Architectural Portfolio

S A RA A L E E M , B .A r c h INTERN ARCHITECT, OAA

the sheathing and an air space to increase the performance• of theplacement, wall.orientation and shading Building Thermapan Structural Insulated Panel Systems (SIPS)

•

Envelope materials

•

Wall and roof insulation

Assembly moisture control and insulation layers ASSIGNMENT 02 BUILDING / ENVELOPE One of the key elements ENCLOSURE in the building envelope is the • use ofofstandard 6.5” structurally insulated panels (SIPs), MATERIALS & METHODS OF CONSTRUCTION Building Enclosure Case Studies • Placement of windows, doors and other openings which according to the architect, was newly used in a residential application in Canada when the house was being designed. SIPS cost effectively provides both high thermal and moisture resistance. The panels consist of a WINTER SUMMER layer of insulation sandwiched between OSB (oriented strand boards) as shown in figure 1.6B. The specified SIPS in the Cascade House were from Thermapan, known for being energy efficient, highly structurally effective and CASCADE HOUSE PAUL RAFF STUDIO easy to install.

IPLAN / Ryerson - Academic Work

SUN

RAIN OR SNOW

As part of the bridging program for foreign-trained international architects, I undertook 3 courses at Ryerson University that integrated my previous experience and enhancecd my knowledge through the following courses:

Used in combination with traditional wood frame construction as shown in the wall section 1.6D, the SIPS (highlighted SO SS LO LA RR AT HE AD in yellow) provides an additional layer of protection against the external climate while also adding a structurally IAT N IO IO N AT NS HE E sound element to the walls of the building. According to the manufacturer, the insulation in AThermapan panels is EPS TG ND O C AI N (expanded polystyrene) which is closed cell insulation. The advantages of this insulation system is not only an energy efficient and higher R-value than a traditional insulation system, but also higher density and strength while also offering a higher resistance to air or water vapor penetration as shown in figure 1.6C. The wall section and assembly below shows the typical usage of the SIPS in the building envelope system. While the electrical and other services HEATING COOLING would be integrated within the SIPs, the architect instead used the airspace behind the dry wall to pass the building service systems through the walls.

Ontario Building Code Building Inofrmation Modeling (Revit 2021) Materials & Methods - Canadian Building and Construction Principles In these courses, I had the opportunity to conduct case studies regarding building construction and principles of enclosure, advance my BIM knowledg and Revit skills and finally, learn to navigate the Ontario Building Code and leverage its requirements to generate viable and creative design solutions. This page illustrates a snapshot of the work that was completed during this 3 month program, including the final assignment which is a comprehensive and integrated building design and analysis proposed for the Ryerson Campus.

REGENT PARK AQUATIC CENTRE MJMA OSB (Oriented strandboard A2-2_CKAR785_Aleem_Sara

Consultant Address Address Phone Fax e-mail

REVIT DESIGN & MODELING - LIVE/WORK HOUSE

WALLS

FLOOR

CKAR 310 A2_Sara Aleem

1.5

4

Design Highlights

The Regent Park Aquatic Center’s architectural excellence is highlighted through feature elements such as the skylight and the vegetated roof.

EPS (Expanded polystyrene) insulation has a high and stable R-Value lue

A2-2_CKAR785_Aleem_Sara

Softwares Used: Revit, AutoCAD, Adobe InDesign & Illustrator

CONDENSATION

BUILDING ENCLOSURE COMPONENTS

ROOF

OPENINGS

Skylight The skylight that runs along the length of the building’s roof provides a sculptural quality to the form of the building while also allowing for the sunlight to filter through, enhancing the feeling of being in a pool outside while indoors.

The cedar soffit continues from outside to the interior and angles toward the skylight, creating a line of continuity but also allowing for the ceiling to be insulated under the vegetated roof. The section through the soffit that runs to the skylight is indicated below, showing the vegetated roof that rests above the plenum over the swimming pool.

Consultant Address Address Phone Fax e-mail

ASSIGNMENT 02 BUILDING ENCLOSURE / ENVELOPE A2-2_CKAR785_Aleem_Sara

1.6

Building Enclosure

Vegetated Roof Consultant Address Address Phone Fax e-mail

1.6 B

No.

3D Perspective 1

1

Under the green roof bylaw of the1.6 City C of Toronto Planning Guidelines, new institutional buildings with a gross floor area over 2000 sqm is required to have a green roof which would consist of 20% to 60% of the available roof area of a building. Taking this as a key design parameter, the architect took this as an opportunity to develop the roof of the 1 aquatic center in the form of a fifth facade that is viewed from the tall buildings around the park. A vegetated roof is a complex addition to any building roof enclosure as there are a few factors that need to be accountedPlenum for to achieve under Cedar soffit vegetated roof optimal performance:

CASCADE HOUSE PAUL RAFF STUDIO CKAR 310 A2_Sara Aleem

No.

Description

Description

Date

•

Climate, especially Cedar Wood Soffit temperature and rainfall patterns

•

Being a community center, biophilic design approach was taken in the space in order to invoke a relationship Micro-climates on the roofatop between the users and the natural environment. As stated by the firm, ‘the use of wood plays a central role in Size, slope,the height and directional orientation the roofing structure connecting sculpted exterior form with the of interior space and the surrounding landscape’ (Real Cedar, 2020).

The undulating black waterproofing zinc wraps the building and meets the Western Red Cedar wood which folds into the interiors, Type of underlying designed as a continuous element that links the primary spaces of the building. Cedar wood as a material is Drainage elements affordable, durable and sustainable and can withstand high levels of humidity within the main aquatic hall.

•

Date

• • •

3D Perspective 1

No.

1

Description

Date

CKAR 310 A2_Sara Aleem Owner Writer's Home

REGENT PARK AQUATIC CENTRE MJMA

Rendered Perspective Not to Scale

Rendering 0001

Project number

11/01/2020

Date

Owner

S.Robbins

Checked by

A002

Writer's Home

Not to Scale

Scale

Writer's Home

1

A300

3D Perspective 2

A200

A300

1

A001

A200

1

1

2 1500

3

4

1500

1500

1

A2-2_CKAR785_Aleem_Sara

5

6

1500

6000

7 1500

8 1500

9

1

1500

2 1500

3 1500

4 1500

Scale 5

6

1500

6000

7 1500

8

3000

3000

1500

DN

Bedroom 54 m²

C

Kitchen/Dining 13 m² A301

Living Room 13 m²

No.

Description

1

2

Date

No.

E

Owner

2

Owner

2 A300

Writer's Home

Checked by

1 : 50

Date

S.Aleem S.Robbins

A102 Scale

1 : 50

0001

Project number

11/01/2020

Drawn by

11/01/2020 S.Aleem

Drawn by 2020-11-01 8:57:53 PM

Date

Level 2 Plan

0001

Project number

1

Level 2

The layer of insulation above protects the roof membrane and sheathing

Writer's Home

Level 1 Plan

Level 1

Date

E

A300

1

Description

D 2245

D

A301

Checked by

1 : 50

S.Robbins

A103 Scale

1 : 50

2020-11-01 8:57:55 PM

3000

2

DW

REF.

UP

The intersection between the parapet and the roof is crucial and most prone to leakages hence the corner is required to have a maintenance path for access and inspection

W/C 5 m²

B

A200

Entrance 16 m²

3000

1500

2

C A301

Continuous sheathing that wraps around the parapet

Scale

Writing room/Library 11 m²

W/C 2 m²

B

2

A001

9 1500

A Storage 1 m²

A200

S. Robbins

Checked by

Consultant Address Address Phone Fax e-mail

A

S.Aleem

A2-2_CKAR785_Aleem_Sara

1500

CKAR 310 A2_Sara Aleem

CKAR 310 A2_Sara Aleem

Drawn by

Consultant Address Address Phone Fax e-mail

2245

2

3D Perspective 2

2020-11-01 8:57:20 PM

S. Robbins

Checked by

11/01/2020

Date

S.Aleem

Drawn by

1.6 C

0001

Project number

1

1.6 A 1.5 A

CKAR 310 A2_Sara Aleem

2020-11-01 8:57:20 PM

0001 11/01/2020

Date

Inverted Roof Membrane Assembly

3D Perspectives

3D Perspectives Project number

Following these principles, the green roof for the aquatic center is 6” thick with an inverted roof system (explained in figure 1.6C), spanning over the length of the building.

S.Aleem

Drawn by

Owner

2

8

2020-11-01 8:57:24 PM

1

1.6 D

The cedar soffit assembly is use explained in figure 1.5A and the wall section below shows how it continues and is Accessibility and intended manipulated at various levels along the facade, providing the entire building form with a sculptured quality. The

soffit is a factor tongueofand groove application, while the dynamic interior ceilings are slats with an acoustic Theexterior most important a green roof is the underlying insulation underlay. moisture barrier/waterproofing membrane. Although the green roof will retain much of the rain that falls on it, maintaining proper drainage on the roof is still very important.

WRC Specifications Parapets, edges, flashing Grade: KD, A&Btr clear WRC and roof penetrations made by skylights, systems, vents, and chimneys must be Size: 1 X 4mechanical wood slats (interior), 1 x 4 T&G exterior soffits Stainless nails skirt and sometimes a weeping wellFastening: protected withsteel a gravel Applied Sansin Stain – Light Cedar drain pipe.Finish: If the drainage layer is too thin or if the routes to the roof drains become blocked, leakage of the membrane may occur, due to continuous contact with water or wet medium (GreenSpec, 2020). Typical layers involved in vegetated roof are illustrated in the figures 1.6A and 1.6B.

Engineered soil & plants Filter fabric Reservoir layer Moisture-retention layer Thermal insulation Drainage layer Membrane protection Green roof waterproofing membrane Roof structure

7

1.6 B

8

5.4

DRAWINGS & VISUALISATION

Another major advantage of using Revit is the development of drawings that occurs simultaneously as the project design develops from schematic to detailed (shown in Figure 5.4A). The integration of all the BIM data in terms of building components makes it possible to create accurate drawings at any point of time. Both technical and conceptual drawings can be extracted to explain the project as well as the design thinking process.

RYERSON SCHOOL OF MANAGEMENT Analysis, Research & Schematic Design Proposal PROJECT OVERVIEW Project Overview PROJECT OVERVIEW AREAS AREAS

FLOORS FLOORS

FACADE : GLASS FACADE TO SOLID: GLASS TO SOLID RATIO RATIO

3P+6+ROOF 3P+6+ROOF

BUILDING AREA RATIO= 55% AREA: NET TO GROSS

1006 m2 1006 m2

GROSS FLOOR AREA GROSS FLOOR AREA

27.5 m

Above

Above

Grade

Grade

NET FLOOR AREA

4000 m

2

5723 m2

27.5 m

3134 m2

FLOOR TO FLOOR FLOOR TO FLOOR HEIGHT HEIGHT

SITE CONTEXT & ANALYSIS OFFICES

WASHROOMS

1%

LOUNGE + CAFE

15%

4.5 m

4.5 m

PROJECT BRIEF: Parkings

4.5 m

4.5 m

4.5 m

4.5 m

4.5 m

4.5 m

33%

ROOM 150 SPACES TYPES

TEACHING + RESEARCH

51%

3

37 - 63

37 - 63

BUILDING AREA

SITE OVERVIEW SITE ANALYSIS

P5.4

4.5 m 5m 3m

4.5 m 5m 3m

PARKINGS

15 m /CAR

PARKINGS

2

PROJECT BRIEF: Building Height

7 STOREYS

P

15 m2/CAR

PROJECT BRIEF: Sustainability

30 SPACES

P

LEED 29 SPACES

DRAWINGS & VISUALISATION 3m

2.8 m 2.8 m

2 ACCESSIBLE SPACES 2 ACCESSIBLE SPACES

3m

Figure 5.4A - Schematic Plan & Section Drawings

7

COMPREHENSIVE AND INTEGRATED BUILDING DESIGN & ANALYSIS

Another major advantage of using Revit is the development of drawings that occurs simultaneously AMENDED BRIEF: ENHANCED BRIEF: Building Height as the project design develops from Sustainability schematic to detailed (shown in Figure 5.4A). The integration of 6 STOREYS LEED SILVER 30 BIKE SPACES all the BIM data in terms of building components makes it possible to create accurate drawings at any + 30% GREEN ROOF point of time. Both technical and conceptual drawings can be extracted to explain the project as well as the design thinking process. +

AMENDED BRIEF: Car Parking + Bicycle Storage

31 CAR SPACES

P

4

12 LONG-TERM 18 SHORT-TERM

Section

Representation of drawings can be manipulated to visualise all stages of the project - from schematic representation all the way through to working drawings with accurate measurements indicated. The application of view templates makes it easier to adjust drawings in all aspects such as scale, colour schemes, shadows, materials, finishes and more.

These graphical templates can also be applied to 3D views such as renders and massings (Figure

Floor/Wall/Roof 5.4B) to highlight Assembly or enhance any key features of a project.

7

Level 1 Plan

Level 2 Plan

5.2

INTEGRATED PROJECT DELIVERY

In order to facilitate ease of access between various components, the model is subdivided into various worksets that work as layers within the model as shown in Figure 5.2A. The combination of the elements in the worksets combine for the final integrated model.

SPATIAL SEPARATION & EXPOSURE PROTECTION

OBC COMPLIANCE

The workset divisions that the project utilises is outlined and below: 1.

7. Shared Views, Levels & Grids

3. Interior Walls - Partitions

Group A, Division 2

Subsidiary Occupancy

D - Offices

Building Area

1006 m2

Building Height

6 Storeys

Storeys Below Ground

3

Horizontal FireNo. Separations Facing of Streets

2

Assemblies FRR Figure 5.4B - 3D Building Assemblies, Schematic Massing &Separation Design Development

Revit Workset Layering

Floor Assemblies

Level 3 Plan Levelcan 4 Plan Representation of drawings be manipulated to visualise all stages of the project - from schematic

Yes

Load Bearing Walls, BUILDING DESIGN STUDY - MANAGEMENT SCHOOL BUILDING Columns

1h

45 min CLASSIFICATION

The building is classified under Article 3.2.2.24.

Roof Assembly representation all the way through to working drawings with accurate measurements indicated. The Storeys Below Ground Yes application of view templates makes it easier to adjust drawings in all aspects such as scale, colour Group A,2h Division 2 FIRE SEPARATIONS & FIRE RESISTANCE RATINGS Upto 6 Storeys schemes, shadows, materials, finishes and more.

These graphical templates can also be applied to 3D views such as renders and massings (Figure 5.4B) to highlight or enhance any key features of a project.

Article 3.2.2.24

Vertical Fire Separations

Horizontal Fire Separations Fire Separation

Assemblies Floor Assemblies

Yes

Load Bearing Walls,

-

Columns Roof Assembly

-

Storeys Below Ground

Yes

FRR 1h 45 min

EXITS

-

Any Area

Elevator Hoistway

Level 6 Plan

9

Exit Above Ground

Yes

1h

Exit Below Ground

Yes

2h

Corridors

-

-

Fire Separation FRR

10

1h Access Corridor Width 45 min

Exit Above Ground

Yes

Corridor width 1h based on calculation = 1025mm but

Exit Below Ground

Yes

2h as 1600mm.

Floor Assemblies

Yes

Load Bearing Walls,

-

45 min

OCCUPANT LOAD

Roof Assembly

-

Storeys Below Ground

Yes

Calculated Individually for all floors.

• Teaching Spaces - 1.85m2/person

Assemblies

Yes

• Cafe - 1.1m2/person • Research Theatre - fixed occupant load = 120 • Social Group space - fixed occupant load = 150 • Teaching Spaces - 1.85m2/person

min • 4th 45 Floor has the most occupant load - 335 people 1h Occupant Load of the Building - 1037 people • Total

Yes Yes

2h

-

-

(Occupant load of storeys 2 to 7) (1.8 x no. of exits x exit width) (779) (1.8 x 2 x 1.1)

= 197

Not required as it’s a single tenure building.

