4 2 1 9 9 8 Da t eo f Bi r t h: Ma r i t a l S t a t u s: S i ng l e
Te c hni c a l S k i l l s C#Fu n da me n t a l s Ob j e c t Or i e n t e dPr o g r a mmi n gwi t hc #
Au t o de s kRe v i t Api Au t o de s kAu t o Ca dApi v i s Wo r k s Api Au t o de s kNa Da t a b a s e _ S QL Wi n do wsPr e s e n t a t i o nFo u n da t i o n( WPF) Re v i t Ar c hi t e c t u r e Re v i t S t r u c t u r e
Au t o Ca d
Na v i s Wo r k s 3 Ds Ma x Lu mi o n Ado b ePho t o s ho p Ado b ePr e mi e r e MSOf f i c e
S o f t S k i l l sPr e s e n t a t i o nS k i l l s La ng u a g e sArabi c Eng l i s h
| OC
One Click
BIMAD Inta
CB
To Build
ake02
Agenda
01. 02.
Main Problem
Project Features
03.
Technologies
04.
Demo
05.
Enhancement and future plan
Main Pr
No direct
A CAD file One can on details of a can use it a for creatin wall in Rev to re
No enough
roblem
way to convert 2D CAD drawings to 3D Revit model
e cannot be converted to Revit model directly. nly link the file in the plan, elevation, section and a CAD file to a construction project in Revit and as underlay. We can take the line as a reference ng wall in Revit but we can’t convert a line to a vit. If you need a native Revit project, you have ebuild your construction from the scratch.
h information in a 2D drawing in order to create the Revit model automatically More Cost for Remodeling
Product Be
High Quality Product
Simple and easy To Use
enefits
Time Saving & Cost Saving
Effort saving
Competi •
Chief Architect Premier
Conve
BIM SOFT General Package 14$ / mo
itors
erting 2D CAD into a 3D Model with the CAD to Walls Tool 199$/mo
Project
Get information from linked/imported DWG Geometry instances are read via RevitAPI Create a model in Revit that exported from AutoCad File
Create All the Exterior a interior walls
t Goals
and
Create all Columns
Create Doors & Windows in all Model
Create Schedules
Project W
1. Before you import the 2D CAD, remov unnecessary for the BIM model.
2. Decide whether to import or link the 2 2D DWG into Revit.
3. From plugin settings, select the specif elements with.
4. From plugin settings, define each laye
5. Use our plugin and start creating the a
(walls, columns, doors and windows).
Workflow
ve any items that are
2D file and use it to insert the
fied family you would create the
er name by picking it into DWG.
architectural elements such as
Technolog
gies Used
About th ▪ ▪
Get information from linked/imported DWG of ea detecting the drawing border or title block. Geometry instances are read via Revit API.
▪
Create rectangular column types with any size a orientation.
▪
Create circular column types with any size and o
▪
Create walls with a specified thickness.
▪
Insert openings (doors & windows) on wall surfac
▪
Create Scheduling to the created elements and e excel.
▪
From plugin settings, you can choose any family button. Also you can define the layer name by pi the inserted CAD drawing.
he plugin
ach level by
and
orientation.
ces.
export it to
y by browse icking it into
Demo Check the full Video on YouTube https://youtu.be/peGZ6dr6f1s
Our Futu
✓ Let the user be able to create m
✓ Make the plugin able to create fl
✓ Work on structural elements and
ure Plan
multiple Types of Walls.
loors.
d create Beams, Foundations,..
TABLE OF C 01.
Graduation Project High rise building in El Alamin Master Plan Plans Sections Elevations Diagrams 3D Shots
Single Family House
02.
Master Plan Plans Sections Elevations Diagrams 3D Shots
CONTENTS
n New City
03.
Mixed Use Complex Master Plan Plans Sections Elevations Diagrams 3D Shots
01.
High Rise Building in El Alamin New City
Master Plan Master Plan
Plans
Master Plan
Master Plan
Unit 01
Master Plan
Unit 02
Master Plan
Unit 03
Master Plan
Podium
Master Plan
Podium
Master Plan
Roof Top
Roof Top
Garage
Sections
Sections
Elevations
3D Shots
Diagrams
3D Shots
Master Plan
02.
Single family hous
se
01.
Master Plan Social Sustainability – Living Together The base cluster design is flexible to adapt to a variety of mixes of people . Furthermore the overall cooperative has shared facilities (laundry, car share, co-working, gardens/farms) for clusters to come together and form a community
PLANS
Environmental sustainability – Living with the Environment The buildings are designed to be entirely naturally ventilated Strategies such as rainwater harvesting, recycling of water, collecting solar energy all allow the building to operate with minimal energy demands.
Economic Sustainability – Working Together in Social Enterprices A large open space area will provide space for a café/bar, co-working and event space
PLANS
Sections
Sections
Eleva
ations
Elevations
Elevations
3D S
Shots
Interior Shots
Housing project No2 M
Mixed Use Complex
Master Plan
Cluster
Units
Sections & Diagrams
Community Center Execution Design Working Drawing _ 4th Year Architecture Department Academic Year 2020_2021
TABLE OF C 01.
