Undergraduate Portfolio - Fares Al Rajal by Fares Al Rajal

FR ARCHITECTURE PORTFOLIO @far.arch

Fares Al Rajal

Address

Architectural Designer

Calle Gran Via 42º 28013 Madrid, Spain

Cont

Al Barsha 1, Street 31 487392 Dubai, UAE

Profile Fresh graduate from IE School of Architecture and Design with multiple competition finalist awards, diverse internships, two universities, and experience in the EU and MENA regions. Education Bachelor of Architecture at American University in Dubai Dubai, UAE September 2016-July 2019 Developed my passion for design and creativity through great professors and references Experimenting with various styles and programs Bachelor of Architecture at IE School of Architecture and Design Segovia, Spain September 2019-June 2021 Easier access and closer proximity to significant buildings and architects through self-travelling and study tours Further honing my critical thinking and widening my knowledge Developing my technical skills and detail Work Experience Intern at Salis Design - Dubai, UAE (January 2019-February 2019) Detailing shop drawings, Villa proposals and renders Intern at Solid STE - Dubai, UAE (May 2019-August 2019) Villa extension and renovation drawings and renders Daily on-site supervision + Snag list Research in collaboration with Professor Ruben Garcia Rubio Dubai, UAE (May 2019-June 2019) Building surveys and modelling Intern at Aires Mateus - Lisbon, Portugal (May 2020-August 2020) (Suspended due to global pandemic) On-site Architect / Assistant Project Manager for an apartment renovation Dubai, UAE (June 2020-September 2020)

Professional Skills

Hardwork & Tire Interpersonal Co Leadership & M Adaptability & C Critical Thinking Collaboration & Management & Public Speaking Skills

Autocad Adobe Photosho Adobe Illustrato Adobe Indesign Rhinoceros V-ray 3D Printing Unreal Engine Revit Sketchup Grasshopper Lumion MS Powerpoint MS Word MS Excel Keynote Maya

Hobbies and Intere Psychology Philosophy Mindfulness

faresalrajal@gmail.com +34657208253 +971502759820

Social Media

https://linktr.ee/faresalrajal

Digital Portfolio

tact

LinkedIn: Fares Al Rajal Instagram: @far.arch

Recognitions Top Design Studio Project (Studio V) “Paramount” December 2018

elessness ommunication Management Creativity g & Problem-Solving & Transferable Skills & Decision Making g

Top Design Studio Project (Studio VI) “Pellucid” + “Protean” April 2019 Non-architecture Redraw.01 Competition Finalist “Deception” May 2019 Non-architecture Redraw.02 Competition Finalist “A Non-Objective Architecture” May 2020

op or n

English

References

Arabic

“Fares can work independently and develop his projects to a high level of architectural definition” “He has the ability to grasp complex concepts and techniques and develop them”

Spanish

“He can analyze given problems and develop arguments in a well-informed and articulate way” ”Not only would he develop further his experience and abilities but also contribute to the group as a whole” -Tala Vaziri, Ph.D.

ests Debate Socializing Travel

Art Fashion Sports

Previous Professor - Rada Yaiche +971 52 891 8560 rada.yaiche@gmail.com Previous Employer - Rashid Dalmook +971 50 650 8650 rashid@salisdesigns.com

Design Studio Projects

Patch page 7

Weave page 29

Protean page 35

Inclusive City page 15

Pellucid page 39

Paramount page 41

Patch: Territory

Ground Floor

connecting ecosystems

The aim of this intervention is to connect the various ecosystems that are recurring along the whole coast yet are not allowed to interact due to the rigidity of the barriers (which are the streets) and a zoning that does not allow for that overlap to occur. These ecosystems are the beach, summer houses, buffer strip, and rice fields. Since the beach is the main and only attraction, therefore constant trials of extending the shoreline leading it to being over occupied. As a result, it leaves a chaotic buffer zone consisting of random elements of the area between the beach houses and the rice fields, in addition to a complete neglect of the rice fields. Due to that, seasonality emerges as an issue where the area is deserted for much of the year other than the summer. The potential and opportunity is in proposing an intervention that overlaps the layers, adds and attraction, and activates the strip. All while being respectful to the existing ecosystems. This is achieved by organizing these different elements on the strip and providing a prototype of how they can all be integrated together and activated all year round. By introducing experiential rice fields at the base of the strip, public programs on the ground floor, and an elevated new typology of summer houses above, lastly connecting all these ecosystems using observation platforms.

Patch

A first look at how all the layers come together and extend to the site literally and by introducing the existing ecosystems

Type: Undergraduate Thesis Project Instructor: Fernando Rodriguez Project Year and Duration: January to June 2021 Academic Year: 5th year, 2nd semester Location: El Perello - Valencia, Spain

The landscape introduces existing site ecosystems such as production zones of orchards and greenhouses, water features, and rice fields providing jobs and income for farmers

Complete Booklet

Proposal’s sha imize openne the site and bl

Bus stops and parkings on Ruta del Bacalao making the site more accessible and giving drivers a reason to stop Proposal minimally touches the ground with only 15 points along the whole plot to give a prototype of rice field conscious architecture

Creating continuity from rice fields to the beach through waterways, ramps, decks, and pavements

Surroundings: CV-500

Surroundings: Town View

For an intervention on this site, it is important to give the drivers on the busy Ruta Del Bacalao a reason to stop

Project Insertion: Aerial View

The town an intervention that extends to it

EL PERELLÓ

Heaven B

First Floor

E 1:2750 0

Second Floor

150

250 m

INFRASTRUCTURE Legend roads

Highways Water gates

Primary road - CV 500

Valencia

Secundary road Tertiary road Irrigation ditch Bus stop

El Perelló CV-50

El Perelló

Casa Sancho

El Perelló

U53 Casa Blanca Prebab concrete docks Capacity: 189 moorings

PU28

Cullera

Sueca

CV-502

CV-500

Sant Pasqual Bailon Church

R27

ECONOMY Euros

Barraca de D. Javier Puchol

1.989,9 2.000,00

23.000

1.880,45

1.800,00

1.820

22.500

1.728,39

Income price * prductivity

1.800 1.790

22.000

1..600,00

1.780

1.438,32

1.770

21.500

1.400,00

1284,11

2009 euros/Ha

1.760 1.750

1.264,66

21.000

1.201,28 1.200,00

20.500

1.000,00

1.720

20.000

€/m2 2008

€/m2 2009

€/m2 2010

€/m2 2011

€/m2 2012

€/m2 2013

2013

€/m2 2015

2012

2014 2013

2015

2014

2015

2016

2017 2018

2017

2019

2018

People 29.500 29.000

Costs and Income per hectre for Small Specialized Rice Farms

Subsidy Payments (PAC + Agroenvironmental Subs.)