(779) (1.8 x 2 x 1.1)

Hence, not a high building

= 197

10

Hence, not a high building

REQUIREMENTS

12

INTERCONNECTED FLOORS & OPENINGS THROUGH FLOORS

INTERCONNECTED FLOORS & OPENINGS THROUGH FLOORS Lightwell

• space Calculated individually for each floor using the occupant loads of the floor. occupancies and the is sprinklered.

Interconnected Floors • Occupant load is divided equally between males and females.

The2 can skylight is of Noncombustible Construction.

• Level 1 and•Level be interconnected as the occupancies are A2 • Non-residential college - 1 WC for every 100 males, 1 WC for every 75 females. occupancies and the space is sprinklered.

-

• Two-Thirds of Male Water closets substituted by urinals.

12

The 3rdare floor is takenas ashalf a vertical surface and Closets. maximum of 10m2 area.

• Lavatories calculated of the number of Water

• Floor opening on the 6th floor as part of the lightwell.

• Level 2 and Level 3 can be connected by a floor opening of a

maximum of 10m2 area. The 3rd floor is taken as a vertical surface and

the 6.8m2 floor opening acts as an entrance to the 3rd floor.

Male Washroom

the 6.8m2 floor opening acts as an entrance to the 3rd floor.

• The walls on the 6th floor bordering the opening act as fire

Female Washroom

Universal

• The walls of the 3rd floor adjacent to the opening are fire separationsWash Rm Storey WC Barrier free Urinal Lavatory sprinkler protected glazed wall assemblies.

• The travel distance through the lobby is <15m.

• The walls of the lobby are fire separations with an FRR of 1h.

-

1

2

2

3

1

2

2

-

1

1

1

1

1

1

3

1

-

1

1

2

-

1

4

-

1

1

1

2

1

2

5

1

-

2

2

3

-

2

6

-

1

1

1 2

1 4

1 8

8

with anopening FRR ofare1h.

• The walls of theseparations 3rd floor adjacent to the fire separationssprinkler protected glazed wall assemblies.

WC Barrier free Lavatory WC

1

TOTAL

12

• These walls are sprinkler protected glazed wall assemblies.

1 1

1 4

9

2

19

14

19 3/4/5 Interior Walls,

6. Surrounding site Doors & Furniture & Landscaping 3/4/5 Interior Walls, 6. Surrounding site Doors & FurnitureFigure 5.1A& -Landscaping Workset Layering

1st floor washroom 13

14

1344mm based on calculations.

BUILDING DESIGN STUDY - MANAGEMENT SCHOOL BUILDING DESIGN STUDY - MANAGEMENT SCHOOL

• 4th Floor has the most occupant load - 335 people

Check for High Building

considering Barrier-Free design, the corridor width is taken

Width of Exits

• Support/Storage- 46m2/person

197 < 300

Access Corridor Width

2. Exterior as Walls 1600mm. & Envelope 2. Exterior Envelope

• Office- 9.3m2/person

• Total Occupant Load of the Building - 1037 people

Corridor width based on calculation = 1025mm but

1. Structure - Columns, Slab & Core 1. Structure - Columns, Slab & Core

OCCUPANT LOAD Calculated Individually for all floors.

11

2 • OfficeFire Separation FRR 9.3m /person • Support/Storage- 46m2/person Yes 1h

• Level 2 and Level 3 can be connected by a floor opening of a

Distance between the 2 Exits

BUILDING DESIGN STUDY - MANAGEMENT SCHOOL

• Social Group space - fixed occupant load = 150

Vertical Fire Separations

• Level 1 and Level 2 can be interconnected as the occupancies are A2

• One of the exits is through a lobby.

More than half of the diagonal of the Building.

11

11

• Research Theatre - fixed occupant load = 120

WC

Figure 5.4B - 3D Building Assemblies, Schematic Massing & Design Development

19

2h • Cafe - 1.1m2/person

INTERCONNECTED FLOORS & OPENINGS THROUGH FLOORS 197 < 300

Not required as it’s a single tenure Exitbuilding. through Lobby

10

• Construction and cladding is noncombustible.

FRR 1h

Columns

Interconnected Floors PLUMBING

Fire Separations between Occupancies

2 Exit Stairs Provided.

• Minimum FRR of 45min determined for South and East Walls.

Fire Separations between Occupancies (1.8 x no. of exits x exit width)

considering Barrier-Free design, the corridor width is taken

-

• Compartmentalized by floor assemblies of 1h FRR. Resulted in a lower Exposing Building Face and thus a higher permitted UPO%.

(Occupant load of storeys 2 to 7)

Fire Separations between Occupancies

1344mm based on calculations.

Number of Exits

• Construction and cladding is noncombustible.

Check for High Building

Width of Exits

EXITS

SPATIAL SEPARATION & EXPOSURE PROTECTION • Lanes on the South and East face.

Fire Separation

Elevator Hoistway

Vertical Service Space Yes

Corridors

• Construction and cladding noncombustible.

• Minimum FRR of 45minisdetermined for South and East Walls.

• Streets on the North and West face.

Vertical Service Space Fire Separation FRR Noncombustible Construction Exit Above Ground Yes 1h Exit Below Ground Vertical Service Space Yes 45 min Corridors Assemblies

More than half of the diagonal of the Building.

Yes

FIRE SEPARATIONS & FIRE RESISTANCE RATINGS

Elevator Hoistway

Vertical Fire Separations Distance between the 2Not Exits required as it’s a single tenure building.

Level 5 Plan

• Minimum FRR of 45min determined for South of and East Resulted Walls. in a lower Exposing Building Face and thus a higher permitted UPO%.

• Compartmentalized by floor assemblies 1h FRR.

Sprinklered

Number of Exits 2h 2 Exit Stairs Provided.

Assemblies

• Streets on the North and West face.

Assemblies

Fire

4. Doors & Windows Figure 5.4A - Schematic Plan & Section Drawings

• Lanes on the South and East face.

• Compartmentalized by floor • Lanes on the South andassemblies East face. of 1h FRR. Resulted in a lower Exposing Building Face and thus a higher permitted UPO%.

FIRE SEPARATIONS & FIRE RESISTANCE RATINGS Horizontal Fire Separations

6. Surrounding Site & Landscape

2. Exterior Walls - Envelope

Major Occupancy

• Streets on the North and West face.

F3 - Parking/ Store

5. Interior Layouts - Furniture

Structure - Slabs and Columns

SPATIAL SEPARATION & EXPOSURE PROTECTION

OVERVIEW

17

17

3rd floor washroom 15

GRAND BLEU TOWERS Building Type: Residential (1B + G + 7P + 50) Area: 64,000 sqm Client: Emaar Development in collaboration with Elie Saab Located in Emaar Beachfront Dubai, the Grand Bleu towers is a bespoke collaboration between the Middle East developer Emaar and internationally renowned fashion design Elie Saab.

The project combines luxurious design philosophies with architecture that is functional and articulate; through its form, materials, facade elements and spatial planning.

My role within the design team drove the facade optimization strategies to create an envelop that was scripted to integrate innovation and feasibility of construction. In co-ordination with the facade sub-consultants, we provided a rationalized design of the entire tower facade that was modularized for repetition without compromising the aesthetics.

• • • •

Was responsible for the design, production and delivery of the architectural drawing packages of the facade and envelope of the towers Co-ordinated design deliverables with external facade consultants to optimize the variable facade features and make it modular for budget aligned constructibility Used tools such as Rhino and Grasshopper to create parametric design solutions for the balcony and facade variations Worked closely with the principle architect to prepare concept and schematic design presentations, reviews as well as project reports in accordance with the client’s design vision and project scope

SECTION A-A

Software Used: Revit, Rhino, Grasshopper, Adobe CS

TOWER 2 B+G+7P+26+R

TOWER 1 B+G+7P+45+R

FACADE / FASHION

ENEVELOPE OPTIMISATION GRASSHOPPER SCRIPT BALCONY FASCIA | FOLDS

SOFFIT DETAIL | PLEATS

HANDRAIL DETAIL | ACCENTS

3

3

2F

2E

2D

2B

2A

1A

1

3

3

3

2F

2E

22D 075 2075 2075 22C 075 2075 2B

2A

1A

1

3

2F

2E

2D

2C

2B

2A

1A

1

2B

2A

1A

1

2A

1A

1

2A

1A

1

MODULE 2A

MODULE 1A

MODULE 1

5G

1.8m

LPG

8.4m

0

0

BALCONY

0

TA

0

Author:

1 : 150 : 150

T1

T1

T2

T2

BALCONY BALCONY

BALCONY

T3

BALCONY

Rev

MASTER BEDROOM

BALCONY

MASTER BEDROOM

DINING

LIVING ROOM

LAUNDRY

PH

LAUNDRY

BATHROOM

TD

PH

BATHROOM LAUNDRY LAUNDRY

CORRIDOR

SP

SECONDARY SECONDARY BEDROOM BATHROOM

MASTER BEDROOM

RIDOR

TC

MASTER BEDROOM CORRIDOR

TC

DINING & KITCHEN LIVING ROOM

LIVING ROOM

BALCONY

PL-4

PL-1

LAUNDRY

5183272- ATK- TW DR- A- 1109 Sheet Model:

ELEC

ENTRANCE

SE

E

BALCONY

MASTER BEDROOM

CHW

TB

WIC

BALCONY

LPG

PH

MASTER BATHROOM

ENTRANCE

ENTRANCE

LAUNDRY

POWDER

CORRIDOR SECONDARY BATHROOM

BALCONY

DINING LIVING ROOM

KITCHEN

TA

FILENAME:

BALCONY

POWDER

DINING

LPG

5 1109

BALCONY

MASTER BATHROOM

MASTER BEDROOM

TA

BALCONY

1 1109

1 : 150

Author:

BALCONY

LIVING ROOM

KITCHEN

TB

Project Title

BALCONY

SE

TD

BALCONY

MASTER BEDROOM

TD

TIER 1 355

355

355

355 355

5

4C

4F

4G

4D

4E

4F

4G

4D

4E

4F

4G

PH

PH

MARSA DUBAI,UAE

TE

T1

TE

T2

Date

Description

T2

ANI

BALCONY BALCONY

BALCONY

Client

BALCONY

T1

T3

ATA

Chk'd. App'd.

BALCONY BALCONY

BALCONY

TE

T2

BALCONY

T3

BALCONY

BALCONY

T3 T3 T2

T2

T1

T1

T1

T2

GENERAL NOTES:

As indicated Original Size

2

A1

Drawn

1109

LAZ Date

16 MAY 19

NOC Date

BALCONY

CHW

POWDER

KITCHEN

DINING

MASTER BEDROOM

BALCONY

TC

SE

SE

OA/EA LPG

OA/EA LPG

PH

PH

ENTRANCE

ENTRANCE

BALCONY

16 MAY 19

TA 1 1109

1501 : 150

T1

T1

T2

BALCONY

LIVING ROOM

DINING LIVING ROOM

DINING

MASTER BEDROOM

WM

TD

BATHROOM

PH

4H

4I

3

3

3

3

4G

3

3

3

195 00 1919 0000 1900 1900 4A 4B

4C

4D

4E

4F

167 167 5167 5 54I 1675 3 4G16754H

3

3

4C

4D

4E

4F

4G

4H

3

4C

4D

4E

4F

4G

4H

5

5

4A

4A

4B

4B

4H

4I

4I

4I

820

3

3

3

3

3

1675 167 167 5167 5 5 1675

MODULE MODULE MODULE MODULE MODULE MODULE MODULE MODULE MODULE MODULE MODULE MODULE 5A 5 5 4A 4B 4C 4D 4E 4F 4G 4H 4I

355

3

4F

Component 5 (Variable length) Constant - 27.1 m

1 meter depth fascia

355

3

Fascia depth from 1 meter to 0.35

1675 167 167 5167 5 5 1675

3

MODULE 3 3

10.2 m Length 0.35 meter depth

950

950

950 950

Balcony

950

950

950 950

950

1675 167 167 5167 5 5 1675

820

1900 1919 0000 1900 1900 355

950

0.95 m

820

820

1675 167 167 5167 5 5 1675

820 820

Varies from 0.95 m to 0.355 m

820

355

355

355 355

355

355

1900 1919 0000 1900 1900

Soffit

Section Profile at Component 3

Section Profile at Component 2

Section Profile at Component 1

Balustrade

WM

TB

BALCONY

BALCONY

CHW LPG

LPG

TB

OA/EA LPG

104.61 m² TOWER 1

Scale

LIVING ROOM

Designed

As indicated Original Size

LAZBALCONY Date

16 MAY 19

DINING

Checked

Balcony

NOC

Date

BALCONY

16 MAY 19

ANI Date

T3

T1

BALCONY

16 MAY 19

ATA

BALCONY

PH

LEGEND

ENTRANCE

POWDER

BALCONY

MASTER BEDROOM

SECONDARY BEDROOM

1500

SECONDARY BATHROOM DINING

2 BED - TYPE 1A LIVING ROOM

STAIR POWDER

TA

BALCONY

BALCONY

T3

A

Rev

Client

BALCONY

T1

T2

16 MAY 19 CONCEPT DESIGN SUBMISSION

Date

ANI

Description

By

FOR T5 APPROVAL

LAZ

ATA

Chk'd. App'd.

T3

T6 BALCONY

BALCONY

B

TE

DINING

TA

CHW

LIVING ROOM

DINING

MASTER BEDROOM

4

STAIR PRESSURIZATION RISER

SMOKE MAKE-UP VENTILATION 1109 RISER

SMOKE EXTRACT VENTILATION RISER GARBAGE RISER GARBAGE CHUTE OUTSIDE AIR VENTILATION RISER

EA FHC

EXTRACT AIR VENTILATION RISER FIRE HOSE CABINET

LPG RW

LPG RISER

PLUMBING RISER

TOWER (T2) PODIUM (PO)

TOWER (T1)

BOULEVARD

CHW

ENTRANCE

Section Profile at Component 3

LPG

LAUNDRY ENTRANCE CORRIDOR POWDER

DINING&KITCHEN

SECONDARY

BATHROOM ATK Engineering Consultants PH Khalid Bin Al-Walid Road PO Box 6975, Dubai, UAE Tel: +971 4 4055999 LPG Fax: +971 4 4059301 KITCHEN DINING Email info@atk.ae © ATK Limited

E N G I N E ELIVING R I ROOM N G C O N S U L T A N T S

LIVING ROOM

Design Consultant

WS Atkins & Partners Overseas KHALID BIN AL-WALID ROAD PO BOX 5620, DUBAI UNITED ARAB EMIRATES © Atkins Limited

TELEPHONE +971 4405 9300 FAX +971 4405 9301 EMAIL office.dubai@atkinsglobal.com

BALCONY

BALCONY

Sub Consultant

LEVEL 32 - PART PLAN 1 : 150

RAIN WATER PIPE RISER DIESEL EXTRACT RISER

PH

PL-4

PH

A

CHILLED WATER RISER

GR GC OA

DE

ATA

ATA SE

Profile at Component ELEC 4

EMAAR

Project Title

1. AREAS SHOWN ARE USABLE AREAS. SALEABLE AREAS TO BE UPDATED AS PER AREA SURVEYOR MEASUREMENT & CALCULATION 2. FOR APARTMENT UNIT LAYOUT, PARTITION SETTING

Rev

GRAND BLEU TOWER MARSA DUBAI,UAE

Drawing Title

Client

TOWER 1

TYPICAL FLOOR PLAN - 4 (28TH TO 35TH LEVEL) (8 FLOORS) Scale

Designed

Drawn

Checked

16 MAY 19 CONCEPT DESIGN SUBMISSION

Date

Drawing Status

Parcel ID - SH1.Z02.B07

NOTE:

MASTER BEDROOM

QUIBLA DIRECTION

CORRIDOR

AIR CONDITIONED SERVICE ROOMS/CORRIDORS & RETAIL ADJOINING NO CONDITIONED SPACES 200mm THICK NORMAL WEIGHT THERMALLY INSULATED SOLID BLOCK.

