Ya s m i n A b d o u Portfolio
Abu Dhabi, UAE
CONT
+97150-6936625 Yasmin.abdou@live.com Yasmin Abdou
RESUME
DESIGN STUDIO I
Sustainable Vacation House A passionate young architectural engineer with good knowledge of computational and BIM modeling methods, an eye for design and detailing with a sustainable approach. Looking for a Junior Architect position in a reputable AE firm that will provide me with the opportunity to develop and apply my personal and professional skills.
DESIGN STUDIO II Science museum
and
Technology
DESIGN STUDIO III Innovation Hub
GRADUATION PROJECT
Minimal Const. Waste Home
URBAN DESIGN PROJECT
Al Nagfa Design Competition
BUILDING CONSTRUCTION III Aquatics Centre
INDUSTRY PROJECTS Plant Genetic Centre AL REEF Downtown
SKETCHES & ARTWORK
NTENT SOFTWARE PROFFINCY Revit Architecture Navisworks Manage
02 03 04 05 06 07 08
AutoCAD V-ray Revit Sefaira Revit
Climate Consultant Sketchup Photoshop InDesign Microsoft Office
ADDITIONAL Language Fluent in Arabic and English Travel UAE | Oman | KSA | Egypt Hobbies Paint | Cook | Garden Personal DOB: 5/2/1997 Gender: Female Nationality: Egyptian
A painter’s vacation house that offers inspiration to
paint and lounge against nature.
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D E S I G N
S T U D I O
I
S U S TA I N A B L E VAC AT I O N HOUSE R A K ,
U A E
Ground floorplan functional analysis scale 1:200
Ground floorplan scale 1:50
South east elevation scale 1:50
First floor plan functional analysis scale 1:200
First floor plan scale 1:50
East elevation scale 1:50
Construction Details
Detail 3 scale 1:10
Detail 1 scale 1:10
Detail 2 scale 1:10
Detail 3 scale 1:10
Sec a-a scale 1:50
Detail 1 scale 1:10
Pool sec b-b scale 1:50
A unique building that reflects science and technology; that delivers a dialog between science, technology, nature and people,.
02
D E S I G N
S T U D I O
I I
SCIENCE AND
T E C H N O LO G Y MUSEUM U A E U
C a m p u s ,
A b u
D h a b i
West Elevation:
Section A
GFRC perforated panels Shaded outdoor space
Structural Steel Structure System: Rigid Frame Span:18m Spacing:6m Braced Post and beam Span:6m Rigid frame Span:21.2m
Construction
A node of innovation and idea generation through integration of form, function, and systems on the highest level.
03
D E S I G N
S T U D I O
I I I
RAK I N N O VAT I O N HUB R A K ,
U A E
Views
Spaces
Function
Define
Integration Site Plan 1:500
Dynamism
Concept Development
Water Front Perspective
East Elevation 1:200
West Elevation 1:200 Yasmin Abdou
Integrated Design Studio
Advisor: Dr. Rashed Al Shaali & Eng. Gulam
A
Meeting Rm.
A
First Floor 1:200 A
A
Parking Plan 1:200
Section A-A 1:200
South Elevation/ Section 1:200
Ground Floor 1:200
Structure & Construction
Structure Plan 1:300
First Floor 1:200
A
Roof Plan 1:300
Ground Floor 1:200
A
Details 1:40
Metal Roof insulation Panels (1.8x3.0x0.5m) Thermal Insulation Filling
DPM (2 layers)
Insulating Glazing Unit (46mm) Side Flashing
SAF Aluminum Gutter System (0.32m)
Precast Hollow-core Roof Panels (1.8x6.0x0.15m)
A Precast Hollow-core Roof Panels (1.8x6.0x0.25m)
D1
D2
Metal sheet Covering (10mm) Steel Sub-Structure (0.06m) Basic Wall Dripline Basic Wall Screen (0.03m)
Louvre Window RC Wall (0.20m)
Basic Wall Screen (0.03m)
RC Beam Plaster Board (0.02m)
Plaster Paint (0.02m)
Metal Angle (10mm)
Light Steel Bracket
Basic Wall Plant Container
D3
D4
A
Mortar (0.03m) Stone Skirting (0.50m) Interlock (0.60m)
Marble Tiles (0.30x0.30x0.03m) RC slab on grade (0.20m) DPM (2 layers)
RC Strip Footing
Section A-A 1:100
Interior Partition Drywall(0.15m)
DPM (2 layers)
RC Strip Footing
D5 D3
D4
D1
D2
D5
D 6
D6
Isometric Structure Precast Hollow-core Roof Panels (1.8x12.0x0.15 m) Precast Hollow-core Roof Panels (1.8x6.0x0.15 m) RC Shear Wall (30 cm thickness)
Cooling Layout
RC Beam (20x40 cm)
RC Column (20x40 cm) RC Flat Slab (25 cm thickness)
Light RC Slab on grade (20 cm thickness) •
Type: Package Air Conditioning Unit
•
Peak load (from Safeira): 68 Tons
•
Product: 3x Package Unit AC (13-30 tons)
•
Package dimension: 2.26x1.44x1.16 m
Solara Standard-M Panels
First Floor
•
Type: polycrystalline
•
Efficiency: 14%
Basic Wall
•
Array Azimuth: 225 degrees (SW)
Modular
•
Tilt Degree: 6 degrees
vine screen
•
Dimensions: 65x46x0.3 cm
•
Area covered: 200m2
•
Energy Produced:
•
Num. of Panels: 65 panels
•
Energy Produced per panel: 975 kWh
Ground Floor
Section A-A