The Average gross Income in Sueca is 23,034 euros Total Number of Comapnies in the Municipality

Average mooring prices

1454 euros/Ha

3.600 3.400

28.500

3.200 28.000

3.000 2.800

27.500

2.600 27.000

2.400

Profits without Subsidies

2.200

26.500

R28

2.000 26.000

1.800

-1230 euros/Ha

1.600

25.500 ‘01

’02

‘03

’04

‘05

’06

‘07

’08

‘09

’10

‘11

’12

‘13

’14

‘15

’16

‘17

’18

‘19

’20

Registered Unemployement in Sueca April 2012 - October 2019

Population of Sueca 2001-2020 Population in El Perello: 1824

U43

U27 U24

Costs (Excluding costs of opportunity)

Mapping of different economic functions:

Rent Prices vs. Property Prices

The economy of El Perello is based on the hotel sector and agriculture; oriental crops, traditional crops and rice.

Pieces Available for rent: 17 houses Average price / square metres: 6.8 euros/ m2 per month

Functions:

Range of Prices:

Hotels

Average 6.0 - 8.0 euros / m2

Restaurant

Summer popul.: 40000

Total Costs

Most Expensive 8.0 and above euros / m2

Cultural Areas of Interest

x 20 Winter popul.: 2000

2155 euros/Ha

Least Expensive 4.2 - 6 euros / m2

Parks - Argicultural Tourism

U27

3239 euros/Ha

Pieces available for sale: 299 houses Average price / square metres: 1.443 euros/ m2

Urbanized beach

Range of Prices:

Least Expensive 875 - 1500 euros / m2

Profits with Subsidies

Average 1500 - 2500 euros / m2

P28

224 euros/Ha

Most Expensive 2500 and above euros / m2

ECONOMY & LAND USE

Water flows from the sea to the canal that is later divided into 3 rivers providing to the rice fields and regulating the water levels

Contribution to Valencia’s Fishing Sector

R25

Anchovy

Sardine

Squid

Mussels

Street creates a very rigid division between the built structure and the vegetation, blocking any possibility of interaction

U43

Contribution to Valencia’s Farming Sector (7.795 ha)

Cuttlefish

3.8m tonnes 184k Ha 80% of Spain’s produce

Citrus

Prawn

Oranges

Legend urban morphology Farms - orchads

Mandarin

1m tonnes 33.3% of Spain’s produce

666k tonnes 33.3% of Spain’s produce

Greenhouses Volumes Almonds

Beach Walkway

50k tonnes One of Europe’s top

MORPHOLOGY & CULTURE

Informal barracks

Medium class mass tourism

1999

1-3 storeys

1845

8-13 storeys 4-8 storeys

R23

1960s

First conglomerations, fish then agriculture

Legend buildings Puzzle

Summer villas for the rich

Offically Minor Local Entity

U43 A 3

79 81 83 85 87 89 91 93 95 97

Greenhouses along the route act

U43 as a buffer between the residential

1.Espiral

and rice fields

2.N.O.D.

Isolated bubbles are created within the huge plots of either rice fields or touching them with no interaction whatsoever

3.ACTV 4.Spook 5.Heaven 6.Puzzle

(2011)

7.Barraca 8.Chocolate

6 (2004) 8

A Suburban typology

Zona D’ La Horta 12000 ha

E Plaza block typology

F Mixed block typology

rrie r

II. Middle class mass tourism

Curren limit Extension

D Street apartment typology

rrie

I. Traditional fishing and orchard

Valencia

C Community typololgy

Site Analysis

B Courtyard-community typololgy

III. Ruta del Bakalao network ruins

CV-500

The proposal extends to existing town’s public space and acts as a crossing while maintaining being light and not obstructing it

ape is chosen to maxess from both ends of lurs the lines as a result

Avinguda de la Loteria

Rice Fields

First Observation

Orchards

A recurring condition of disconnection between the various existing ecosystems (which are the beach, the summer houses, the orchards, and the rice fields), and an inability for them to interact due to the rigidity of the barriers, and a zoning that does not allow for an overlap

Summer Houses

Beach

Since the beach is the main and only attraction, therefore constant trials of extending the shoreline leading it to being over occupied. As a result, it leaves a chaotic buffer zone consisting of random elements of the area between the beach houses and the rice fields, in addition to a complete neglect of the rice fields

Second Observation Due to the beach being the only attraction, seasonality emerges as an issue where the area is deserted for much of the year other than the summer, with population dropping from 40,000 people in the summer to 2,500 in other seasons

40,000 people

2,500 people

Third Observation The potential and opportunity is in proposing an intervention that OVERLAPS the layers, ADDS an attraction, and ACTIVATES the strip

Food and beverage, sports fields, and public spaces welcome the visitors

Overlap existing layers

Add an attraction

Activate the strip

Opportunity Observation Platforms

Summer Houses

Public Spaces

Project Insertion: Top View The intervention blends with the strip and extends to the site

Rice Fields

Strategy

The strategy is to organize these different elements on the strip and provide a prototype of how they can all be integrated together and activated all year round, that’s achieved by introducing experiential rice fields at the base of the strip, public programs on the ground floor, and an elevated new typology of summer houses above, lastly connecting all these ecosystems using observation platforms

Rice Fields

Intervention

Patch: Proposal connecting ecosystems

Program

The site becomes more open to one another, with different zones such as the production zones, public spaces, bus stops and parkings, get introduced in a homogeneous way

Pavements breaking down scape to allow for pedestrian cyclist circulation around the