SE

LAZ LAZ

Chk'd. App'd.

MASTER BEDROOM

SECONDARY BEDROOM

WALL TYPE AROUND SHAFT CUT OUTS IN TOWER 150mm THICK NORMAL WEIGHT CONCRETE HOLLOW BLOCK.

SP SM

NORTH DIRECTION

BEACH

Design Management

BALCONY

REST OF THE WALL IN PODIUM AND BASEMENT 200mm THICK NORMAL WEIGHT CONCRETE SOLID BLOCK.

3002

LIVING ROOM

FFL (X) +125.700 m +129.200 m +132.700 m +136.200 m +139.700 m +143.200 m +146.700 m +150.200 m

LEGEND:

By

WIC

Consultant

BALCONY

TBP ANI

Description

OA/EA FOR APPROVAL Section LPG

BALCONY

APARTMENT DEMISING WALL & CORRIDOR WALLS 200mm THICK NORMAL WEIGHT CONCRETE HOLLOW BLOCK. LIVING ROOM

BALCONY BALCONY

1 : 150

Drawing Status

T4

TE MASTER BEDROOM

LEVEL LEVEL 28 - T1 LEVEL 29 - T1 LEVEL 30 - T1 LEVEL 31 - T1 LEVEL 32 - T1 LEVEL 33 - T1 LEVEL 34 - T1 LEVEL 35 - T1

BLOCK WORK TYPES:

LEVEL 31 - PART PLAN

3 1109

Date

KEY PLAN

CORRIDOR

ENTRANCE

MASTER BATHROOM

ALL RAIN WATER SHAFT IN FACADE 100mm GYPSUM BOARD DRY WALL 2HR.FIRE RATED.

16 MAY 19

Facade

WM LAUNDRY

DINING & KITCHEN

08 AUG 19 SCHEMATIC DESIGN SUBMISSION 16 MAY 19 CONCEPT DESIGN SUBMISSION

Client

PH

KITCHEN

DINING LIVING ROOM

P-LIFT SERVICES

LPG

111.82 m²

F-LIFT

DINING&KITCHEN

CORRIDOR

SECONDARY BATHROOM WIC

MASTER BEDROOM

TB

3 BEDROOM CIRCULATION

LPG

LAUNDRY

CORRIDOR

KITCHEN

2 BEDROOM

CHW

ENTRANCE

LPG

SECONDARY CORRIDOR BEDROOM

Rev

Drawing Status

LEVEL SCHEDULE (T1) 28th-35th FLOOR

1 BEDROOM

PH

WIC

B A

PL-4

Section Profile at Component 5 ELEC

WIC

POWDER

BALCONYBALCONY

Date

T3 BALCONY

SE

MASTER LAUNDRY

POWDER

ENTRANCE

Soffit

PL-1

MASTER BATHROOM

CORRIDOR

TC

3001

ALL INTERNAL APARTMENT WALLS 100/150mm THICK GYPSUM BOARD DRY WALL.

T2

T2

BALCONY

LIVING ROOM

MASTER BATHROOM

3. ALL DIMENSIONS ARE IN MILLIMETRES AND LEVELS IN METRES UNLESS NOTED OTHERWISE. ALL DIMENSIONS TO BE VERIFIED ON SITE & APPROVED BY THE ENGINEER. 4. THIS DRAWING SHOULD BE READ IN CONJUNCTION WITH OTHER RELEVANT ARCHITECTURAL, STRUCTURAL, MECHANICAL, ELECTRICAL AND CIVIL DRAWINGS AND ALL RELEVANT SECTIONS OF THE SPECIFICATIONS.

SP WASHING

MASTER BEDROOM

A

CORRIDOR

OA/EA LPG

BOULEVARDBEDROOM LAUNDRY

MASTER BATHROOM

PH

MASTER BATHROOM

SECONDARY BATHROOM

LIVING ROOM

BALCONY 1500

TOWER MASTER (T1) BEDROOM

CORRIDOR

CORRIDOR IRONING

KITCHEN

LIVING ROOM

PODIUM BALCONY(PO)

ST-01

CORRIDOR

BOULEVARD

PH

ENTRANCE

66.59 m² DINING & KITCHEN

MASTER BATHROOM

FHC

SECONDARY BEDROOM LIVING ROOM

Authorised

LEVEL 32 - PART Revision 4 LEVEL 30 - PART PLANPLAN 2Drawing Number 11109 : 150 1 : 150 5183272-ATK-TW-DR-A-1109 B

1109

NORTH DIRECTION

ENTRANCE

PH

Component Component Component Component Component 5 55 5 5

BALCONY

LAUNDRY

QUIBLA DINING DIRECTION &

POWDER

4

TOWER (T1)

LAUNDRY

1

WM

CORRIDOR

5

PL-1

MASTER BATHROOM

Varies from Component Component Component Component 4 44 4 4 0.95 m toComponent 0.355 m

2. DO NOT SCALE FROM THE DRAWINGS. ENTRANCE

6

SECONDARY BEDROOM

BALCONY

MASTER BEDROOM IRONING

LPG

KITCHEN

LIVING ROOM

PH

KITCHEN

SECONDARY BEDROOM

PODIUM (PO)

SP

SECONDARY BEDROOM

BEACH

LPG

TOWER (T2)

DINING&KITCHENSECONDARY BATHROOM

PH

LPG 107.93 m²

KITCHENDINING

DINING LIVING ROOM KITCHEN

Drawn

F .LOBBY

TB LPG

LPG

TD

BATHROOM

Component Component Component Component Component 3 33 3 3

1. THIS DRAWING IS THE COPYRIGHT OF ATK ENGINEERING CONSULTANTS (DUBAI) AND MUST NOT BE RETAINED, COPIED OR USED WITHOUT THE ABOVE CONSULTANT'S AUTHORITY.

QUIBLA DIRECTION

2

TOWER (T2)

3

WASHING

WASHING

CHW

ENTRANCE PH

POWDER

CORRIDOR

PH

LPG

PH

PL/SL/FL-6

ELEC

CHW LPG

2 BED - TYPE 2A

LPG

LIVING ROOM

LIVING ROOM

ELECSP

DINING&KITCHEN POWDER

SECONDARY BATHROOM

PH

PL-4

PL-5

LAUNDRY

CORRIDOR

CORRIDOR

2 BED - TYPESECONDARY 3B SECONDARY BATHROOM BATHROOM

BALCONY

TYPICAL FLOOR PLAN - 4 BALCONY PART PLANS

KEY PLAN

TC

LAUNDRY

BALCONY

SM

LAUNDRY ENTRANCE

DINING&KITCHEN POWDER

POWDER

MARSA DUBAI,UAE

BALCONY

PL-3

PH

ENTRANCE

LAUNDRY

ENTRANCE

CORRIDOR

Parcel ID - SH1.Z02.B07 2900

TA

ENTRANCE

LAUNDRY

Drawing Title BALCONY

MASTER BATHROOM

MASTER BEDROOM

CORRIDOR SECONDARY BEDROOM

CORRIDOR SECONDARY BEDROOM

SE

LIVING ROOM

PL-4

PH

IRONING

SECONDARY BATHROOM

1 BED - TYPE 1A

SE

ELEC

ENTRANCE

POWDER

PL-4

WIC

GRAND BLEU TOWER SECONDARY BEDROOM

TA

WIC

GR

OA/EA LPG

SE

PH

MASTER BATHROOM

MASTER BATHROOM WIC

MASTER BEDROOM

MASTER BEDROOM

Project Title

DINING&KITCHEN

BALCONY

LOBBY CORRIDOR

POWDER

LAUNDRY

SECONDARY BEDROOM

GENERAL NOTES:

NORTHMASTER DIRECTION BATHROOM

LPG

BEACH

BALCONY

ENTRANCE

FACADE PANELISATION STUDY

CORRIDOR

LAUNDRY

MASTER BATHROOM

BALCONY 1500

4.ICTTHIS DRAWING SHOULD BE READ IN CONJUNCTION WITH OTHER OA/EA RELEVANT ARCHITECTURAL, STRUCTURAL, SECONDARY BEDROOM MECHANICAL, ELECTRICAL AND CIVIL DRAWINGS AND ALL DE RWP LPGSECTIONS RELEVANT OF THE SPECIFICATIONS.

WM

LAUNDRYCORRIDOR

139.43 m²

MASTER BATHROOM

MASTER BEDROOM

WIC

CORRIDOR

SP

PL-1

Varies from Component Component Component Component 2 22 2 2 0.95Component m to 0.355 KEY PLAN m

WIC

LPG 3. ALL LPGDIMENSIONS ARE IN MILLIMETRES AND LEVELS IN METRES UNLESS NOTED OTHERWISE. ALL DIMENSIONS TO BE VERIFIED SECONDARY BATHROOM ON SITE & APPROVED PH

BY THE ENGINEER. CORRIDOR PH

SP

PL-2

SECONDARY BEDROOM

ENTRANCE

LAUNDRY

GARB. RM

SE

PH

ELEC

T1 BALCONY BALCONY

CORRIDOR LAUNDRY

OA/EA

A1

T2 T3

BALCONY

TE

MASTER BEDROOM

PH

SM

BALCONY

2900

LEVEL - PART PLAN 3LEVEL 29 - 31 PART PLAN

1109 1:

BALCONY

TE

TA

BALCONY

BALCONY

BALCONY

MASTER BEDROOM

CORRIDOR

KITCHEN LIVING ROOM

TA

ATA

BALCONYDate

MASTER BEDROOM

BALCONY

DINING&KITCHEN

KITCHEN DINING

DINING LIVING ROOM

MASTER BEDROOM

RWP

LPG

TB

LIVING ROOM

PH

KHALID BIN AL-WALID ROAD TELEPHONE +971 4405 9300 DINING DINING DINING ENTRANCE ENTRANCE & & 4405 9301 1C PO BOX 5620, DUBAI 1 BED - TYPE FAX ENTRANCE+971 & KITCHEN KITCHEN KITCHEN LIVING ROOM LIVING ROOM LIVING ROOM UNITED ARAB EMIRATES EMAIL office.dubai@atkinsglobal.com 60.78 m² © Atkins Limited CORRIDOR CHW

LIVING ROOM

ANI

4I

1675 167 167 5167 5 5 1675

4E

BALCONY

4. THIS DRAWING SHOULD BE READ IN CONJUNCTION WITH OTHER RELEVANT ARCHITECTURAL, STRUCTURAL, MECHANICAL, ELECTRICAL AND AND ALL LIVING ROOMCIVIL DRAWINGSDINING RELEVANT SECTIONS OF THE SPECIFICATIONS.

KITCHEN

DINING&KITCHEN 3 BED - TYPE 2A

DINING&KITCHEN 2. DO NOT SCALE FROM THE DRAWINGS.

SECONDARY BATHROOM POWDER

MASTER BATHROOM

LAUNDRY

Sub Consultant

CHW

ENTRANCE

CORRIDOR

PH

WS Atkins & Partners Overseas CORRIDOR

TC

PL-4

ELEC

MASTER BEDROOM

CORRIDOR SECONDARY

TC

PL-4

WIC

LIVING ROOM

Authorised

DINING

WM

MASTER BATHROOM

WIC

ENTRANCE POWDER

SECONDARY SECONDARY SECONDARYBEDROOM BATHROOM BATHROOM

BALCONY Design Consultant

ENTRANCE

POWDER POWDER BEDROOM BEDROOM 2. FOR APARTMENT UNIT LAYOUT, PARTITION SETTING OUT DIMENSIONS, FINISHES, FITTED FURNITURE, EQUIPMENT AND SANITARY WARES REFER TO CORRIDOR ID CORRIDOR CONSULTANT'S DRAWINGS SECONDARY SECONDARY BATHROOM BATHROOM PH PH 3. FOR FACADE BALCONY BALCONY DETAILS, REFER TO FACADE DRAWINGS 4. FOR LANDSCAPE REFER TO LANDSCAPE DRAWING LPG LPG AND DETAILS

LPG

PL-1

LAUNDRY

1. AREAS SHOWN ARE USABLE AREAS. SALEABLE LAUNDRY LAUNDRY AREAS TO BE UPDATED AS PER AREA SURVEYOR ENTRANCE MEASUREMENT & CALCULATION

LPG

E N G I N E E R I N G C O N S U L T A N T S

3001

CORRIDOR CORRIDOR

DINING ENTRANCE & KITCHEN

WIC

SECONDARY

Revision

LIVING ROOM

BALCONY NOTE:

CHW

DINING&KITCHEN

PH

KITCHEN

TE

LAUNDRY CORRIDOR

DINING & KITCHEN LIVING ROOM

MASTER BATHROOM

KITCHEN

POWDER

ATK Engineering Consultants CORRIDOR CORRIDOR ST-02 IRONING IRONING IRONING Khalid Bin Al-Walid Road SECONDARY PO Box 6975, Dubai, UAE BATHROOM SP Tel: +971 4 4055999 WASHING WASHING WASHING Fax: +971 4 4059301 Email info@atk.ae MASTER PH MASTER PH BATHROOM MASTER PL-1 FHC PL-1 © ATKBATHROOM Limited BATHROOM

SECONDARY BEDROOM

SECONDARY BEDROOM

SP

PL-1

WM CORRIDOR

BALCONY

ELEC

POWDER

BALCONY

MASTER BEDROOM

LAUNDRY

LAUNDRY

Consultant

WASHING

MASTER BATHROOM

BALCONY

TBLPG TB

LEVEL 30 - PART PLAN PLAN LEVEL 35 - PART 7 1 : 150 5183272-ATK-TW-DR-A-1109 B 1109 1 : 150 T1 T2 T3

MASTER BEDROOM

PH

PL-4

CORRIDOR

LPG

16 MAY 19

MASTER BATHROOM

MASTER BATHROOM

ENTRANCE

ENTRANCE

BATHROOM

A

TC

ENTRANCE

PH

Date

16 MAY 19

PH

DINING&KITCHEN POWDER

Drawing Number

3

4D

3. ALL DIMENSIONS ARE IN MILLIMETRES AND LEVELS IN METRES UNLESS NOTED OTHERWISE. ALL DIMENSIONS TO BE VERIFIED ON SITE & APPROVED BY THE ENGINEER.

T15T1 T14 T13 T12 T11 T6 T5 T4 T3 T2

MASTER BEDROOM

DINING

LIVING ROOM

1. THIS DRAWING IS THE COPYRIGHT OF ATK ENGINEERING 105.75 m² CORRIDOR CONSULTANTS (DUBAI) AND MUST NOT BE RETAINED, COPIED LPG OR USED WITHOUT THE ABOVE CONSULTANT'S AUTHORITY. BALCONY

CORRIDOR

SP

BALCONY

MASTER BATHROOM

LAUNDRY

ENTRANCE

Checked

3

T3

2. DO NOT SCALE FROM THE DRAWINGS. BALCONY

TE

LEVEL 10

2 BED - TYPE 2E

WIC

POWDER SECONDARY BEDROOM

IRONING

SECONDARY BATHROOM WASHING

PL-1

TD

LPG

KITCHEN

KITCHEN

SECONDARY BEDROOM

SECONDARY BEDROOM

CORRIDOR

SECONDARY SECONDARY BEDROOM BATHROOM

SP

TD

TD

LAUNDRY

LAUNDRY

PH

MASTER BATHROOM

LPG

LPG

BALCONY

BALCONY

BATHROOM

LIVING ROOM

LAUNDRY

CORRIDOR POWDER

LIVING ROOM

Designed

3

4C

1. THIS DRAWING IS THE COPYRIGHT OF ATK ENGINEERING CONSULTANTS (DUBAI) AND MUST NOT BE RETAINED, COPIED OR USED WITHOUT THE ABOVE CONSULTANT'S AUTHORITY.