Phase 1 Community Center Plans Sections Elevations
Phase 4 Coordination Lighting System HVAC System Fire Fighting System Water Supply
V1
V2
9.00
H1
L13
19.20
6.00 9.60
H2
7.05
7.50
L20
24.25
23.70 18.65
5.20
H3
4.80
9.60
6.00 2.40
2.45
0.55
2.45
2.40
6.40 H4
4.80
9.60 1.85
1.05
2.40
3.65
D10
10.50 1.30
19.30 3.65
D10
3.65
2.40
3.65 19.75
V1
9.00
V2
V3
10.50
H1
Notes
L14
H2
7.00
L15
L19
23.80
24.25
5.20 H3
L16
4.90
2.45
2.55
2.40
1.65 L18
H4
L17
4.90 Project Name:
2.35
3.65
2.55
COMMUNITY CENTRE
D10 Sheet Name:
2.35
3.65
2.80
Sheet Number:
Drawing Scale:
A101
10.50
V3
First Floor
Student ID:
1:50
Issue Date:
14.12.2020
Student Name: Viola Melad
27 Division: Urban Design
Class: Fourth Year - 2020-2021
0.30
H2
13.30
7.50
7.25
19.25 0.30
H3
2.40 3.95
6.00 2.40
3.60
H4 2.40
16.25 2.40
2.40
2.40
2.40
10.50
2.40
2.40
L2 L4 1.80
2.40
2.40
2.30
2.55
1.80
L1
L3
19.10
H5
19.85 9.00
V1
V2
2.25
H2 Notes
H3
L12
L11
H4
L10
L6
2.50
L8
2.40
Project Name:
0.65
L9
COMMUNITY CENTRE
L5
L7
H5
Sheet Name: Sheet Number:
Drawing Scale:
A101
10.50
Student ID:
1:50
14.12.2020 Viola Melad
27
V3
Issue Date:
Student Name:
Division: Urban Design
Class: Fourth Year - 2020-2021
V1
V2
9.00
H1
6.00 9.60
H2
7.05
7.50
24.25 5.20 H3
4.80
9.60
6.00
6.40 H4
4.80 1.05
1.85
9.60 2.40
3.65
D10
10.50 1.30
D10
3.65
2.40
3.65
V219.75
V1 9.00
V3
10.50
H1 Notes
0.60
H2
7.00
24.25 5.20 H3
4.90
H4
Project Name:
COMMUNITY CENTRE
4.90
HVAC
Sheet Name:
D10 2.35
3.65
Sheet Number:
A101
2.80
V3 10.50
Drawing Scale:
First Floor
Student ID:
1:50
Issue Date:
14.12.2020
Student Name: Viola Melad
27 Division: Urban Design
Class: Fourth Year - 2020-2021
0.30
H2
13.30
7.50
7.25
19.25 0.30
H3
2.40 3.95
6.00 2.40
3.60
H4 2.40
16.25 2.40
2.40
2.40
2.40
2.40
2.40
10.50
1.80
2.40 2.95
2.40 2.40
2.30 2.40
2.55 2.40
2.40
1.80
19.10 H5
19.85 9.00
V1
V2
H2 Notes
H3
H4
2.25
2.50
2.40
0.65
Project Name:
1.95
COMMUNITY CENTRE
H5 HVAC
Sheet Name: Sheet Number:
10.50
V3
Ground Floor
Drawing Scale:
A101 Student ID:
1:50
Issue Date:
14.12.2020
Student Name: Viola Melad
27 Division: Urban Design
Class: Fourth Year - 2020-2021
V1
V2
9.00
H1
4.60
4.10
4.60
4.10
6.00
H2
7.50
24.25
H3
6.00
H4
4.80 1.05 10.50
3.65
4.60
2.40
D10 1.30
D10
3.65
2.40 9.00
V1
9.60 4.10
3.65 19.75
V2
2.35
V3
10.50
H1
4.90
Notes SYMBOLS
DESCRIPTION conceled sprinkler TFP 184'' Wireless sensor & alarm Jokey Pump Zone control valve for the first floor Main sensors' control unit
H2
Main control valve
4.90
24.25
H3
H4
Project Name:
4.90
4.90
D10
3.65
COMMUNITY CENTRE
Fire Fighting
Sheet Name: Sheet Number:
2.80
Drawing Scale:
A101
10.50
Student ID:
V3
1:50
Issue Date:
14.12.2020
Student Name: Viola Melad
27 Division: Urban Design
Class: Fourth Year - 2020-2021
H2
13.30
7.50
19.25 2.90
4.60
4.10
4.60
4.10 19.10
H3
6.00
H4
16.25
10.50
H5
19.85 9.00
V1
V2
H2 Notes SYMBOLS
DESCRIPTION conceled sprinkler TFP 184'' Wireless sensor & alarm Jokey Pump Zone control valve for the first floor Main sensors' control unit Main control valve