Summer Houses Bus Stop

Trees shading buildings

Summer Houses Residences Rural Retreat Communal Spaces The buildings are divided into 3 programs, 2 long-stay residential buildings in the middle, each connects either to a summer houses building or a rural retreat through a crossover void, with an objective of providing life all year round. Ground floor programs are tailored towards the building program such as sports and f&b for the summer houses, crop selling and kidergarten for the residences, and spa and pools for the rural retreat

Pathways continuing on rice fields

1. F&B 2. Pool 3. Grocery 4. Indoor Sports

Ground Floor Program

5. Crop Selling 6. Pool 7. Offices 8. F&B

Parking

Waterways connecting to existing rivers

3 4 7

9. Pool 10. Kindergarten 11. Grocery

Residences

Public functions in addition to landscape and pathways as views for residents

11 15 14

13 12

Observation decks as kiosks and markets for residents and farmers to sell their crops

12. Spa 13. Pool 14. Lobby 15. F&B

Rural Retreat

F&B Lights around the pavements to make the site safe and accessible at all times

South Gallery

The logic behind the landscaping is to keep the existing scale of plots as a base, penetrate them with pathways for pedestrians and cyclists as an experiential tool, a minimal touching of the ground with 15 points across the plot, and surrounding them with deciduous trees that provide shading to the buildings

Town Building Functions

Production zone of greenhouses

lann and e site

Ground Floor

Crossover Void

First Floor

Connection points to town public space Crossover Void Continuity to beach

1 Bedroom 2 Bedrooms Communal Spaces Private Terraces Green Roofs

Construction Process

Bus Stop

Second Floor

Structural Timber Frame

Placing Modular

Vertical Circulation

Horizontal Circulation

Terraces and Railings

Mesh and Shading

Shaded accessible roofs to be used all year round

North Facade

Functions that ensure activation of public space and act as views for residents

Patch: Building

5m grid for a one bedroom apartment

The buildings are broken down into the same elements, the structural locally sourced timber frame, the landscape penetrating the minimal ground floor, elevators and stairs connecting it to the gallery that brings the apartments together while providing a platform for communal spaces, private terraces, then covering it with a metal mesh wire that shades and acts as a framework for vegetation to grow, and lastly green roofs with their own shading

connecting ecosystems

Timber shading accessible roofs of private apartments

1.8m extension of frame allows to hold balconies or green wall substructure

Shared terrace between apartments

Metal mesh providing a dual purpose of shading the gallery and a framework for vegetation to grow

Private green roofs Corridor connecting apartments and communal spaces

9m frame width

Semi-private terrace Private terraces Private apartments Structural timber frame

Elevators

Public ground floor

Stairs

Landscape and pathways penetrating intervention

Structural Frame

Elements Axon

Technical rooms

Stairs

Elevato

Green continuity through intervention

Paved outdoor public spaces

Public functions

Sand paved pathway

Public all year round programs that blur the lines between building and nature such as the open pool in this case with the outdoor spaces

Ground Floor

Green wall

Private terrace

Private spaces Shared terraces

Technical core

Buffer space Semi-private spaces

Semi-private terrace The communal space extends to the first part of the apartment with a buffer zone yet it is less private, where then a technical core acts as a second buffer zone that seperates the very private part of the house that is towards the North. Other scenarios shown here are the shared terraces between two apartments and the fully communal space connected to the corridor

Perspective Elevation

Green wall Communal corridor

Vertical circulation

First Floor

Green continuity through intervention

Communal areas

10m grid for a two bedroom apartment

Vegetation growing on mesh frame

Communal terraces connected to corridor

Corridor connecting apartments

Shaded private accessible roofs

Connection between an apartment and the other’s roof

Shared terrace between two apartments

Private accessible green roof

More elements of the building shown here are the communal spaces, the shared balcony between two apartments, and one apartment using the other’s roof, while vegetation is grown on the metal mesh

The 9x5 meter open timber frame allows for modular building, natural cross ventilation. It extrudes 1.8m to the North to hold private balconies and green wall support, and 2.8m to the South to hold the buffer space, the corridor, and the communal spaces which the gallery consists of

2.8m extrusion of frame holds corridor with communal balconies

Perspective Section Elements

Communal spaces

Vegetation passing below intervention

Elevators connecting floors

Minimal public ground floor

Pavement creating pathway

Stairs connecting floors

Recycled timber that minimally touches ground as a structural frame

Connection to neighbor’s roof

Shaded terraces

Second Floor

Green roof Green mesh shading building

Shaded accessible roof

Roof

11 Perspective Section

Patch: Housing connecting ecosystems

Typical Floor Plan

Facade adaptation should be at the core of an intervention in a Mediterranean area, especially on the South facade, which holds the gallery that is for privacy and shading, less private spaces that require less privacy such as kitchens and study rooms will be placed towards the gallery. All above an open ground floor

South Facade

Typical Sec

M to tio ea

North Fac

The summer houses’ focus is having bigger apartments with medium density, shared terraces, and shaded roofs since it’s used in the summer

Summer Houses

Ground Floor

Roof Shading Green Roof Shared Terrace Private Terrace

Typical Floor

Main Focus: - Two-bedroom apartments - Shared terraces - Shaded roofs - Medium density - Private terraces

Roof Plan

Residences

Ground Floor For the long-term residences, the main focus is having a mix of apartments with a high density, more shaded private terraces since its used all year round, and green roofs to grow and sell crops

ction

More open and private spaces are owards the north side, with an opon to personalize the facade for ach tenant using the timber frame

cade

Roof Shading Green Roof Shared Terrace Private Terrace

Typical Floor

Main Focus: - Two-bedroom apartments - Shared terraces - Green roofs - Shaded roofs - High density - Private terraces

Roof Plan Rural Retreat

Ground Floor

The rural retreat focuses on more studio apartments with a low density, with it’s own private terraces and green roofs

Roof Shading Green Roof Shared Terrace Private Terrace

Typical Floor

Roof Plan

Main Focus: - Studio apartments - Private terraces - Private green roofs - Low density

Inclusive City Type: Academic Project, Urban Design Studio VI Instructor: Izaskun Chinchilla Project Year and Duration: January to June 2020 Academic Year: 4th year, 2nd semester Location: Chamartin - Madrid, Spain

Complete Booklet

8 trees scattered around the interior of the nursery in classes, offices, break room, cafeteria, conference room, to integrate children with nature in addition to the main courtyard that hosts 37 trees in addition to green spaces that act as a central view to all different functions.