BALCONY

Component Component Component Component Component 1 11 1 1

LIVING ROOM

GENERAL NOTES:

SECONDARY BEDROOM

WIC

WIC

138.89 m²

BALCONY POWDER

PH

MASTER BEDROOM

MASTER BEDROOM

3 BED - TYPE 1D

KITCHEN

ENTRANCE POWDER

MASTER BEDROOM

MASTER BEDROOM DINING

LIVING ROOM DINING DINING

LIVING ROOM

Design Management

WIC

MASTER BATHROOM

MASTER BATHROOM

IRONING

ELEC

SECONDARY BATHROOM

DINING

LIVING ROOM

Scale

4H

4I

T4

3002

T3

LAZ

By

FOR APPROVAL

MASTER BEDROOM

MASTER BEDROOM

ENTRANCE

CORRIDOR

PL-4

CORRIDOR

SECONDARY BATHROOM

TOWER 1 BALCONY

LPG

PH

MASTER BATHROOM

ENTRANCE

BALCONY

4H

950

4E

950

4D

4B

820

355

355

355 355

355 355

355

355

355 355

355

950

355 355

355

355

355 355

355

950

950 950

950 950

4C

4B

820

355

355

355 355

355

355

355 355

355 355

355

355 355

950

355

950

950 950

950 950

950 950

950 950

Rev

T1

16 MAY 19 CONCEPT DESIGN SUBMISSION

LIVING ROOM

KITCHEN

SECONDARY BEDROOM

TC

SE

ENTRANCE

SECONDARY BEDROOM

TYPICAL FLOOR PLAN - 4 BALCONY PART PLANS

TA

A

BALCONY

BALCONY

DINING

SECONDARY BEDROOM

OA/EA LPG

CORRIDOR

Parcel ID - SH1.Z02.B07 Drawing Title

TA

T3

TE

LPG

CORRIDOR

WIC

GRAND BLEU TOWER

POWDER

BALCONY

5

4C

Varies from 2m to 10m 1900 1919 0000 1900 1900

2420 242 242 020420 2420

Section Profile at Component 4

B

T3

BALCONY

BALCONY SECONDARY BEDROOM

PH POWDER BATHROOM

MASTER BEDROOM

LAUNDRY

WIC

SECONDARY BEDROOM

LIVING ROOM

BALCONY

DINING

CORRIDOR

OA/EA LPG

BALCONY

LPG

T2

LIVING ROOM DINING

LIVING ROOM

WM

LAUNDRY

BALCONY

MASTER BEDROOM

TB

CHW LPG

KITCHEN

BALCONY

WM

MASTER BEDROOMCORRIDOR

BALCONY

DINING&KITCHEN

LEVEL 29 - PART PLANPLAN LEVEL 34 - PART 6 1 : 150 1109 1 : 150 T1 T2 T3

TE

T2

BALCONY

BALCONY

TELEPHONE +971 4405 9300 DINING & FAX +971ENTRANCE 4405 9301 ENTRANCE DINING KITCHEN & LIVING ROOM KITCHEN EMAIL office.dubai@atkinsglobal.com LIVING ROOM

Sub Consultant

DINING&KITCHEN

DINING

MASTER BEDROOM

KHALID BIN AL-WALID ROAD PO BOX 5620, DUBAI UNITED ARAB EMIRATES © Atkins Limited

LIVING ROOM

BALCONY

1 : 150

MASTER BATHROOM

POWDER ENTRANCE

WS Atkins & Partners OverseasCORRIDOR

ELEC

ENTRANCE

8.4m B

LEVEL 32 - PART PLAN T1

TE

KITCHEN

MASTER BATHROOM

CHW

ENTRANCE

LIVING ROOM

BALCONY

TC

PL-4

ELEC

ENTRANCE

CORRIDOR

DINING

MASTER BATHROOM

PH

POWDER BEDROOM 2. FOR APARTMENT UNIT LAYOUT, CORRIDOR PARTITION SETTING SECONDARY POWDER BEDROOM OUT DIMENSIONS, FINISHES, FITTED FURNITURE, EQUIPMENT AND SANITARY WARESCORRIDOR REFER TO ID CORRIDOR CONSULTANT'S DRAWINGS SECONDARY BATHROOM SECONDARY PH 3. FOR FACADE DETAILS, REFER TO BATHROOM FACADE DRAWINGS BALCONY PH BALCONY 4. FOR LANDSCAPE REFER TO LANDSCAPE DRAWING LPG AND DETAILS LPG LIVING ROOM

LEVEL 33 LEVEL - PART 35 -PLAN PART PLAN 7

1109 1 : 150

PL-4

SE

LIVING ROOM

TA BALCONY

MASTER BEDROOM

TC

16 MAY 19 Revision

EMAAR

LPG

OA/EA LPG

1. AREAS SHOWN ARE USABLE AREAS. SALEABLE LAUNDRY AREAS TO BE UPDATED AS PER AREA SURVEYOR LAUNDRY ENTRANCE MEASUREMENT & CALCULATION

KITCHEN LIVING ROOM

TA

POWDER

PH

LPG LIVING ROOM

DINING&KITCHEN

CORRIDOR

PH

LIVING ROOM

BALCONY NOTE: LPG

SECONDARY

SECONDARY BATHROOM

BALCONY

TB

ENTRANCE

DINING&KITCHEN POWDER

CORRIDOR

WIC

CHW

LPG

LAUNDRY

POWDER

ELEC

TB

CHW

ENTRANCE CORRIDOR

WIC

PH

PL-1

ENTRANCE

SE OA/EA LPG MASTER BATHROOM

ELEC

WM CORRIDOR

LAUNDRY

ENTRANCE DINING & KITCHEN

PL-4

E N G I N E E R I N G C O N S U L T A N T S Design Consultant

CORRIDOR

LIVING ROOM

BALCONY

PL-1

MASTER BATHROOM

LAUNDRY

DINING & KITCHEN

PH

WIC

CORRIDOR SECONDARY BEDROOM

SECONDARY BEDROOM

DINING&KITCHEN

CORRIDOR

LIVING ROOM

BALCONY

PH

WM

MASTER BEDROOM

TC

SEPL-4

MASTER BATHROOM

OA/EA LPG

MASTER BEDROOM

TB

TC

CORRIDOR

CORRIDOR

OA/EA LPG MASTER BATHROOM

MASTER BEDROOM

WM

CORRIDOR

DINING ENTRANCE & KITCHEN

BALCONY

PH

5C

2420 242 242 020420 2420

2990 2929 9090 2990 2990

Section Profile at Component 5

ATA Date

16 MAY 19

5183272-ATK-TW-DR-A-1108 BALCONY

WIC

ATK Engineering Consultants CORRIDOR CORRIDOR IRONING Khalid Bin Al-Walid Road IRONING SECONDARY PO Box 6975, Dubai, UAE SECONDARY BATHROOM SP SECONDARY BEDROOM BATHROOM Tel: +971 4 4055999 WASHING WASHING Fax: +971 4 4059301 Email info@atk.ae MASTER PH BATHROOM PL-1 PH MASTER © ATK Limited BATHROOM

SP

WASHING

PL-1

1109

MASTER BEDROOM

LAUNDRY

WASHING

MASTER BATHROOM

WM LAUNDRY

SP

MASTER BEDROOM

ENTRANCE

LAUNDRY

Consultant

SECONDARY BEDROOM

SP

SECONDARY BATHROOM

WASHING

PH

MASTER BATHROOM

SECONDARY SECONDARY BATHROOM BEDROOM

4A

3

Facade

Authorised

ANI

Date

16 MAY 19

POWDER

PH

TD

BALCONY

TE

BATHROOM

IRONING

SECONDARY BEDROOM

SP

WASHING

PL-1

PH

Checked

BVK

Date

16 MAY 19

Drawing Status

KITCHEN

SECONDARY BEDROOM

CORRIDOR IRONING IRONING

SECONDARY BATHROOM

BALCONY

DINING

BALCONY

CORRIDOR

CORRIDOR IRONING

SECONDARY BEDROOM

TD

Drawn

LAZ Date

A1

WIC

SECONDARY BEDROOM

PH

POWDER

T1

0

TD

10

TD

BATHROOM

DINING

LPG

POWDER ENTRANCE

2.9m

Designed

LIVING ROOM

As indicated Original Size

Drawing Number

BALCONY

WIC

BALCONY

KITCHEN

ENTRANCE

Chk'd. App'd.

LIVING ROOM

MASTER BATHROOM

LPG

SECONDARY BEDROOM

0

PH

POWDER

Scale

4. FOR LANDSCAPE REFER TO LANDSCAPE DRAWING AND DETAILS

Varies from 0.95 m to 0.355 m

2990 299 299 0299 0 0 2990

WIC

TD

ENTRANCE POWDER

LPG

2. FOR APARTMENT UNIT LAYOUT, PARTITION SETTING OUT DIMENSIONS, FINISHES, FITTED FURNITURE, EQUIPMENT AND SANITARY WARES REFER TO ID CONSULTANT'S DRAWINGS

5

3

Level Level Level 2 Level 2Level 2 2 2 33.533.5 m 33.5 33.5 FFL mm33.5 FFL m FFLFFL m FFL

TOWER 1

TYPICAL FLOOR PLAN - 4 (28TH TO 35TH LEVEL) (8 FLOORS)

PH

1. AREAS SHOWN ARE USABLE AREAS. SALEABLE AREAS TO BE UPDATED AS PER AREA SURVEYOR MEASUREMENT CALCULATION DINING KITCHEN LIVING& ROOM

8.4m

T3

ATA

BALCONY

LIVING ROOM

KITCHEN

BALCONY SECONDARY BEDROOM

ENTRANCE

MASTER BATHROOM

LPG

BALCONY

KITCHEN

SECONDARY BEDROOM

Drawing Title CORRIDOR

SECONDARY BATHROOM

3. FOR FACADE DETAILS, REFER TO FACADE DRAWINGS

4

T3

LAZ

Design Management

WIC

MASTER BATHROOM

LPG KITCHEN

SECONDARY BEDROOM

T2

By

BALCONY

EMAAR

WIC

MASTER BATHROOM

LPG

BALCONY

BALCONY

Description

ANI

TE

WIC

POWDER

T2

FOR APPROVAL

Client

TE

T1

MASTER BEDROOM

DINING

LIVING ROOM

Date

Drawing Status

TE

WIC

1 : 150

T1

16 MAY 19 CONCEPT DESIGN SUBMISSION

PLUMBING RISER

MARSA DUBAI,UAE

DINING&KITCHEN

POWDER

RAIN WATER PIPE RISER DIESEL EXTRACT RISER

PH

Parcel ID - SH1.Z02.B07

ENTRANCE

BEDROOM LPG RISER

DE

BOULEVARD

GRAND BLEU TOWER

LPG

LAUNDRY

5

4A

3

T5

LEVEL 31 - PART PLAN

3 A

Project TitleCHW

ENTRANCE

NOTE:

TA

BALCONY

EXTRACT AIR VENTILATION RISER FIRE SECONDARY HOSE CABINET CORRIDOR

2810 2828 1010 2810 2810

16°

MASTER BEDROOM

DINING

WIC

LIVING ROOM

8.4m

BEDROOM

GARBAGE RISER GARBAGE CHUTE OUTSIDE AIR VENTILATION RISER

EA FHC

BALCONY

2.7m

LPG KITCHEN

DINING

LIVING ROOM

CHILLED WATER RISER MASTER

GR GC OA

LPG RW

POWDER

PH

BALCONY

1109

T3

T6

DINING&KITCHEN

POWDER

CORRIDOR

TA

BALCONY BALCONY

BALCONY

CHW

TB

LPG

ELEC

SMOKE EXTRACT VENTILATION RISER

LIVING ROOM

LIVING DINING ROOM

LIVING ROOM

BALCONY

BALCONY

TE

LIVING ROOM

1 : 100

1108

T2

SE

Level Level Level 3 Level 3Level 3 3 3 37.037.0 m 37.0 37.0 FFL mm37.0 FFL m FFLFFL m FFL

TOWER (T1)

PODIUM (PO)

MASTER BEDROOM

MASTER BEDROOM

T1

T5

SECONDARY BATHROOM

TYPICAL FLOOR PLAN-4 (28TH TO 35TH LEVEL)

BALCONY

T2

BALCONY

CHW ENTRANCE

PH

MASTER BATHROOM

NORTH DIRECTION

TOWER (T2)

Sub Consultant

LPG

STAIR PRESSURIZATION RISER

SMOKE MAKE-UP VENTILATION RISER WIC

LEVEL 3

QUIBLA DIRECTION

TELEPHONE +971 4405 9300 FAX +971 4405 9301 EMAIL office.dubai@atkinsglobal.com

5D

4B

1900 1919 0000 1900 1900

5

4I

Balustrade

2810 2810 2810 2810 2810

87.

TE

T3

11109: 150 1 : 150

SP SM

ELEC

CORRIDOR

SECONDARY BEDROOM

BALCONY

2.6m

LPG LIVING ROOM

LEVEL 32 - PART PLAN 4 LEVEL 30 - PART PLAN T1

REST OF THE WALL IN PODIUM AND BASEMENT 200mm THICK NORMAL WEIGHT CONCRETE SOLID BLOCK. OA/EA

LEGEND:

ENTRANCE

B

KITCHEN

8.4m

2

T3

T4

DINING&KITCHEN

3002

1

1109

PL-4

LAUNDRY

PH

KITCHEN DINING

BALCONY

SE

BOULEVARD BEDROOM

TBLPG

KHALID BIN AL-WALID ROAD PO BOX 5620, DUBAI UNITED ARAB EMIRATES © Atkins Limited PL-4

AIR CONDITIONED SERVICE ROOMS/CORRIDORS & RETAIL ADJOINING NO CONDITIONED SPACES 200mm THICK NORMAL WEIGHT THERMALLY INSULATED SOLID BLOCK. SE

PH

MASTER BATHROOM WIC

POWDER

PH LPG

TA 0m

BALCONY

BALCONY

T3

LPG

CORRIDOR

SECONDARY BATHROOM

DINING LIVING ROOM

LIVING ROOM

LIVING ROOM

LIVING ROOM

ENTRANCE

DINING&KITCHEN POWDER

POWDER

SECONDARY BATHROOM

ELEC CHW

LAUNDRY ENTRANCE

CORRIDOR

CORRIDOR

KITCHEN

LEVEL - PART PLAN 3LEVEL 29 -31 PART PLAN

1109 1

ALCONY

TE

LPG KITCHEN DINING

T2

CORRIDOR SECONDARY BEDROOM

SECONDARY BEDROOM

BALCONY

BALCONY

100

T3

T1

ALL RAIN WATER SHAFT IN FACADEDINING 100mm GYPSUM ENTRANCE BOARD DRY WALL 2HR.FIRE RATED.&KITCHEN

BALCONY

OA/EA LPG TOWER (T1)

PODIUM (PO) BALCONY

KEY PLAN BEACH WS Atkins & Partners Overseas

Design Consultant CORRIDOR

ALL INTERNAL APARTMENT WALLS 100/150mm THICK GYPSUM BOARD DRY WALL.