Passive strategies: 1 Natural ventilation 2 Parking shading and ventilation
5 1
3 Shading devices 4 High Thermal Mass Wall 5
2
Green Wall 4 3
Green Screen
•
Type: Gsky
oo
Isometric plans
North Elevation 1:200
Interior Shots
Side Views
Energy Analysis Final energy Performance
45.5% Estidama Baseline
E N E RGY E F F I C I E N C Y MEA SURES
15. 6% 28.9%
112.5
158.4
187.6
206.4
9.1%
MINIMUM ESTIDAMA REQUIRMENT Action: • Green wall screen • Thick walls U-Value 0.2 • Triple Glazing U-Value 1.3
ENVELOPE
NATURAL VENITILATION
Action: • Openings in north and south facilitating NV in the months: • October-November-February-March
PHOTOVOLTIAC CELLS
Action: • 65 polycrystalline solar cell Panels facing south (975 Kw per panel)
3 Level Lighting:
Artificial Lighting : Auditorium
1) Ambient : Fixed Down Light (LED 35W)
2) Accent: Cove Light ( LED 18W)
3) Directional: Spot Light ( LED 80W)
First Floor
Ground Floor
Issues: • Mostly Underlit • Lack of Uniformity
Daylighting Analysis
1
Action: • Add Northern Skylight
3
2 Issues: • Still Mostly Underlit Action: • Add Shaded South Windows
Target Lux Level: 300 Lux
Final: • Mostly Well Lit • Better Uniformity
A minimalist, modern, and highly efficient small house prototype that optimizes a minimal waste construction research-based methodology.
04
Best Graduation Project II 2019
1st Place Winner
G R A D U A T I O N
P R O J E C T
MINIMAL
CO N S T R U C T I O N WA S T E HOME D u b a i ,
U A E
21’ Century
Climate Change
stress factors
LINER APPROACH in the construction industry in UAE
UAE ranked the highest in the world: 1.3 kg waste per capita Design
Construction
Operation
Demolition
SUMMARY The aim of the project is to develop a new approach to a minimal construction waste home in Dubai that will overcome traditional building construction methods and comply with a minimal waste construction management strategy. The project will investigate different construction solutions from reused or recycled materials that adhere to the solar decathlon competition’s construction time requirement of 9 days, by studying accelerated construction methods and developing it according to the project’s needs with the possibility of implementing recycled, reused, and reduced construction material.
CONCEPT
SOUTH ENTRANCE
Recyclable-
V.S.
CIRCULAR APPROACH
Reused materials,
Design
optimal energy
Construction
Operation
Demolition
PLAN
Minimal Waste Requirements
1.
Kitchen/ Dining Area 4.
2.
Living Area
5.
Guest Bathroom
3.
Mech Room
6.
Master Bedroom
NORTH PATIO
Reduce - Reuse - Recycle
Multi-functional Room
GREEN WALL
BUILDING METHODOLGY
MATERIAL SELECTION
70-100% Recycled Content
LEED Low-emitting Materials LEED energy performance LEED Thermal comfort-design
ENERGY OPTIMIZATION
MODULAR DESIGN
RECYCLABILITY
Containe r Floor
Steel Beam Concrete Footing
ACCELERATED CONSTRUCTION
RESULTS WASTE VERIFICATION 8t 8,901 DHS
4t 4,231 DHS
50% WASTE REDUCTION
212,140 AED COST
9 DAYS CONSTR. TIME
Al Ain’s adventure nature meets a modern hillside community
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Urban Design Project Al Nagfa Design Competition 2019
2nd Place Winner
A L
A I N
,
U A E
AL
NAFGA EXPERIENCE
Al
NAGFAH Experience
Al Ain’s adventure nature meets a modern hillside community
Main Road
Access Lane
A long span detailed advanced building construction project that takes national stadium aquatics center as a case study to further develop its structure system.
06
S A N T I A G O ,
C H I L E
N AT I O N A L S TA D I U M
A QAU T I C S CENTER
A 4-month training period as an intern architect at Dorsch Gruppe, working on several projects in Abu Dhabi, UAE.
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Plant Genetic Centre Abu Dhabi Tasks Include: AutoCAD working drawing and detailing • • • •
Elevation detail drawing False ceiling plan detail drawing Final annotation drawing Revit 3D modeling
Elevation detailing
Yasmin Abdou
False ceiling plan detailing
Dorsch Gruppe
AL REEF
Downtown2 Abu Dhabi
Typical floor zoning
Concept Development
Sections
West Elevation
Typical floor detail plan
North Elevation
Tasks Include: Revit architecture modeling • • • • • •
Building research Conceptual development Revit plan drawings Elevations and Section drawings Revit 3D modeling Final concept report
3D View Yasmin Abdou
Dorsch Gruppe
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S K E TC H E S & ARTWORK
Thank you for your time.