A 10x10m open-web steel joist system topped with wood planks (that also reject heat) allows different types and sizes of penetrations through the roof to further encourage interior-exterior interaction between levels, and the facade to maximize exposure and openness.

6 nets are hanging fr roof allowing kids to more interactive playin es and more ways of i ing between the floors moment its above teach fices, blurring the line b serious and playful

rom the o have ng spacinteracts. In this hers’ ofbetween spaces.

4 skylights spread along the nursery where children could see their friends/ teachers in different rooms from the roof and vice versa.

In addition to the 48m ramp on the exterior that acts as a main path to the accessible roof, 2 stairs from the interior of classes have been placed on each side of the nursery to allow a faster route for children and teachers to move between levels.

Transparent facade that allows social interaction between inside and outside and framing the various activities happening on the inside. Structurally the facade touches the ground when it coincides with the columns.

Going higher up the floors, extrusions in the exposed circulation provide 931 spaces along the site to hangout, socialize, and overlook the ground floor green spaces and the whole courtyard. The transparency of the railing and the stairs further ensures this continous visual connection and eliminating blind spots.

This moment is highlighting the interaction between the interior and exterior of the building facilities on the ground floor. These pockets act as green spaces for residents while overlooking the interior functions of the building facilities. A maximum distance of 80 meters between these pockets to ensure a variety of options and close proximity.

42 pockets along the pub lic track (that wraps aroun the building mainly from th exterior) create small hub of social interaction on th outside, between comme cial spaces, and between th exterior and building faci ities as well as rest space

bnd he bs he erhe iles.

Where there aren’t main entrances, perforations are provided in the track to create shorter ways of entering and exiting the building to it. These pathways are distributed so that one is available in a distance of no longer than 100 meters.

Here we see a first glimpse at the interaction between the first floor of the building and the building facilities that goes around the whole site, created by these skylights on the communal spaces overlooking the children playing on the ground floor keeping them in sight and in close proximity to the parents.

This is one of the moments that could happen along the 90 (60 SMEs and 30 retail stores) that are located on the exterior facing side of the building and extend to the public track while at the same time visually connected to the building facilities towards the inside. These functions are mainly where residents are provided with job opportunities that are in close proximity to their houses. 17

Streets Reference: Living Streets by Hans Monderman Based on creating streets as shared social spaces that facilitate a variety of uses, not primarily as a vehicular thoroughfare, but as a residential garden to be equally used by pedestrians, cyclists and cars.

Public transport is very encouraged in the project, providing 2 bus stops on each side of every courtyard (total of 14) connecting to bus lines 129, 150, and 174, that are a 5 minute ride to Chamartin Railway Station which further branches out to different areas of Madrid and Spain.

Lighting is a very aspect in creating of safety at night spaces which M rently lacks, ther have been im above every se 624 lights in tota whole project po solar energy ensu

As a result of researching Hans Monderman’s works, street have been thought of as shared social spaces with uses rather than dead spaces, they have been activated and seperated by the different pavement materialities rather than the usual signs and traffic lights, this creates more harmony, unity, and continuity.

y important g a feeling in different Madrid currefore lights mplemented eating spot. al round the owered by uring safety.

This intermediate (belt) space between the building facilities (green space) and the public building (brown) acts as a buffer zone between the semi-public and fully public spaces in addition to a space where economic, social, and environmental activities could take place on a pop-up basis.

Rather than using the conventional white paint for street crossings and differentiation between spaces, the materials of the spaces themeselves have been used to further enhance continuity between the two spaces and not create a strong boundary line as is in the current street system.

Pavements have been chosen based on their heat gain and heat island effect, minimizing use of these types of materials nad maximizing compressed mud, greenery, water features, and light materials. Other materials used are rubber for the public track, concrete for some of the seating and pop-up spaces where it’s necessary, and wood for the nursery. 19

Room used as a comfortable office space supporting work from home with sunlight and ventilation.

Minimal partitions are used, no closed off walls along the ground floor to allow air to flow.

Dining and living areas with maximum exposure to sunlight and views through the 9.4m glass window that goes all the way from the ground to the ceiling.

In this configuration, the resident decides to seperate this room from the apartment and use it as a rental for someone who is working on-site for a short period of time, and needs a temporary and affordable place to stay. Reference: Jo Noero Social Housing in South Africa

Ground Floor Configurations

Here it’s a double bed configuration for children adding more capacity.

Bathroom door placed privately for the room.

First Floor Configurations 21

Total Area: 35,525sqm Greenery: 5,368sqm Trees: 210 trees Public Track: 7,398sqm Public Transport: 2,970sqm Cars: 3,096sqm Compressed Mud: 552sqm Concrete: 295sqm Public Building: 6,241sqm Commercial: 3,196sqm Building Facilities: 5,304sqm Cummunal Spaces: 1,728sqm Lights: 78 lights Water Features: 470sqm

Options of Shared Spaces

Second Typical Floor Plan

Typology A: Typology B: Typology C: Typology DA Typology DB Typology DC

Activated Circulation Spaces

Community Buildings

Organ (public building) acting as a pleasant and lively view for the tenants.

Communal spaces with various options occupying 21% of each floor.