LIVING ROOM

TOWER (T2)

CHW

ENTRANCE

LAUNDRY

DINING&KITCHEN

TIER : 1,2,3 & 4 CORE : 6 LIFTS

TC

ENTRANCE

KITCHEN

BALCONY

MASTER

ENTRANCE

PH

PL-4

ELEC

MASTER BEDROOM

POWDER

PH

PL-4

PH

MASTER BATHROOM

Scale 1 : 0

BALCONY

1

MASTER BEDROOM

LPG

CORRIDOR

SECONDARY BATHROOM

BALCONY

BALCONY

CHW LPG

ENTRANCE

DINING&KITCHEN POWDER

POWDER

CORRIDOR

LIVING ROOMDINING

TA 1109

CORRIDOR

SECONDARY BATHROOM

SE OA/EA LPG

PH

WIC

TB TB 28 - OVERALL PLAN LEVEL

CHW

Millimetres

TA

BALCONY

ELEC

LAUNDRY ENTRANCE

1.6m LIVING ROOM

LIVING ROOM

ELEC

SE OA/EA LPG

WIC

QUIBLA DINING DIRECTION &

E N G I N E E R I N G C O N S U L T A N T S

LAUNDRY

CORRIDOR

5

4A

4H

0.95 m

BALCONY

PL-4

MASTER BATHROOM

ENTRANCE

LAUNDRY

CORRIDOR SECONDARY BEDROOM

POWDER

BALCONY

ENTRANCE

BALCONY

PL-4

BALCONY

PL-1

MASTER BATHROOM

WALL TYPE AROUND SHAFT CUT OUTS IN TOWER 150mm MASTER WM THICK NORMAL WEIGHT CONCRETE HOLLOW BLOCK. BEDROOM

CORRIDOR

NORTH DIRECTION

BEACH LIVING ROOM

BALCONY

PH

APARTMENT DEMISING WALL & CORRIDOR WALLS 200mm

THICK NORMAL WEIGHT CONCRETE HOLLOW BLOCK. BALCONY

LIVING ROOM

WM

LAUNDRY

Khalid Bin Al-Walid Road PO Box 6975, Dubai, UAE Tel: +971 4 4055999 Fax: +971 4 4059301 Email info@atk.ae © ATK Limited

5E

5

4B

Component 4 (Constant length 27.1 m)

2420 242 242 020420 2420

1 meter depth fascia

5

4A

1900 1919 0000 1900 1900

355

PH

KEY PLAN

CORRIDOR

Level Level Level 4 Level 4Level 4 4 4 40.540.5 m 40.5 40.5 FFL mm40.5 FFL m FFLFFL m FFL

Constant 8.8 m

Fascia depth from 1 meter to 0.35

5

5

Component 3 (Constant length 10.2 m)

355 355

SE OA/EA LPG

WIC

TC

ENTRANCE

PL-1 111.82 m²

SECONDARY BEDROOM

MASTER BEDROOM

BLOCK WORK TYPES:

Constant -25 22.6 2625 2626 25 2625m2625

0.35 meter depth

SOFFIT STUDY

4. THIS DRAWING SHOULD BE READ IN CONJUNCTION WITH OTHER RELEVANT ARCHITECTURAL, STRUCTURAL, MECHANICAL, ELECTRICAL AND CIVIL DRAWINGS AND ALL ATK Engineering Consultants RELEVANT SECTIONS OF THE SPECIFICATIONS.

Consultant

WASHING

2625 2625 2625 2625 2625 10.2 m Length

3. ALL DIMENSIONS ARE IN MILLIMETRES AND LEVELS IN METRES UNLESS NOTED OTHERWISE. ALL DIMENSIONS TO BE VERIFIED ON SITE & APPROVED BY THE ENGINEER.

SP

1500

2 BED - TYPE 1A

MASTER BATHROOM

MASTER BEDROOM

LIVING ROOM

CORRIDOR CORRIDOR

DINING &ENTRANCE KITCHEN

BALCONY

BALCONY

MASTER BEDROOM

SECONDARY BEDROOM

WM

LAUNDRY

SECONDARY BATHROOM

Component 2 (Constant length 22.6 m)

5

5F

2420 242 242 020420 2420

0.355 m

SE

PH

MASTER BATHROOM

DINING & KITCHEN LIVING ROOM

LIVING ROOM

MASTER BEDROOM

SECONDARY BEDROOM

NG&KITCHEN

TC

TA

PH

PL-1 PL-1 107.93 m²

LPG

KITCHEN

SECONDARY BEDROOM

PH

2440 244 244 0244 0 0 244 0 MODULE MODULE MODULE 2D 2C 2B

MODULE MODULE 2F 2E

4G

1675 167 167 5167 5 5 1675

820

MASTER BEDROOM

BALCONY

2 BED - TYPE 2A

WM

STAIR

POWDER Design Management

MODULE 3 3

4B

820 820

USER NAME : BVK DATE :03/16/19 FILENAME: 5183272- ATK- TW DR- A- 1108 Sheet Model:

BALCONY

TBLPG TB

PH

LAUNDRY CORRIDOR

P-LIFT

2B

355

ELEC

WIC

TC

ENTRANCE

OA/EA LPG MASTER BATHROOM

CHW

CORRIDOR CORRIDOR

DINING & ENTRANCE KITCHEN

CORRIDOR

F-LIFT

SERVICES

DINING

2C

0.355 m

DINING & KITCHEN LIVING ROOM

LIVING ROOM

BALCONY

MASTER BEDROOM

BEDROOM

CIRCULATION

TD

BATHROOM

SP

WASHING

WASHING

MASTER BATHROOM

DINING

LIVING ROOM MASTER BEDROOM

LAUNDRY

SECONDARY BATHROOM

2D

355

2900

WM

LAUNDRY CORRIDOR

SECONDARY BEDROOM

SP

2E

2420 242 242 020420 2420

355

CORRIDOR

PH

KITCHEN

Level Level Level 5 Level 5Level 5 5 5 44.044.0 m 44.0 44.0 FFL mm44.0 FFL m FFLFFL m FFL

1. THIS DRAWING IS THE COPYRIGHT OF ATK ENGINEERING CONSULTANTS (DUBAI) AND MUST NOT BE RETAINED, COPIED OR USED WITHOUT THE ABOVE CONSULTANT'S AUTHORITY. EMAAR 2. DO NOT SCALE FROM THE DRAWINGS.

FFL (X)

LEVEL 28 - T1 +125.700 m ENTRANCE LEVEL 29 - T1 +129.200 m LEVEL 30 - T1 +132.700 m LEVEL 31 - T1 +136.200 m LAUNDRY LEVEL 32 - T1 +139.700 m LEVEL 33 - T1 +143.200 m CORRIDOR +146.700 m LEVEL 34 - T1 IRONING LEVEL 35 - T1 +150.200 m

3 BEDROOMSECONDARY

POWDER

LPG

CORRIDOR

CORRIDOR

2F

355

PL-1

104.61 m²PH MASTER PH BATHROOM

ENTRANCE

LAUNDRY

3

3

2B

355 355

WASHING

PH

SECONDARY BEDROOM

BATHROOM

4. THIS DRAWING SHOULD BE READ IN CONJUNCTION WITH POWDER OTHER RELEVANT ARCHITECTURAL, STRUCTURAL, SECONDARY MECHANICAL, ELECTRICAL AND CIVIL DRAWINGS AND ALLBATHROOM CORRIDOR WIC RELEVANT SECTIONS OF THE SPECIFICATIONS. WIC

2C

2260 226 226 020260 2260

Component 1 (Constant length 8.8 m)

ATA ATA

Chk'd. App'd.

GENERAL NOTES:

KITCHEN

LEVEL

2 BEDROOM

POWDER 3. ALL DIMENSIONS ARE IN MILLIMETRES AND LEVELS IN METRES LAUNDRY MASTER PH BATHROOM UNLESS NOTED OTHERWISE. ALL DIMENSIONS TO BE VERIFIED MASTER LAUNDRY ON SITE & APPROVEDBATHROOM

BY THE ENGINEER. ENTRANCE SECONDARY

PH

2D

355

PL-1

MASTER BATHROOM

SP

SECONDARY 2 BED - TYPE 3B BATHROOM

BALCONY

LPG

1 BEDROOM

LAZ LAZ

By

FOR APPROVAL

MASTER

LEVELLPG SCHEDULE (T1)BATHROOM 28th-35th FLOOR

BALCONY

IRONING

SECONDARY CORRIDOR BATHROOM

1500

TC

PL-4

SECONDARY SECONDARY BEDROOM BATHROOM

PH

TD

BATHROOM

DINING&KITCHEN

IRONING

2E

355 355

SECONDARY BEDROOM

SP

WASHING

WM

MASTER BEDROOM

POWDER

PH

ENTRANCE

POWDER

CORRIDOR

BALCONY

MASTER BEDROOM

TC

CORRIDOR

2F

355

SP

BALCONY

OR

ENTRANCE POWDER

LAUNDRY LAUNDRY

CORRIDOR

3

950

PH

ENTRANCE

LAUNDRY

IRONING

SECONDARY BATHROOM

MASTER BATHROOM

SECONDARY BEDROOM

3

950 950

SECONDARY BEDROOM

TD

BATHROOM

SECONDARY BEDROOM

WASHING

PH

PH

3

950

SECONDARY BEDROOM SECONDARY BATHROOM

PL-1

TD

LEGEND

TBP ANI

Description

WIC

MASTER BEDROOM

LAUNDRY

2. DO NOT SCALE FROM THE DRAWINGS.

2C

950 950

SECONDARY BEDROOM

SP

POWDER

PH

IRONING

WIC

MASTER BATHROOM

KITCHEN

BEDROOM

CORRIDOR IRONING

Date

MASTER

Client CORRIDOR

2D

950 950

ENTRANCE POWDER

LAUNDRY

CORRIDOR

ELEC

KITCHEN

SM

MASTER 1. THIS DRAWING IS THE COPYRIGHT OF BATHROOM FHCATK ENGINEERING CONSULTANTS (DUBAI) AND MUST NOT BE RETAINED, SP LPG COPIED ST-01 CONSULTANT'S AUTHORITY. OR USED WITHOUT THE ABOVE BALCONY

ENTRANCE

TB

ENTRANCE

LAUNDRY

08 AUG 19 SCHEMATIC DESIGN SUBMISSION 16 MAY 19 CONCEPT DESIGN SUBMISSION

Rev

BEDROOM Drawing Status

DINING

LIVING ROOM

950

SECONDARY BEDROOM

TD

BALCONY

BATHROOM

KITCHEN

MASTER BALCONY

WIC

MASTER BATHROOM

2E

3

950

SECONDARY BEDROOM

PH

TD

KITCHEN

BALCONY

B A

BALCONY 1500

LIVING ROOM

2440 2424 4040 2440 2440

3.5 m

KITCHEN

TE

MASTER BEDROOM

1500

POWDER

BALCONY

66.59 m² DINING & KITCHEN

DINING

LIVING ROOM

ENTRANCE

WIC

MASTER BATHROOM

LPG

WIC

1500

BALCONY

LPG

PL/SL/FL-6

GENERAL NOTES:

SE

PH MASTER BATHROOM

LPG

F .LOBBY

PL-5

OA/EA

BALCONY

WIC

MASTER BATHROOM

BALCONY

BALCONY

1 BED - TYPE 1A

PL-4

MASTER BEDROOM

2190

MASTER BEDROOM

DINING

BALCONY

TE

CORRIDOR

CHW DINING

2F

2420 242 242 020420 2420

5B

Level Level Level 6 Level 6Level 6 6 6 47.547.5 m 47.5 47.5 FFL mm47.5 FFL m FFLFFL m FFL

T3

1500

60.78 m²

LIVING ROOM

BALCONY

BALCONY

ENTRANCE

KITCHEN

LIVING ROOM

2900

LPG WIC MASTER BATHROOM

LPG

T2 A 3001

100

TE

MASTER BEDROOM

LIVING ROOM

WIC

LPG

T1

SECONDARY BEDROOM

Millimetres

TE

MASTER BEDROOM

DINING

DINING 1 BED BALCONY - TYPEBALCONY 1C &

BALCONY

BALCONY

DINING

LIVING ROOM

IRONING WASHING

PH

10

LIVING ROOM

T3

LPG

3

4F

4A

0

BALCONY

BALCONY

TE

T2

CORRIDOR

LOBBY

K DATE :03/16/19 3272- ATK- TW DR- A- 1108 Sheet Model:

TE

MASTER BEDROOM

T1

T3

1500

BALCONY

T3

WM

LAUNDRY

950

T2

CORRIDOR

3

0.95 m

T2

MASTER BEDROOM

0.95 m

T1

3

3

BALCONY

1m

BALCONY

1

LAUNDRY

GARB. RM

1550

T1

SE

PL-3

1500

T3

3001

LPG

2260 2222 6060 2260 2260

1m

T3 TC

PL-2

100

T2

PL-1 SM

Millimetres

T2

RWP GR

FHC RWP

10

T1

DE

SECONDARY BEDROOM

POWDER

T1

PODIUM (PO)

Level Level Level 7 Level 7Level 7 7 7 51.051.0 FFL 51.0 51.0 FFL FFL 51.0 FFLFFL

4

TOWER (T1)

BOULEVARD

OA/EA

MASTER BATHROOM

5

CORRIDOR

ICT

WASHING

3

6

SECONDARY BATHROOM

IRONING SECONDARY BATHROOM

PH

TOWER (T2)

3

LPG

3

950

MASTER BATHROOM

LPG

PH SP

ST-02

CORRIDOR

A

BALCONY 1500

139.43 m²

ENTRANCE

PH

3

4E

5H

355

355

355

3

950

DINING&KITCHEN 3 BED - TYPE 2A

DINING&KITCHEN

LAUNDRY

MASTER BATHROOM

3.5 m

PH

2.5 m

POWDER

LAUNDRY

SECONDARY BEDROOM

QUIBLA DIRECTION

2.5 m

POWDER SECONDARY BATHROOM ENTRANCE

TD

NORTH DIRECTION

BEACH 2

KITCHEN

BALCONY

950

KEY PLAN

2075 207 207 5207 5 5 2075

TIER 1

105.75 m²

CORRIDOR

1880

WIC

WIC

MASTER BATHROOM

SECONDARY BEDROOM

Level Level Level 8 Level 8Level 8 8 8 54.554.5 m 54.5 54.5 FFL mm54.5 FFL m FFLFFL m FFL

2 BED - TYPE 2E

WIC

138.89 m² LPG

4. THIS DRAWING SHOULD BE READ IN CONJUNCTION WITH OTHER RELEVANT ARCHITECTURAL, STRUCTURAL, MECHANICAL, ELECTRICAL AND CIVIL DRAWINGS AND ALL RELEVANT SECTIONS OF THE SPECIFICATIONS.

4D

5

1900 1919 0000 1900 1900

0

3 BED - TYPE 1D

LIVING ROOM

SECONDARY BEDROOM

MASTER BEDROOM

LIVING ROOM

MASTER BEDROOM

MASTER BEDROOM

DINING

LIVING ROOM

4C

5

950

2C

5I 2420 242 242 020420 2420

950

1

950

1A

950

2A

950 950

2B

3

950

2C

3

950

2D

3 4F Facade 4G 4HFacade 4I Line Facade Facade Facade Line Line Line Line

3

950

2E

4E

3

950

2F

4D

950

3

4C

950 950

3

5J Facade 5 Facade 5 Facade 4ALineLine 4B Facade Facade Line Line Line

950

3

Facade Facade Facade Facade Line Facade Line Line LineLine

3

4I

950 950

1

4H

950

1A

4G

950 950

2A

4F

950

2B

4E

950 950

2C

4D

820

2D

4C

820

2E

Facade Facade Facade Facade Line Facade Line Line LineLine

4B

820

2F

4A

820

3

5

820

3

5

Component 3

820

3

5K

820 820

1

820

1A

820

2A

820

2B

820

2C

820

2D

820 820

2E

820 820

2F

820

3

820 820

3

Component 4

820 820

3

TIER 2

1

1890 1890 1890 1890 1890

3. ALL DIMENSIONS ARE IN MILLIMETRES AND LEVELS IN METRES UNLESS NOTED OTHERWISE. ALL DIMENSIONS TO BE VERIFIED ON SITE & APPROVED BY THE ENGINEER.

16°

1A

820

87.

2A

1890 189 189 0189 0 0 1890

2. DO NOT SCALE FROM THE DRAWINGS.

TE

2B

355

T1

T15T1 T14 T13 T12 T11 T6 T5 T4 T3 T2

2C

355

T1

1. THIS DRAWING IS THE COPYRIGHT OF ATK ENGINEERING CONSULTANTS (DUBAI) AND MUST NOT BE RETAINED, COPIED OR USED WITHOUT THE ABOVE CONSULTANT'S AUTHORITY.

2D

355

BALCONY

GENERAL NOTES:

950

BALCONY

1880

BALCONY

T2

1550

BALCONY

2190

BALCONY

T2

2E

950

Millimetres

T3 T3

2F

355 355

Level Level Level 9 Level 9Level 9 9 9 58.058.0 m 58.0 58.0 FFL mm58.0 FFL m FFLFFL m FFL

3002

3

950

T4

3

355 355

Facade Facade Facade Facade Line Facade Line Line LineLine T5

B

Component 5

Component 1

355

CONSTANT

Component 2

3

950 950

VARIES

TIER 2

100

TYPICAL PLANS

10

ELEVATION B STUDY

Component 3

950

ELEVATION A STUDY

GLASS VS SOLID | LAYERING

Authorised

Description

FOR APPROVAL

ANI

By

LAZ

ATA

Chk'd. App'd.

Section Profile at Component 2

Section Profile at Component 1

ROUTE 2020 Building type: Transit (Ground + Concourse + Platform) Client: Dubai Roads & Transport Authority As part of the lead architects for the Red Line extension to Expo 2020 including 5 elevated & 2 underground stations, I was primarily engaged in the technical design development and delivery for the Expo station - from shell and core to interior fit-out. The Expo station is a signature, elevated ‘world class’ metro station, designed to cater for the World EXPO 2020 and eventually connect to the Dubai World Central Airport.

The Expo roof canopy which over sails the station was developed as a large petal shaped truss, supported by 1.4m deep diamond shaped with louvers that span up to 30m length. The stations were delivered entirely in a BIM environment and fully co-ordinated with design sub-consultants such as structures, MEP, LEED, interior design, etc.

• • • • •

Worked toward project delivery through creation and modification of architectural drawing packages Assisted the principle architect in the schematic design deliverables and presentations to client and other stakeholders through all project design phases Produced and delivered the station package design through collaboration with external engineering consultants Conducted the LEED architectural documentation with the lead designers for all the stations Conceptualised design solutions for the station canopy columns as well as the station ceiling panels for the schematic interior design package

3.

Software Used: Revit, AutoCAD

3.1

TECHNICAL DRAWINGS

Expo Station Brief Description

The Expo station will be the Route 2020 terminus station for Expo 2020 and is located between the Expo village and Expo Project Star mall on the West side of the station and the Expo welcome bridge and Expo CoEx buildings on the East side of the station.

The Concourse Level +30.000 with 24m central passage provides the main pedestrian link between both developments and is sized to accommodate the high patronage during the Expo 2020 event.

On both sides of the station the levels are coordinated with the adjacent developments to ensure seamless transition and the separation of arriving and departing passengers.

The concourse is on a raised podium level to segregate passengers from the Expo roads and services passing through the site. The ground floor provides 2 service buildings split by a central pedestrian connection for access through the site when the station is closed. Entrances on the East and West sides provide connection up to the concourse level.

The station has 3 tracks arranged as an island and side platform. The side platform is for Dubai bound, Expo departing passengers, and the west side of the island platform is for future airport bound and Expo arriving passengers.

The middle track is an additional line which will be used only if there are delays on the departing platform. In this scenario departing passengers will be guided down the external curved ramps into the concourse and up to the middle platform.

Figure 4: Exploded Axonometric of Proposed Design

ONGOING CONSTRUCTION

Title: EXPO STATION DCP3 ARCHITECTURE DESIGN REPORT Reference : AAGC-C0162-ARC-STN-SYW-RPT-000001 Project Stage Activity Netw.

Zone RLC 043 DES N0001 Z0036

ROUTE 2020 Metro Project Segment S0590

Level -

Entity CWJV

Revision: B Page: 10 / 46

CWJV-C0162-ARC-STN-SYW-RPT-000001

The information in this document is protected by Copyright and no part of this document may be reproduced, altered, stored or transmitted by any person without the prior consent of RTA - Rail Agency.

1732

1732

1000

1732

1000

1732

866

1732

866

866

240

240

240

1000

240

1000

866

1000

1000 1000

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1732

1000

1732

1732

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866

1000

500

25

K40 / 1130A

K40 / 1130A

K40 / 1130B

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PROJECT NUMBER

7

8

10/21/2019 2:25:44 PM

19150

9 H

H

H

DAS No.

1

50

R73

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FFL 36.810 m PLATFORM LEVEL

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COEX

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920

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4620 50

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ARC

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N0001

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Z0036

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OPERATOR

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This drawing has been prepared This drawing by, or compiled has beenfrom prepared information by, or compiled provided from by, persons information otherprovided than Railby, Agency. persons other than Rail Agency.

1118

3REFLECTED 7SUB SYSTEM CEL

1 : 20

PROJECTION SHEET SIZE DLTM DRAWING NUMBER REVISION SHEET NO. SCALE DESIGNED BY DRAWN BY AAGC-C0162-ARC-STN-CEL-DRW-000032 B E STEVENSON PROJECTION SHEET SIZE DLTM CHECKED BY IND. REVIEWER SHEET NO. DESIGNED BY SCALE 1 : 20 DRAWN BY E STEVENSON APPROVED BY APPROVED DATE PROJECTION SHEET SIZE DLTM A1 CHECKED BY IND. REVIEWER CERTIFIED BY CERTIFIED DATE DESIGNED BY DRAWN BY E STEVENSON S ALEEM APPROVED BY APPROVED DATE CERTIFICATE NO. IN SERVICE DATE CHECKED BY IND. REVIEWER Data Matrix CERTIFIED BY CERTIFIED DATE Code CAD FILENAME APPROVED BY APPROVED DATE AAGC-C0162-ARC-STN-SYW-M2D-000001.rvt CERTIFICATE NO. IN SERVICE DATE

A1

H

PROJECT NAME

PROJECT NUMBER

REFERENCE FILES UPDATED: PROJECT NAME 9

PROJECT NUMBER 10 RAL/PPDD/077

8

RAL/PPDD/077

Data Matrix CERTIFIED BY Code

4 PROJECT NUMBER 10

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CERTIFIED DATE AAGC-C0162-ARC-STN-SYW-M2D-000001.rvt IN SERVICE DATE

CAD FILENAME

This drawing has been prepared by, or compiled from information provided by, persons other than Rail Agency.

PROJECT NAME 3 9

CERTIFICATE NO.

H

S ALEEM

H H CONSTRUCTION PACKAGE :

18.12

12 DRAWING STATUS:

DCP4

NOT CONTROLLED6 IF PRINTED

5 11

7

To the maximum extent permissible by law, Rail Agency takes no responsibility for, and makes no representations in relation to, the completeness, accuracy or quality of any information contained in this drawing. Each user of this Data Matrix drawing releases Rail Agency from all and any loss, damage, cost, expense or liability in relation to the use of, or any reliance on, this drawing or the information contained in it.

Code only for the information of the person or Organization to which Rail Agency provides it. It may not be provided to, or used by, any other person All written dimensions take precedence RAL/PPDD/077 over scaled dimensions. This drawing is provided CAD FILENAME This drawing prepared by, or compiled from information provided by, persons other than Rail Agency. without RtA's has priorbeen written consent.

12

NOT CONTROLLED IF PRINTED

AAGC-C0162-ARC-STN-SYW-M2D-000001.rvt

To the maximum extent permissible by law, Rail Agency takes no responsibility for, and makes no representations in relation to, the completeness, accuracy or quality of any information contained in this drawing. Each user of this drawing releases Rail Agency from all and any loss, damage, cost, expense or liability in relation to the use of, or any reliance on, this drawing or the information contained in it.

All written dimensions take precedence over scaled dimensions. This drawing is provided only for the information of the person or Organization to which Rail Agency provides it. It may not be provided to, or used by, any other person without RtA's prior consent.

This drawing has been prepared by, orwritten compiled from information provided by, persons other than Rail Agency.

9

10

NOT CONTROLLED IF PRINTED

11

12

NOT CONTROLLED IF PRINTED

To the maximum extent permissible by law, Rail Agency takes no responsibility for, and makes no representations in relation to, the completeness, accuracy or quality of any information contained in this drawing. Each user of this drawing releases Rail Agency from all and any loss, damage, cost, expense or liability in relation to the use of, or any reliance on, this drawing or the information contained in it.

All written dimensions take precedence over scaled dimensions. This drawing is provided only for the information of the person or Organization to which Rail Agency provides it. It may not be provided to, or used by, any other person without RtA's prior written consent.

To the maximum extent permissible by law, Rail Agency takes no responsibility for, and makes no representations in relation to, the completeness, accuracy or quality of any information contained in this drawing. Each user of this drawing releases Rail Agency from all and any loss, damage, cost, expense or liability in relation to the use of, or any reliance on, this drawing or the information contained in it.

All written dimensions take precedence over scaled dimensions. This drawing is provided only for the information of the person or Organization to which Rail Agency provides it. It may not be provided to, or used by, any other person without RtA's prior written consent.

3

9

AAGC-C0162-ARC-STN-EXC-DRW-000010

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KEY PLAN

CLIENT

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3m

6m

9m

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3

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AAGC-C0162-ARC-STN-EXC-DRW-000010

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FCR No.

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760

AAGC-C0162-ARC-STN-EXC-DRW-000011

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3D VIEW - COLUMN CONNECTION

AAGC-C0162-ARC-STN-EXC-DRW-000011

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D

TOP OF STEEL CLADDING

REV. DATE

CH2M

FOR ENGINEER'S REVIEW

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FOR ENGINEER'S REVIEW

REVISED BY (ORG. NAME)

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ARC

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Data Matrix Code

10 This drawing has been prepared by, or compiled from information provided by, persons other than Rail Agency.

SCALE

SHEET NO. PROJECTION

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4

2730

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DESIGNED BY

E STEVENSON

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EST EST

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1167

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18.1 DCP3

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OTHER INPUT :

PROJECT NAME

PROJECT NUMBER RAL/PPDD/077

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9

Data Matrix Code

10 This drawing has been prepared by, or compiled from information provided by, persons other than Rail Agency.

CERTIFICATE NO. CAD FILENAME

11

DLTM E STEVENSON

AAGC-C0162-ARC-STN-SYW-M2D-000001.rvt

NOT CONTROLLED IF PRINTED

DISCIPLINE

ARC

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A1

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REFERENCE FILES UPDATED: DAS No.

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S ALEEM

IND. REVIEWER

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AAGC-C0162-ARC-STN-SYW-M2D-000001.rvt

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To the maximum extent permissible by law, Rail Agency takes no responsibility for, and makes no representations in relation to, the completeness, accuracy or quality of any information contained in this drawing. Each user of this drawing releases Rail Agency from all and any loss, damage, cost, expense or liability in relation to the use of, or any reliance on, this drawing or the information contained in it.

All written dimensions take precedence over scaled dimensions. This drawing is provided only for the information of the person or Organization to which Rail Agency provides it. It may not be provided to, or used by, any other person without RtA's prior written consent.

H

12

DISCIPLINE

DRAWING TITLE

APPROVED BY

S ALEEM

To the maximum extent permissible by law, Rail Agency takes no responsibility for, and makes no representations in relation to, the completeness, accuracy or quality of any information contained in this drawing. Each user of this drawing releases Rail Agency from all and any loss, damage, cost, expense or liability in relation to the use of, or any reliance on, this drawing or the information contained in it.

All written dimensions take precedence over scaled dimensions. This drawing is provided only for the information of the person or Organization to which Rail Agency provides it. It may not be provided to, or used by, any other person without RtA's prior written consent.

SCALE

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CH2M

COLUMN CONNECTION ELEVATION B

AAGC-C0162-ARC-STN-EXC-DRW-000011

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NCR No.

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AAGC-C0162-ARC-STN-EXC-DRW-000011

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EST

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R90.2

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1. ARCHITECTURAL LAYOUTS TO BE READ IN CONJUNCTION WITH: - BASIS OF DESIGN REPORT - STRUCTURAL GENERAL ARRANGEMENTS - MEP LAYOUTS - FIRE AND LIFE SAFETY REPORT - ACCESS AND MAINTENANCE STRATEGY - SECURITY REPORT - ACOUSTIC REPORT - FLOOD REPORT - F.O.H. LIGHTING - ADVERTISING - SIGNAGE - CFD - RETAIL ADVISORY 2. FOR LANDSCAPING REFER TO SEPARATE LANDSCAPE SUBMISSION. 3. FOR DETAILS OF HIGHWAYS REFER TO SEPARATE HIGHWAYS SUBMISSION. 4. FOR ARCHITECTURAL DETAILS REFER TO BOH & FOH DETAIL PACKAGES. 5. FOR MATERIALS SPEC REFERENCE REFER TO ARCHITECTURAL BUILDING WORKS AND FINISHES (ABWF) & BOH SPECIFICATIONS. 6. FOR FACADE DETAILS & SPECIFICATIONS REFER TO SUPPORTING CDRL PACKAGE NO. PKG 18.1 - SUP 1 7. FOR GENERAL NOTES, SYMBOLS, ABBREVIATIONS AND LEGENDS REFER TO: AAGC-N0001-ARC-NWW-GEN-DRW-000001 8. MAXIMUM TOLERANCE AROUND BLOCKWORK OPENINGS IS ± 5 MM 9. RETAIL INTERNAL FINISHES ARE BY TENANT

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KEY PLAN NOTES:

C

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ENGINEER

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C9

AAGC-C0162-ARC-STN-EXC-DRW-000011

C

9

C7

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3

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12 B

DCP3

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1 : 50

1 : 50

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EST

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1

AAGC-C0162-ARC-STN-EXC-DRW-000012

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AAGC-C0162-ARC-STN-EXC-DRW-000010

REFERENCE FILES UPDATED:

EST

FOR ENGINEER'S REVIEW

12

11

B

22.08°

FFL 19.870 m GROUND LEVEL

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CH2M

B

° .36 87

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AAGC-C0162-ARC-STN-EXC-DRW-000011

CLIENT

G

G

B 25/11/18

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C1 to, the completeness, +37.600 To the maximum extent permissible by law, Rail Agency takes no responsibility for, and makes no representations in relation accuracy or quality of any24862 information contained in this 16974 drawing. Each user of this 7888 drawing releases Rail Agency from all and any loss, damage, cost, expense or liability in relation to the use of, or any reliance on, this drawing or the information contained in it.

All written dimensions take precedence over scaled dimensions. This drawing is provided only for the information of the person to which Rail Agency provides25999 it. It may not be provided to, 18111 or used by, any other person7888 C2 or Organization+37.600 without RtA's prior written consent.

AAGC-N0001-ARC-NWW-GEN-DRW-000530

1652

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H



TOP OF CONCRETE LEVEL (TOC)

This drawing has been prepared by, or compiled from information provided by, persons other than Rail Agency.

D:\BIM\Revit 2017\AAGC-C0162-ARC-STN-SYW-M2D-000001_lust3303.rvt

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AAGC-N0001-ARC-NWW-GEN-DRW-001310



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4012 PLATFORM

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FFL 24.870 m MEZZANINE LEVEL 8

7

18m

SHEET SIZE

22/11/2018 16:43:15

2



DRAWING STATUS:

NCR No.