First Floor Plan

: 29% : 24% : 19% A: 10% B: 12% C: 5%

Exposed Circulation

First Typical Floor Plan

PRODUCED BY AN AUTODESK STUDENT VERSION

Weave

Commercial vs. Cultural Center

Complete Panels

Residential

Roof Park

Height Reduction

Commercial Facade

Difference in Cultural Centers

Roof Park

Entrance to Site

Commercial Surrounding Neighborhood

Interaction Between Different Levels

Ventilation and Sunlight

PRODUCED BY AN AUTODESK STUDENT VERSION

Type: Academic Project, Urban Design Studio V Instructor: Cem Kayatekin Project Year and Duration: September to December 2019 Academic Year: 4th year, 1st semester Location: Chamberi - Madrid, Spain

PRODUCED BY AN AUTODESK STUDENT VERSION

Main Entrance to Site

Visitor’s Functions

Semi-Entrances Between Sub-Clusters

Administrative Functions

Street Crossings Educational Functions

PRODUCED BY AN AUTODESK STUDENT VERSION

Topography Adaptation

Marketplace

Cultural Center Unity

PRODUCED BY AN AUTODESK STUDENT VERSION

Multi-purpose Halls

Sub-Cluster Identity

Roof Park Unity

29 Administrative Section Layers of Identity

Elevated Neighborhood

Partial Plan of Cultural Center

Sub-Clusters

Interaction Between Residents

Facade Reacting to Forces

Ground Detail ESK STUDENT VERSION

Partial Plan of Apartments

Partial Plan of Roof Park

Roof Detail

Interior Wall Detail

Typical Floor Facade Detail

Cultural/Commercial Glass Facade Detail

Section

PRODUCED BY AN AUTO

PRODUCED BY AN AUTODESK STUDENT VERSION

Ventilation and Fixed Utilities

Zoning

PRODUCED BY AN AUTODESK STUDENT VERSION

Fixed Bedroom and Bathroom

PRODUCED BY AN AUTODESK STUDENT VERSION

Morning Layout N

Typical Apartment Plan PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Fixed Utilites on Sides Paving the Way for Cross Ventilation in the Center

Room Typology B

PRODUCED BY AN AUTODESK STUDENT VERSION

LR DR

PRODUCED BY AN AUTODESK STUDENT VERSION

Night Layout

PRODUCED BY AN AUTODESK STUDENT VERSION

All-Day Layout

PRODUCED BY AN AUTODESK STUDENT VERSION

Flexible Layout

Extension of Functions

Room Typology C

PRODUCED BY AN AUTODESK STUDENT VERSION

Typical Section AA

PRODUCED BY AN AUTODESK STUDENT VERSION

Typical Section BB

Typical Wall Section PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

33 Pocket Axonometric

Protean Type: Academic Project, Sustainability Design Studio VI Instructor: Ruben Garcia Rubio Project Year and Duration: March to April 2019 Academic Year: 3rd year, 2nd semester Location: Bur Dubai - Dubai, United Arab Emirates

Complete Panel

Using basic elements of sustainable design, PROTEAN is a prefabricated, adaptable, and flexible housing to meet the needs of the very dynamic area and city. The building is lifted to create the public space needed in that dense area and promote interaction between the tenants. To emphasize that concept, corridors are removed and instead of having that unused space it is replaced with common spaces and terraces. Apartments can be changed on a regular basis due to needs and are naturally ventilated and all have direct views to greenery and the common spaces.

Cross Laminated Wood Structure to be modified around every 50100 years

Modular Panels to be modified around every 5-10 years

Vertical Circulation to be modified around every 20-30 years

Exploded Isometric

Retail Superblock Winter Sun Summer Sun Pedestrian Path Vehicle Path Facilities Wind Direction Bastakiya

Site Analysis

Sustainable Section Diagram

PRODUCED BY AN AUTODESK STUDENT VERSION

Building Elevated to Create Public Spaces

Vertical Circulation

PRODUCED BY AN AUTODESK STUDENT VERSION

Site Plan

Winter Sun

Summer Sun

Longitudinal Section

Typical Floor Plan

PRODUCED BY AN AUTODESK STUDENT VERSION

35 PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Design Process

Panels vs. Voids

Structural Grid

Volumetric Trials

Pellucid Type: Academic Project, Sustainability Design Studio VI Instructor: Ruben Garcia Rubio Project Year and Duration: January to February 2019 Academic Year: 3rd year, 2nd semester Location: Sheikh Zayed Road - Dubai, United Arab Emirates

Complete Panel

Proposal for TESLA showroom + headquarters. The concept is to promote transparency within the 3 buildings while preserving the privacy to the outside. Also, the building is done to act as a public space for users of the 2 surrounding buildings while not creating a barrier along Sheikh Zayed Road as other buildings do. The structure is made out of prefabricated elements of steel for structure, and concrete for slabs, partitions, and roofs. The building is oriented to the optimum sun and wind directions.

Exploded Isometric Site Plan

Floor Plans

Evening Winds

Morning Winds

Section AA As east and west directions are fully closed, wind catchers inspired by the UAE heritage are used to capture the ultimate winds through different times of the day. Roofs are sloped for the PV panels to operate perfectly through summer and winter.

Site Analysis

Section BB Winds in the afternoon are used to naturally ventilate the project through the glass facade openings that are fully shaded due to the cantilever of the roofs, and through solar chimneys made out of glass creating a high difference in pressure the hot air is being pushed out of the building. PRODUCED BY AN AUTODESK STUDENT VERSION

Winds Through Turbines

Solar Effectiveness

PRODUCED BY AN AUTODESK STUDENT VERSION

Acrilique Dismantlable Model

PRODUCED BY AN AUTODESK STUDENT VERSION

Afternoon Winds

Paramount Type: Academic Project, Creativity Design Studio V Instructor: Rada Yaiche Project Year and Duration: November to December 2018 Academic Year: 3rd year, 1st semester Location: Expo2020 - Dubai, United Arab Emirates

Complete Panels

Shaped by the surrounding forces, this library in Expo2020 serves as a crossing to preserve the importance of the landscape and human interaction. To emphasize that, the pavilion creates a transparency on all sides by lifting it up and having glass all around going higher and lower depending on the sun orientation and the need for privacy. The roof was pushed down to allow the crossing, views, and sun penetration.

3-D Printed Model

DIAGRAM

4 8 6

7 1. Multimedia Space 2. Integrated Access 3. Shelves Dividing Spaces 4. Accessible Roof 5. Auditorium 6+8. Exhibition Space 7. Shelves Directing Path

Mass Plan

Ground Floor Plan

Sections 45

Transparency

Access

Vertical Circulation

Sun Adaptiveness

Sun Penetration

47 Crossing

Proposals

Psyarche

Disconnect

A Non-Objective Architecture

St(or)age

page 57

page 61

Form Follows Environment

Deception

Digital Portfolio

Models

page 59

page 63

page 59

page 65

Psyarche Type: Academic Project, Alternative Practices: Design Instructor: Izaskun Chinchilla Project Year and Duration: September 2020 Academic Year: 5th year, 1st semester Location: Flexible

why do we exist? Complete Booklet

architecture has been becoming less and less user-centric, with many structures and spaces not fulfilling their purpose therefore having to be replaced resulting in a waste of resources, or end up staying there for years (sometimes decades) unknowingly harming our environment and even our minds.

mission & vision better quality of life, minus the waste!

passion

values & ethics environmentalism

sustainability

efficiency

how do we create a change?

intentional design defines a set of purposeful, planned architectural strategies and initiatives, which enhance solution design, performance, and usability and provide guidance for inter-team design and implementation synchronization.

we are the first consultancy/design firm that is founded solely for integrating psychology in architecture and ensuring every element plays a role in fulfilling the purpose of the intended design.

skills psychology

critical thinking costumer service

architecture project management

coordination budgeting 51

facade consultant

cost consultant

lighting consultant

lan co

psyarche combining consultancy companies with a psychological twist

fire-fighting consultant acoustics consultant

furniture consultant

ndscape onsultant

where do we fit in the current market?

security consultant blue ocean strategy our company is considered a one of a kind in its market due to it creating its own market through a pocket found in the profession in its current form. A new demand is created to clients who are unaware of the issue.

lighting shapes

research

materiality

senses

vegetatition size

color elements

acoustics

facade temperature

n form

lowering (or ideally rem glass between patients and look eye-to-eye provides p comfort

windows between the staff and patient areas provide trust and comfort to patients

barriers between pa and staff create a feel safety amongst every

hallways no more than 100ft long and 8ft wide due to safety and control issues

LED lighting translates to positive behaviours and a calming effect while at the same time synchronizing patient’s natural sleep-wake rhythms

trees growing that look like neurons in the brain resemble optimism

using conference rooms and facilities such as the pool by public when not in use by patients

soothing colors (light blues and greens)

4 signs to navigate

no more than 120 beds since they become too far from facilities and make it longer for nurses to reach

this number should be divided later into 24-30 bed clusters that are then further narrowed down to 8-10 bed subclusters that act as independant neighborhoods

project cherese mari laulhere mental health inpatient center role post-occupancy consultancy and strategy studies for facility improvement deliverables catalogue of recommendations and current errors

moving) d staff to patients

atients ling of yone

transparency with the exterior which encourages de-stigmatization and a sense of engagement

wood, fabrics, wall coverings, ceramic tiles as a reminder of home, comfort, and sophistication

rooms should provide space for family to come over and possibly stay, such as a window bench that transforms to a bed

private rooms and bathrooms with a singe bed and a size of more than 100sqft for privacy, sensitivity to noise, and ability to sleep

visibility in common areas between patients and staff create a feeling of safety amongst everyone

s y n

engaging colors and textures translate into soothing and positive behaviour

salon, gym, clothing store, coffee shop, and library that create routine and engage patients as part of a community

8 landscape, walking paths, benches, and reflections areas in the exterior

application

food carts and “in the moment” food options

windows made of shatter-proof glass 57

Disconnect Type: Academic Project, Alternative Practices: Virtual Reality Instructor: Fabrice Bourelly Project Year and Duration: November 2020 Academic Year: 5th year, 1st semester Location: Isolated Dreamspace

Walkthrough Video

A place to surrounded of nature. Th periences d project is a sualize the cific momen

o pause in a fast-paced life, one to meditate only being d by the sound of the water, birds, wind, and glimpses The dreamscapes-inspired pavilion provides various exdifferentiated by the play between color and form. This first trial at starting from the 3D model as a method to vispace, focusing on how it makes a person feel in a spent and making that the driving force of the design itself.

Day Views

Night Views

Form Follows Environment Form Follows Environment General Strategies of Intervention Group 4: Danielle, Fares and Sarah

In Collaboration with Danielle White and Sarah Atiyat Type: Academic Project, Alternative Practices: Landscape Instructor: Laura Getzchke Project Year and Duration: October 2020 Academic Year: 5th year, 1st semester Location: Casa de Campo - Madrid

Running, Cycling, and Sitting

Swimming Pool

M A 2

3 3

Pavilions

1 1

350

INTERVENTION 4

waterway interve

pathway of intervention

direction of wate

primary water intervention

green interventio

secondary water intervention

green corridor

150

primary area of intervention

Restaurants and Cafes

water

a site that adapts to different seasonal conditions hosting events around Madrid to keep it alive all-year-round

Seasonal Use of Site For maximum efficiency of site use, we propose the hosting of current Madrid events at different times of the year to ensure all-year-round livelihood of site and adaptation to climate

better model of street distribution where the water collection system and vegetation allow for the creation of micro-ecosystems along the pathways hosting humans and different animals

creating open infrastructure that allows nature to grow freely and unpredictably and attracts animals

rest water safety access shade

73.03°

Climate has immense affect on the ecology of an area in many aspects. A few to consider would be the degree of shadow that the sun altitude and height of on-site objects create. Consider how this relationship could affect the growth of nature and human activities/behaviour. What is more, each material reacts differently to sunlight. Like many built up urban areas, the term “heat island” is a well known phenomena that demonstrates how material heat capacity can affect the air temperature. Observe the trend of highest heat capacity to lowest and notice that natural elements regulate temperature while man-made material performs the opposite.