22/11/2018 16:42:47

02/05/2018 21:47:43

F CONSTRUCTION PACKAGE :

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0m

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1

AAGC-C0162-ARC-STN-EXC-DRW-000010

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AAGC-C0162-ARC-STN-SYW-DRW-000039

6m

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FALL

663

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1. ARCHITECTURAL LAYOUTS TO BE READ IN CONJUNCTION WITH: - BASIS OF DESIGN REPORT - STRUCTURAL GENERAL ARRANGEMENTS - MEP LAYOUTS - FIRE AND LIFE SAFETY REPORT - ACCESS AND MAINTENANCE STRATEGY - SECURITY REPORT - ACOUSTIC REPORT - FLOOD REPORT - F.O.H. LIGHTING - ADVERTISING - SIGNAGE - CFD - RETAIL ADVISORY 2. FOR LANDSCAPING REFER TO SEPARATE LANDSCAPE SUBMISSION. 3. FOR DETAILS OF HIGHWAYS REFER TO SEPARATE HIGHWAYS SUBMISSION. 4. FOR ARCHITECTURAL DETAILS REFER TO BOH & FOH DETAIL PACKAGES. 5. FOR MATERIALS SPEC REFERENCE REFER TO ARCHITECTURAL BUILDING WORKS AND FINISHES (ABWF) & BOH SPECIFICATIONS. 6. FOR FACADE DETAILS & SPECIFICATIONS REFER TO SUPPORTING CDRL PACKAGE NO. PKG 18.1 - SUP 1 7. FOR GENERAL NOTES, SYMBOLS, ABBREVIATIONS AND LEGENDS REFER TO: AAGC-N0001-ARC-NWW-GEN-DRW-000001 8. MAXIMUM TOLERANCE AROUND BLOCKWORK OPENINGS IS ± 5 MM 9. RETAIL INTERNAL FINISHES ARE BY TENANT

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+40.810 CEILING LEVEL

ELEVATION B

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AAGC-C0162-ARC-STN-SYW-DRW-000039

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3130 2000

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TOP OF CONCRETE

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AAGC-C0162-ARC-STN-EXC-DRW-000010 1. ARCHITECTURAL LAYOUTS TO BE READ IN CONJUNCTION WITH: - BASIS OF DESIGN REPORT - STRUCTURAL GENERAL ARRANGEMENTS - MEP LAYOUTS - FIRE AND LIFE SAFETY REPORT - ACCESS AND MAINTENANCE STRATEGY - SECURITY REPORT - ACOUSTIC REPORT - FLOOD REPORT - F.O.H. LIGHTING - ADVERTISING - SIGNAGE - CFD - RETAIL ADVISORY 2. FOR LANDSCAPING REFER TO SEPARATE LANDSCAPE SUBMISSION. 3. FOR DETAILS OF HIGHWAYS REFER TO SEPARATE HIGHWAYS SUBMISSION. 4. FOR ARCHITECTURAL DETAILS REFER TO BOH & FOH DETAIL PACKAGES. 5. FOR MATERIALS SPEC REFERENCE REFER TO ARCHITECTURAL BUILDING WORKS AND FINISHES (ABWF) & BOH SPECIFICATIONS. 6. FOR FACADE DETAILS & SPECIFICATIONS REFER TO SUPPORTING CDRL PACKAGE NO.3 PKG 18.1 - SUP 1 5 2 4 7. FOR GENERAL NOTES, SYMBOLS, ABBREVIATIONS AND LEGENDS REFER TO: AAGC-N0001-ARC-NWW-GEN-DRW-000001 3 AROUND BLOCKWORK 8. MAXIMUM TOLERANCE 9 OPENINGS IS ± 5 MM AAGC-C0162-ARC-STN-EXC-DRW-000012 9. RETAIL INTERNAL FINISHES ARE BY TENANT

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A

REV. DATE

TOP OF CLADDING

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CERTIFICATE 1 : 20

SHEET SIZECAD FILENAM A1

To the maximum extent permissible To the maximum by law, extent Rail Agency permissible takes by no law, responsibility Rail Agency for,takes and makes no responsibility no representations for, and makes in relation no representations to, the completeness, in relation accuracy to, theorcompleteness, quality of any accuracy information or contained quality of any in this information drawing. contained Each userinofthis thisdrawing. E drawing releases Rail Agency drawing fromreleases all and any Railloss, Agency damage, from all cost, and expense any loss, or damage, liability incost, relation expense to theor use liability of, orinany relation reliance to the on,use thisof, drawing or anyorreliance the information on, this drawing contained or drawing the in it.information contained it. or compiled from information provid This has been preparedinby, TITLE All DRAWING written dimensions takeAllprecedence written dimensions over scaled takedimensions. precedenceThis overdrawing scaled dimensions. is provided only Thisfor drawing the information is provided of only the person for the or information of the Organization to person which Rail or Organization Agency provides to which it. It Rail may Agency not be provided providesto, it. or It may usednot by,be any provided other person to, or used b without RtA's prior written without consent.RtA's prior written consent.

To the maximum extent permissible by law, Rail Agency takes no respon DRAWING NUMBER REVISION drawing releases Rail Agency from all and any loss, damage, cost, expen All written dimensions take precedence over scaled dimensions. This dra without RtA's prior written consent.

EAST ENTRANCE

1

DRAWN BY E STEVENSON

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This drawing has been prepared by, or compiled from information provided by, persons other than Rail Agency.

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APPROVED BY REVISION

AAGC-C0162-ARC-STN-CEL-DRW-000032 AAGC-C0162-ARC-STN-CEL-DRW-000032 B CERTIFIED BY F

PROJECT NAME DESIGNER

D

A

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S0590

PROJECTION 4620 ARCHITECTURE 4620 ARCHITECTURE 1118 EXPO R76 50R76 1118 50EXPO STATION 50 1118DESIGNED BY1 STATION REFLECTED REFLECTED CEILING PLANS CEILING CEILING PLANSPANEL CEILING P CHECKED BY TYPES TYPES F

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DRAWING TITLE DRAWING TITLE

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N0001 CHECKED BY CHECKED BY IND. REVIEWER IND. REVIEWER DESIGNER To the maximum extent permissible by law, Rail Agency takes no responsibility for, and makes no representations in relation to, the comp drawing releases Rail Agency from all and any loss, damage, cost, expense or liability in relation to the use of, or any reliance on, thisH draw DISCIPLINE ZONE ARC All writtenZ0036 dimensions take precedence scaled dimensions. is provided only for theAPPROVED information of the person or Organiz APPROVED BY over APPROVED

BY This drawing APPROVED DATE DATE NETWORK without RtA's prior written consent.

N0001 SYSTEM CLUSTER STN C0162CERTIFIED BY CERTIFIED BY CERTIFIED DATE CERTIFIED DATE DISCIPLINE ZONE ARC Z0036 SUB SYSTEM SEGMENT NETWORK CEL S0590CERTIFICATE NO.CERTIFICATE NO. PROJECT NAME PROJECT NAME PROJECT NUMBER PROJECT NUMBER IN SERVICE DATEIN SERVICE DATE N0001 SYSTEM CLUSTER Data Matrix STN C0162 Data Matrix DRAWING TITLE Code Code RAL/PPDD/077 RAL/PPDD/077 G REFERENCE FILES UPDATED: DISCIPLINE ZONE PROJECT NAME CONSTRUCTION PACKAGE : PROJECT CAD FILENAME CAD FILENAME 18.12 ARC OTHER INPUT : Z0036 AAGC-C0162-ARC-STN-SYW-M2D-000001.rvt AAGC-C0162-ARC-STN-SYW-M2D-000001.rvt SUB SYSTEM SEGMENT CEL S0590 50 1118 4620 CLUSTER RAL/PPDD/0 SYSTEM STN DCP4 8 9 9 10 10 C0162 11 11 12 12 DRAWING STATUS: DRAWING TITLE NCR No. G 1118 1118 50 1118 50 1118 50 1118

B

AAGC-C0162-ARC-STN-SYW-M2D-000001.rvt

To the maximum extent permissible by law, Rail Agency takes no responsibility for, and makes no representations in relation to, the completeness, accuracy or quality of any information contained in this drawing. Each user of this without RtA's prior written consent.

This drawing has been prepared by, or compiled from information provided by, persons other than Rail Agency.

1118

SUB SYSTEM

1118

DRAWING NUMBER DRAWING NUMBER

OPERATOR

8

IND. REVIEWER

drawing releases Rail Agency from all and or liability in relation to the use of, or any reliance on, this drawing or the information contained in it.

5any loss, damage, cost, expense 7 9 All written dimensions take precedence over 10 is provided only for the information of6the person or Organization to11 scaled dimensions. This drawing which Rail Agency provides it. It may not be provided to, or used by, any12 other person

4

DCP4

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G 1118

6 10 7 11 8 12 DAS No. DATE FCR No. NCR No. CERTIFIED BY CERTIFIED CAD FILENAME DCP4 DRAWING This drawing has been prepared by, or compiled from information provided by,STATUS: persons other than Rail Agency.

AAGC-C0162-ARC-STN-SYW-M2D-000001.rvt NOT CONTROLLED 2 IF PRINTED 1 OTHER INPUT : CONSTRUCTION PACKAGE : 18.12IN inSERVICE To the maximum extent permissible by law, Rail Agency takes no responsibility relation to, the completeness, accuracy or quality of any information contained in this drawing. Each user of this PROJECT NUMBER CERTIFICATE NO.for, and makes no representations DATE 6 7AAGC-C0162-ARC-STN-SYW-M2D-000001_detached.rvt 8 Data Matrix drawing releases Rail Agency from all and any loss,11 damage, cost, expense or liability in relation to the use of, or any reliance12 on, this drawing or the information contained in it.

105 FILE PATH: All written dimensions take precedence over scaled dimensions. This drawing is provided onlyMODEL for the information of the person or Organization to which Rail Agency provides it. It may not be provided to, or used by, any other person Code RAL/PPDD/077 consent.

This drawing has been prepared by, or compiled from information provided by, without personsRtA's otherprior thanwritten Rail Agency.

DRAWING CADSTATUS: FILENAME NOT CONTROLLED MODELDCP4 FILE REVISION: IF CPRINTED RAL/PPDD/077

PROJECT NAME 94

APPROVED CERTIFICATE IN SERVICE BY No. DATE

CONTRACTOR

S ALEEM

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FCR No. FILES UPDATED: NCR No. REFERENCE 2

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To the maximum extent permissible by law, Rail Agency takes no responsibility for, andDESIGN, makes no representations in relation to, the completeness, accuracySUBJECT or quality of TO any information contained in this drawing. Each user of this 1. INTERIOR ADVERTISING, FOH LIGHTING AND SIGNAGE drawing releases Rail Agency from all and any loss, damage, cost, expense or liability in relation to the use of, or any reliance on, this drawing or the information contained in it.

H DESIGN DEVELOPMENT. All written dimensions take precedence over scaled dimensions. This drawing is provided only for the information of the person or Organization to which Rail Agency provides it. It may not be provided to, or used by, any other person without RtA's prior written consent.

REFERENCE FILES UPDATED:2. ARCHITECTURAL LAYOUTS TO BE READ IN CONJUNCTION WITH:

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1. ARCHITECTURAL LAYOUTS TO BE READ IN CONJUNCTION WITH: - BASIS OF DESIGN REPORT - STRUCTURAL GENERAL ARRANGEMENTS - MEP LAYOUTS - FIRE AND LIFE SAFETY REPORT - ACCESS AND MAINTENANCE STRATEGY - SECURITY REPORT - ACOUSTIC REPORT A - FLOOD REPORT - F.O.H. LIGHTING - ADVERTISING - SIGNAGE - CFD - RETAIL ADVISORY 2. FOR LANDSCAPING REFER TO SEPARATE LANDSCAPE SUBMISSION. 3. FOR DETAILS OF HIGHWAYS REFER TO SEPARATE HIGHWAYS SUBMISSION. 4. FOR ARCHITECTURAL DETAILS REFER TO BOH & FOH DETAIL PACKAGES. 5. FOR MATERIALS SPEC REFERENCE REFER TO ARCHITECTURAL BUILDING WORKS AND FINISHES (ABWF) & BOH SPECIFICATIONS. 6. FOR4FACADE DETAILS & SPECIFICATIONS REFER TO SUPPORTING CDRL 15 PACKAGE NO. PKG 18.1 - SUP 1 B 1000 LEGENDS REFER TO: 7. FOR GENERAL NOTES, SYMBOLS, ABBREVIATIONS AND 5 1000 6 1 AAGC-N0001-ARC-NWW-GEN-DRW-000001 1000 1000 IS ± 5 MM 8. MAXIMUM TOLERANCE AROUND BLOCKWORK OPENINGS 2 10009. RETAIL INTERNAL FINISHES ARE1BY TENANT 5 6 1000

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SCALE

OTHER INPUT :

APPROVED BY

1 : 20

CERTIFIED BY

PROJECT NAME

PROJECT NUMBER RAL/PPDD/077

8

9

Data Matrix Code

10 This drawing has been prepared by, or compiled from information provided by, persons other than Rail Agency.

CERTIFICATE NO. CAD FILENAME

11

DLTM E STEVENSON

B

A1

DRAWN BY

S ALEEM

IND. REVIEWER

H

APPROVED DATE CERTIFIED DATE IN SERVICE DATE

AAGC-C0162-ARC-STN-SYW-M2D-000001.rvt

12

NOT CONTROLLED IF PRINTED

To the maximum extent permissible by law, Rail Agency takes no responsibility for, and makes no representations in relation to, the completeness, accuracy or quality of any information contained in this drawing. Each user of this drawing releases Rail Agency from all and any loss, damage, cost, expense or liability in relation to the use of, or any reliance on, this drawing or the information contained in it.

All written dimensions take precedence over scaled dimensions. This drawing is provided only for the information of the person or Organization to which Rail Agency provides it. It may not be provided to, or used by, any other person without RtA's prior written consent.

OTHER

Concept Design of Proposed Marine Transport Stations along Dubai and Business Bay Canals

Ground FloorPlan

4.1.4 Modern Option Plans

DUBAI MARINE TRANSPORT STATION Cafe

Building Type: Transit Station Client: Dubai Roads & Transport Authority Design Competition

Ref St

Kit IT

Ret WC WC Waiting

Refer to Appendix A for larger scale plans Mech Mech 1 2

Office

La by

•

y-

A competition was commissioned by the Roads and Transport Authority of Dubai to conceptualize marine transport stations located at various key points in the Dubai Canal. This proposed design draws inspiration from Dubai’s heritage of the fishing and pearling industry, with the canopy following the three dimensional form of a casted fishing net.

• •

Elec

Ground FloorPlan

Conceptualized the contemporary design proposal derived from the Emirati culture and traditions Integrated creative sustainable design solutions through the idea of photovoltaic panels in the modular station canopy Worked with senior architects to create a proposal including a costing and feasibility study for the station construction along with proposed future locations along the creek.

Mech Mech 1 2

First FloorPlan

Elec

This concept design was selected as the winner of the design competition and construction for the first station was completed in 2019.

Software Used: AutoCAD, Adobe CS, Rhino, Sketchup, Lumion

First FloorPlan

Quayside

Station

Roof Plan

Dubai Canal Project: RTA/MAR/396/2015/1

May 2016

Concept Design of Proposed Marine Transport Stations along Dubai and Business Bay Canals

4.1.6 Modern Option Conceptual Perspectives

Site Plan Project: RTA/MAR/396/2015/1

May 2016

Project: RTA/MAR/396/2015/1 Concept Design of Proposed Marine Transport Stations along Dubai and of Business Bay Canals Concept Design Proposed Marine Transport Stations

May 2016

Roof Plan Project: RTA/MAR/396/2015/1

along Dubai and Business Bay Canals

16 May 2016

Concept Design of Proposed Marine Transport Stations

along Dubai and Business Bay Canals 4.1.6 Modern Option Conceptual Perspectives View Quayside looking East Perspectives 4.1.6 from Modern Option Conceptual

View from Quayside looking West

Project: RTA/MAR/396/2015/1 Concept Design of Proposed Marine Transport Stations along Dubai and Business Bay Canals

View from Quayside looking West View from Quayside looking West

View from Quayside looking East View from Quayside looking East View from Canal looking West

View from Canal looking West View from Canal looking West

View from from Quayside Quayside looking looking East West View View from Quayside looking East

May 2016

Project: RTA/MAR/396/2015/1

Elevation View fromSouth Quayside looking East

South Elevation View from Quayside looking East

East Elevation View from Canal looking West

May 2016

Concept Design of Proposed Marine Transport Stations along Dubai and Business Bay Canals

View from Quayside looking East

4.1.6 Modern Option Conceptual Perspectives

West Elevation

West Elevation

18

STAFF LIVING + OFFICES

STAFF FACILITIES - KAZAKHSTAN

2.5 Office + Staff Accommodation Design Ground Floor Plan

2.5 Office + Staff Accommodation Design Second Floor Plan

2.5 Office + Staff Accommodation Design First Floor Plan

Project Type: Design Concept Located in a remote site off of Kazakhstan and inspired by community living, these facilities were developed to create an integrated and self-contained private mix of accommodation, offices and a leisure center.