F 3

6 5 4

A. Water B. Pine Tree C. Soil D. grass E. Asphalt F. Concrete G. Glass

azimuth

June 20 - summer solstic 15h4m 73.03° altitude

December 21 - winter sols 9h17m 24.54° altitude

ude

altit

1. Policia Nacional 2. IES Escuela de la Vid e Inustrias Lacteas 3.Pabellon de Convenciones 4.Madrid Arena 5. Pabellon Satelite 6.Pabellon de Cristal 7.Polideportivo Municipal

24.54°

rth

Fountains, gates, and outdoor facilities Summer and Winter: Won't be used much due to harsh weather conditions Autumn and Spring: Join festivals and events such as: Semana Santa, Bullfights, Das de Mayo, Fiesta de San Isidro, Feria de Libro Fiestas de Otono, Nuestra Senior del Pilar

cessities

Restaurants and cafes Summer and Winter: Open only as part of the pavilion/pool events going around Autumn and Spring: Always open since its the busy time in the park due to weather

2 areas of drought

Pools and clubs Summer: Sports clubs in the morning, night clubs by night hosting summer parties Autumn: Join as part of the Fiestas de Otono

greenery

Winter Christmas

Autumn Fiestas de Otono

Summer Veranos de La Villa

Pavilions and indoor facilities Summer: Veranos de la Villa Winter: Constitution Day, Christmas, Dia de los Reyes Dia de los Santos Inocentes, New Year's

infrastructure

natural water sources waterways man-made possible puddles forming the volume of both the river and lake depend on both the orgini water source and rainwater

rainwater drainage paths 70mm

Precipitation

58mm 47mm 35mm

origin water sources

23mm 12mm 0mm Jan Feb Mar Apr MayJun Jul Aug Sept Oct Nov Dec

fountains open year round

30 days

Rainy Days

23 days

15 days

8 days

0 days Jan Feb Mar Apr MayJun Jul Aug Sept Oct Nov Dec

public pools are open from 25/7 to 6/9

two main water sources

This is a field guide for arbitrary and non-arbitrary water sources through the classification of these water sources into man-made or natural, temporary or permanent. Then looking closely to who are the users of such water bodies (human or animals). Several streams run through these valleys until they flow into the Manzanares. Most of them are seasonal and are born within the park. Only two of these streams, which originate further west, have permanent water: Meaques , to the south, the main one, and Antequina, to the north.

Gates and Fountains

Winter (December to February) Avg. temp: 14 degrees

Autumn (September to November) Avg. temp: 23 degrees

Summer (June to August) Avg. temp: 29 degrees

Spring (March to May) Avg. temp: 19 degrees

EXISTING

ention

A node - parking lot

existing green patches

er flow

B node - drought area

biking & walking lanes

node - drought area

natural water source

Pavilions

Running, Cycling, and Sitting

Restaurants and Cafes

man-made water source

D node - parking lot

metro Lago

Summer

Winter

Autumn

Spring

maximum shadow: 6.6m minimum shadow: 0.9m Spring Feria del Libro

Gates and Fountains

Swimming Pool

Water heat capacity: 4187J/kg°C

Pabellón de Convenciones Pabellón Multiusos Madrid Arena Pabellón de Cristal Pabellón Satelite Pabellón de los Hexágonos

La Masía de José Luis La Pesquera de Madrid Escuela hosteleria casa de campo Paseo de la Gastronomía

Mostly used in the summer and winter seasons due to the harsh weather conditions outdoors

Mostly used in autumn and spring seasons when the weather outdoors is suitable, yet active in other seasons due to pavilions events

5.5m

maximum shadow:12.1m minimum shadow:1.7m

Pine Tree heat capacity: 2300J/kg°C

5.5m

maximum shadow:12.1m minimum shadow:1.7m

Soil heat capacity: 1810J/kg°C

Possible areas of rainwater collection for sustainable irrigation systems in the site

areas of drought

Escenario Puerta del Ángel Puerta del Carmen de Zaragoza Fuente de la República

Piscina Lago (x2) Sundaze Pool Night Club

Mostly used in autumn and spring seasons when the weather outdoors is suitable

Mostly used in the summer, mildly in autumn and spring seasons when the weather is acceptable

maximum shadow:26.4m minimum shadow:3.7m

Grass heat capacity: 1465J/kg°C

Existing events on-site:

16.5m

maximum shadow:36.2m minimum shadow:5.0m

05 06

stice

Asphalt heat capacity: 915J/kg°C

23m

maximum shadow:50.5m minimum shadow:7.0m

Concrete heat capacity: 879J/kg°C

10m

maximum shadow:22.0m minimum shadow:3.1m

Glass heat capacity: 792J/kg°C

ARCO Pabellon de Cristal February

Madrid Carnaval Fuente de los Pajaritos February

Labour Day Casa de Campo May

Madrid events that could be hosted by the site:

12m

Winter Constitution Day Christmas Dia de los Santos Inocentes New Year's Dia de los Reyes Autumn Fiestas de Otono Nuestra Senior del Pilar

Summer Veranos de la Villa Spring Semana Santa Bullfights Das de Mayo Fiesta de San Isidro Feria de Libro

Form Follows Environment Masterplan

Group 4: Danielle, Fares and Sarah

1 2

5 B A

1 5

Index

site B

water elements

green topography

infrastructure

8.75 hectares deep

shallow

low

high

low

high

alamo

pino

fresna

platano

tram

rough terrain

low

high

arden

mpoline

9 E 6

kiosk

irrigation system

50m

150m

300m

zone A: hardscape, market, exhibition, gardens

garden

open air theatre

metro lago

zone B: softscape, sports, ponds, gardens

pond

skatepark/ice rink

lago casa de campo

zone C: softscape, skatepark, ice rink, playground

tennis court

table & seating

biking routes

zone D: softscape, open air theatre, playground

exhibition/market

outdoor food court

puerta del angel

zone E: softscape, rest area, outdoor food court

basketball/soccer field

playground/waterpark

paseo de la puerta del angel

Form Follows Environment Details

Group 4: Danielle, Fares and Sarah

Gardens + Pond + Nature This area is dedicated to nature with a focus on gardening and ponds.

Sunken S Playgro This area offers multiple activities playground. It has the ability to

Circular concave topography Convex organic topography

Concave organic topography

Circular convex topography

lago de campo

ponds (man-made pools (man-made)

The 4 major zones with their connections to the bike paths, existing roads and metro station

Connection to existing metro station and bike routes for easier accessibility to site

Topography of the site emphasized to show the difference in levels and how our project adapts to it

Gardens for users while simultaneously supplying fresh food to surrounding markets and food stalls

Sports activities to encourage livelihood of site

Market in close proximity to access and gardens

zone B: softscape, sports, ponds, gardens

The different water sour natural

Skate park that doubles as a water park surrounded by the irrigation system and smaller water collectors

Skateboard + Irrigation System

In this axonometric we see the irrigation system morphing into a skateboard path as well as a seating area. This seamless design tries to blend in with nature and water offering a unique space for all species, human and non-human,

Skateboard Area + ound + Fountains at the same time from skateboarding to a change into a ice rink in the winter too!