Keeping in mind climate fluctuation, building efficiency, material resourcing and regional context, these facilities were benchmarked as a series of pre-fabricated, interconnected spaces that would provide pockets of experiences 2.5 Office + Staff Accommodation Design within the compound.

Corridors and Lobby

Corridors / Public Access

Corridors / Public Access

Back of House / Storage

Back of House / Storage

Back of House / Storage

Cafe / Pantry

Cafe / Pantry

Cafe / Pantry

Clinic

Office and Meeting Rooms

Office and Meeting Rooms

MEP

1 Bed Room

1 Bed Room

Heated VIP Car Park

2 Bed Room

2 Bed Room

4 Bed Room

4 Bed Room

MEP

MEP

Washrooms

Washrooms

Washrooms Recreation Area Kitchen Shop

Aerial Render - Winter

2.5 Office + Staff Accommodation Design Third Floor Plan

Softwares Used: Autocad, Adobe CS, Lumion, Sketchup

2.5 Office + Staff Accommodation Design Roof Level Plan

2.5 Office + Staff Accommodation Design Roof Level Plan

Corridors and Lobby

Corridors and Lobby

Back of House / Storage

Back of House / Storage

1 Bed Room

Roof Terrace

2 Bed Room

1 Bed Room

4 Bed Room

VIP Room

MEP

VVIP Room

Washrooms

MEP

2.6 Leisure Center 2.5 Office Design Elevations Elevations

2.6 Leisure Center Elevations

2.6 Leisure Center Sections 2.5 Staff Accommodation2.5 Office + Staff Accommodation Design Elevations Sections Corridors / Public Access Back of House / Storage Cafe / Pantry Recreation Area Gym Viewing Area Washrooms and Lockers

2.5 Office + Staff Accommodation Design 3D Render - Summer

2.5 Office + Staff Accommodation Design 3D Render - Summer

2.5 Office + Staff Accommodation Design 3D Render - Summer

Corridors and Lobby

4 Bed Room

Back of House / Storage

VIP Room

Cafe / Pantry

VVIP Room

Clinic

MEP

Offices

Kitchen

1 Bed Room

Washrooms

2 Bed Room

2.5 Office + Staff Accommodation Design 3D Render - Winter

2.5 Office + Staff Accommodation Design 3D Render - Winter

2.5 Office + Staff Accommodation Design 3D Render - Summer

RECREATIONAL CENTRE 2.6 Leisure 2.6Center Leisure Center Sections Sections

Leisure Center 2.6 Leisure Center 2.6 Leisure2.6 Center Ground First Floor Plans Ground & First Ground Floor Plans & First Floor&Plans

2.6 Leisure Center Elevations

2.6 Leisure Center Elevations

Corridors / Public Access Corridors / Public Access Back of House / Storage Back of House / Storage Cafe / Pantry

Cafe / Pantry

Recreation Area

Recreation Area

Gym

Gym

Viewing Area

Viewing Area

Washrooms and Lockers Washrooms and Lockers

2.3 Building Materials Leisure Center

2.3 Building Materials Staff Accommodation

2.3 Building Materials Head Office

MATERIAL STUDIES

Corridors / Public Access Corridors / Public Access Corridors / Public Access

2.6 Leisure Center Aerial Render - Winter

Polycarbonate Panels

Reconstituted Stone / Brickwork

Rose Gold Aluminum Fins

Indicative Facade Detail Section

Indicative Facade Detail Section

Facade Detail Plan

Back of House / Storage

Back of House / Storage Back of House / Storage

Cafe / Pantry

Cafe / Pantry

Cafe / Pantry

Recreation Area

Recreation Area

Recreation Area

Gym

Gym

Gym

Viewing Area

Viewing Area

Viewing Area

Washrooms and Lockers Washrooms and Lockers Washrooms and Lockers

2.6 Leisure Center 3D Render - Winter

OPTION 3 - DIRIYAH HOUSE RIYADH METRO Building Type: Transit, Station Entrances Client: Dubai Roads & Transport Authority Design Competition The Riyadh Metro Package was comissioned by FAST consortium for Elevated Stations and Underground Station and entrances, on Lines 4 & 6. The design and build package includes 25 stations and two depots, 63km of track.

During this project I developed my skills on Revit through the development and completion of the drawing packages for the final construction phases of the underground stations. Consequently, I assisted with the dvelopment of the detail design package for the underground station entrances, through consistent collaborationa nd liasion with the facade engineers.

• • • •

Assisted the project team in the production of architectural drawings and construction documents Collaborated with facade engineers for design of the station entrances Modified and improved the viaduct construction drawing package Worked closely with the project architect in the design and development of the facade detail drawings

OPTION 2 - THE DIRIYAH EXPER

DESIGN APPROACH EVOLUTION

G20 SUMMIT MEETING ROOM

DESIGN APPROACH EVOLUTION

Project Type: Concept Design Drawing inspiration from the UNESCO Heritage site it is situated in, various options were proposed to the client for the ORGANIC meeting location for world leaders as they gathered in KSA, for the G20 Summit inSTREET 2020. Taking into consideration CLUSTER PROTECTIVE STREET PRIVATE SPACES WALLED COURTYARD RECEPTION ORGANIC CLUSTER PROTECTIVEBUILDING PRIVATE SPACE LINEAR APPROACH Studying the architecture ,the The traditional houses of Diriyah area vs private/indoor Public traditional streets vs A traditional exterior wall Studying the architecture ,the Narrow streets which lead to the Houses are designed opening Creating the same ideas of spatial experience and regionalOutdoor context, the concept design was articulated to show ainward sense of procession intraditional human experience and the life style are made of massive external area, the outdoor areas are private /semi private spaces, thethe life style protecting internal human experience and privatethe spaces. to a courtyard which experience of the journey that of Al Turaif. walls for privacy and protection considered more active and private spaces (whichofcould have contemporary space/building.

Al Turef.

Thesecontext. alley streets define the acts like circulation lobby before each individual goes through an out of the spaces, creating visual and physical dialogue with the surrounding for the internal house. public or semi-public areas. its own identity) is protected by Simple ,inElegant. main elements the traditional reaching the private spaces/ from the old city to reach there the traditional wall surrounded.

urban fabric.

rooms.

homes.

Materiality and vernacular were key design philosophies that were integrated into the spaces as well as the idea of DROP-OFF discovery through courtyards and gathering areas. Each design option displayed the idea of monolithic alleyways and earthen textures, directly reflecting the Diriyah ruins which the project was orientated towards.

DROP-OFF

Software Used: AutoCAD, Adobe CS, Rhino, SketchUp

TRANSLATOR ROOM + TOILETS

MAIN ENTRANCE

THE TRADITIONAL WALL

TRANSLATORS ROOM + TOILETS

GLASS LOBBY / GALLERY

MAIN ENTRANCE

G

G20 MEETING ROOM

COURTYARD

GLASS LOBBY / GALLERY

TRANSLATOR ROOM + TOILETS GLASS LOBBY / GALLERY

Software Used: Revit, AutoCAD, Rhino

COURTYARD

G20 MEETING ROOM PARKING G20 MEETING ROOM

PANTRY + SERVICE

PARKING

OPTION 2 - THE DIRIYAH EXPERIENCE OPTION 22- THE DIRIYAH EXPERIENCE DESIGN CONCEPT

OPTION 3 - DIRIYAH HOUSE OPTION 3 - 1DIRIYAH HOUSE DESIGN CONCEPT

DESIGN APPROACH EVOLUTION

DESIGN APPROACH EVOLUTION

DESIGN APPROACH EVOLUTION

DESIGN APPROACH EVOLUTION

ORGANIC CLUSTER

Studying the architecture ,the human experience and the life style of Al Turaif.

ORGANIC CLUSTER

UNDERGROUND STATION ENTRANCES

WA

Once go alley way

Studying the architecture ,the human experience and the life style of Al Turaif.

PROTECTIVE STREET

PRIVATE SPACES

The traditional houses of Diriyah are made of massive external walls for privacy and protection for the internal house.

Outdoor area vs private/indoor area, the outdoor areas are considered more active and public or semi-public areas.

The traditional houses of Diriyah are made of massive external walls for privacy and protection for the internal house.

Outdoor area vs private/indoor area, the outdoor areas are considered more active and public or semi-public areas.

PROTECTIVE STREET

PRIVATE SPACES

WALLED COURTYARD

RECEPTION BUILDING

Public traditional streets vs private /semi private spaces, the private spaces (which could have its own identity) is protected by WALLED COURTYARD the traditional wall surrounded.

Public traditional streets vs private /semi private spaces, the private spaces (which could have its own identity) is protected by the traditional wall surrounded.

A traditional exterior wall protecting the internal contemporary space/building.

Simple , Elegant.

RECEPTION BUILDING

A traditional exterior wall protecting the internal contemporary space/building.

Simple , Elegant.

ORGANIC CLUSTER

PROTECTIVE STREET

PRIVATE SPACE

Studying the architecture ,the Narrow streets which lead to the Houses are designed opening human experience and the life style private spaces. inward to a courtyard which of Al Turef.

These alley streets define the acts like circulation lobby before main elements in the traditional reaching the private spaces/ ORGANIC CLUSTER PROTECTIVE STREET PRIVATE SPACE urban fabric. rooms.

Studying the architecture ,the Narrow streets which lead to the Houses are designed opening human experience and the life style private spaces. inward to a courtyard which of Al Turef.

These alley streets define the acts like circulation lobby before main elements in the traditional reaching the private spaces/ DROP-OFF urban fabric. rooms.

LINEAR APPROACH

Creating the same traditional experience of the journey that each individual goes through from the old city to reach there LINEAR APPROACH homes.

Creating the same traditional experience of the journey that each individual goes through from the old city to reach there homes.

WALLED COURTYARD

RECEPTION BUILDING

Once going through the narrow alley ways, the space opens up to a courtyard.

The Reception Building represents the human experience of Al Turef. The journey from the streets to the majlis.

WALLED COURTYARD

Once going through the narrow alley ways, the space opens up to a courtyard.

RECEPTION BUILDING

The Reception Building represents the human experience of Al Turef. The journey from the streets to the majlis.

DROP-OFF

DROP-OFF

SECTION

MAIN ENTRANCE DROP-OFF COURTYARD

OPTION 3 - DIRIYAH HOUSE THE TRADITIONAL WALL TRANSLATOR ROOM + TOILETS MAIN ENTRANCE GLASS LOBBY / GALLERY

DESIGN APPROACH EVOLUTION

TRANSLATOR ROOM + TOILETS

MAIN ENTRANCE

THE TRADITIONAL WALL

COURTYARD

OPTION 2 - THE DIRIYAH EXPERIENCE

G20 MEETING ROOM

GLASS LOBBY / GALLERY

TRANSLATORS ROOM + TOILETS

COURTYARD

GLASS LOBBY / GALLERY

COURTYARD

DESIGN APPROACH EVOLUTION

SECTION

G20 MEETING ROOM

GLASS LOBBY / GALLERY TRANSLATOR ROOM + TOILETS

MAIN ENTRANCE G20 MEETING ROOM

COURTYARD

TRANSLATORS ROOM + TOILETS

GLASS LOBBY / GALLERY

GLASS LOBBY / GALLERY

G20 MEETING ROOM

GLASS LOBBY / GALLERY

TRANSLATOR ROOM + TOILETS G20 MEETING ROOM GLASS LOBBY / GALLERY

COURTYARD

PARKING G20 MEETING ROOM

G20 MEETING ROOM PANTRY + SERVICE

PARKING G20 MEETING ROOM

PARKING PANTRY + SERVICE

ORGANIC CLUSTER

PARKING

Studying the architecture ,the human experience and the life style of Al Turaif.

PROTECTIVE STREET

The traditional houses of Diriyah are made of massive external walls for privacy and protection for the internal house.

PRIVATE SPACES

Outdoor area vs private/indoor area, the outdoor areas are considered more active and public or semi-public areas.

WALLED COURTYARD

Public traditional streets vs private /semi private spaces, the private spaces (which could have its own identity) is protected by the traditional wall surrounded.

RECEPTION BUILDING

A traditional exterior wall protecting the internal contemporary space/building.

Simple , Elegant.

ORGANIC CLUSTER

PROTECTIVE STREET

Studying the architecture ,the Narrow streets which lead to the human experience and the life style private spaces. of Al Turef.

These alley streets define the main elements in the traditional urban fabric.

PRIVATE SPACE

Houses are designed opening inward to a courtyard which acts like circulation lobby before reaching the private spaces/ rooms.

LINEAR APPROACH

Creating the same traditional experience of the journey that each individual goes through from the old city to reach there homes.

WALLED COURTYARD

Once going through the narrow alley ways, the space opens up to a courtyard.

RECEPTION BUILDING

The Reception Building represents the human experience of Al Turef. The journey from the streets to the majlis.

DROP-OFF

DROP-OFF THE TRADITIONAL WALL MAIN ENTRANCE COURTYARD

SECTION TRANSLATOR ROOM + TOILETS

MAIN ENTRANCE G20 MEETING ROOM

GLASS LOBBY / GALLERY

TRANSLATOR ROOM + TOILETS GLASS LOBBY / GALLERY

COURTYARD

G20 MEETING ROOM PARKING G20 MEETING ROOM

PANTRY + SERVICE

PARKING

TRANSLATORS ROOM + TOILETS

COURTYARD GLASS LOBBY / GALLERY

GLASS LOBBY / GALLERY

G20 MEETING ROOM

AVM PAVILION

TRAVEL SKETCHES

Project Type: Student Design + Build The AVM Pavilion is a shading structure situated in the American University of Sharjah built and designed by the students, for the students. Constructed of a continuous steel frame reciprocally supporting and supported by 44 discrete frame units, the structure combines both stacked and frame structural typologies, emulating the form of a native plant, Dipcadi Serotinum.

VENICE, UAE National Pavilion

Using softwares such as Grasshopper and Kangaroo Physics, the design manipulates the 2D geometry and 3D units into a crystalline structure that was able to support itself. For construction, the 3mm stainless steel was folded and each unit functioned holistically as surface, structure, ornament and bracing. The resulting structure is an amalgamation of its Animal, Vegetal and Mineral characteristics.

Software Used: Rhino, Grasshopper, Kangaroo Physics UNIT VARIATIONS DESIGN BUILD PROTOTYPE Fabrication: Laser Cutting, CNC Routing, 3D Printing DESIGN AFFECTS- PLANT + PROTOTYPE:

GROUP MEMBERS:

1- DIRECTIONALITY 2- INTERLOCKING 3- REPETITION 4- SYMMETRY

DONNA SALLY SARA MAY

MASSING STRATEGY GROUP MEMBERS:

The unit was manipulated to create variation in openings which generate distinct experiential qualities of light, shadows and views while inhabiting the space.

TYPE 1

TYPE 2

TYPE 3

DONNA SALLY SARA MAY

GROUP MEMBERS:

MASSING EXPLORATION FOR SHADING PAVILION, EXPLORING FRONTALITY PLAN | SECTION 1:20

DONNA SALLY SARA MAY

TYPE 4

DIPCADI SEROTINUM

PLAN VIEW

ELEVATION

A A

TYPE 1

TYPE 2

TYPE 3

TYPE 4

PLAN A-A

OUTER SURFACE

B B

DESIGN DECISIONS

STRUCTURE

SCALE 1:40

SECTION B-B

INTERIOR SURFACE

UNROLLED SURFACES

SCALE 1:15

INTERIOR SURFACE

SCALE 1:25

AXONOMETRIC

SCALE 1:15

CHINA, Atkins Travel Scholarship