Trampolines

Kiosks Seating/Table area

sapo comun

cotorra argentina golondrina

Summer

pito real

main waterway

garza heron

rainwater irrigation system

Spring

rces (man-made vs l)

Open-air theatre Ponds Fountains Skateboaring Gardens Market Food Sports Irrigation System Playground Ice rink

carpa comun ciguena

Water

gambusias

Artificial Pond Species

Birds

Autumn

Irrigation system that goes around the site collecting and moving the water along topography

percasol

murcielago paloma torcaz

fresna

Grass

platano pino alamo

Concrete

Winter

anade real

Soil

Trees and Seasons

Irrigation system transforms into a table that hosts the food area Reviving the existing open-air theatre by using it as a seating area and hosting events

Puerta del Angel left alone as a multipurpose area complimented by the interventions

Food kiosks that connect both theatres together and use supply from surrounding gardens

irrigation system

zone C: softscape, skatepark, ice rink, playground

Longitudonal Section Scale: 1/500

A Non-Objective Architecture In Collaboration with Sana El Halwani Type: Competition Proposal - Finalist Organization: Non-architecture Competitions Competition: Redraw.02 - Guggenheim New York Year and Duration: 2 weeks, May 2020 Finalist Announcement Academic Year: 4th year

Keywords: Experience, Disorder, Dimensional(con)fusion, Exhibition, Invasion

Deception Type: Competition Proposal - Finalist Organization: Non-architecture Competitions Competition: Redraw.01 - Casa Da Musica Year and Duration: 1 week, May 2019 Academic Year: 3rd year

Finalist Announcement

Keywords: Connection, Subtraction, Spaciousness, Journey, Translucency

St(or)age In Collaboration with Sana El Halwani Type: Competition Proposal Organization: Non-architecture Competitions Competition: 48hr Plan - Covid-19 Supermarket Year and Duration: 48 hours, May 2020 Academic Year: 4th year

Keywords: Transparency, Regulating, Zoning, Network, Artificial Intelligence

Digital Portfolio Type: Academic Project, Theory of Architecture Instructor: Annarita Cornaro Project Year and Duration: May to July 2019 Academic Year: 3rd year, Summer semester

Instagram Page

The course was based on reading excerpts by a variety of philosophers and architects to understand different concepts and theories of architecture such as; Simplicity & Complexity, Honesty & Deception, Material & Immaterial, Function & Form, Context & Building...and then convert those ideas into production by collages and models through an instagram portfolio: @aud_arch351_faresrimas

Context

Simplicity

Deception

(Mal)Function

Immaterial

Experimental Models Type: Academic Project, Studio V Instructor: Rada Yaiche Project Year and Duration: September to October 2018 Academic Year: 3rd year, 1st semester

Assignment Manipulating different materials and scenarios Playing with shadows and lighting Testing qualities of space and user experience

Detailing

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2600

1250

2350

1250

2800

1250

2350

1250

A.07.2

A.05.1

Patch page 69

The Gate page 69

3RD FOOR PL

SCALE: 1:10

100

1000

T F

3845

100

1845

200

600

T F

info@salis-design.com www.salis-design.com

E W

+971 4 426 9934 +971 4 426 9934

info@salis-design.com www.salis-design.com

500

600x600 mm Flooring

Bathroom 01

FF-22

Toilet Paper Holder

Slope

6.86 m²

Shattaf

Slope

Bathroom 01

FF-22

600

Wall Mounted WC

1600

D-007

+971 4 000 0000

100x100 mm Shower Floor Trap

Hand Shower 3 2

E W

+971 4 000 0000

Towel Holder

6.86 m²

Towel Holder

100x100 mm Floor Trap

ONE WAY SWTICH (1100 mm Height)

TWO WAY SWTICH (1100 mm Height)

DATA POINT (350 mm Height)

FLOOR MOUNTED BOX OUTLET

Under Counter Wash Basin

oilet Floor Plan

D-007

FF-22_ Toilet Floor Finish Plan SCALE

POWER PLUGS (350 mm Height)

1 : 25 WC

500

First Floor F.C.L (3) 8100.00

Window

600

First Floor F.C.L (3) 8100.00

600x600 mm Tiling

600

600x600 mm Tiling

600

400

600

400

500

G E N E R A L

3845 200

Hand Shower

1. This Drawing is copyright protected 2. Do not scale from the drawing 3. All dimensions shown are in meter, and do not take into account applied finishes, unless specifically indicated otherwise. 4. Any omissions or discrepancies found shall be reported to the Architect/Engineer immediately. 5. Levels are given in meters to three decimal places above survey datum. 6. This drawing should be read in conjuction with Dubai Municipality approved drawings and other relevant sections of specifications. Any discrepancies shall be reported to the engineer prior to the commencement of the work. 7. The contractor is responsible for confirming and correlating all quantities dimensions, fabrication progress and techniques of construction and coordinating his work with that of all other trades and performing his work in a safe and satisfactory manner. 8. The contractor has to submit full shop drawings for approval prior to commencement of work on site.

DOUBLE POWER PLUGS (1100 mm Height)

SINGLE POWER PLUGS (350 mm Height)

SINGLE POWER PLUGS (1100 mm Height)

G E N E R A L

N O T E S

P R O J E C T

Towel Holder

600

Toilet Paper Holder Shattaf

600

N O T E S

DOUBLE POWER PLUGS (350 mm Height)

600

2800

600

Shower Glass

POWER PLUGS (1100 mm Height)

1600

Wall Mounted WC

SD-103-Rashid Dalmook-G+1

P R O J E C T

600

WC LVL 400.00

First Floor F.F.L 5300.00

First Floor F.F.L 5300.00 OWNER

SD-105-Majid Dalmook-B+G+1

oilet Elevation A

D-007

FF-22_ Toilet Elevation B SCALE

MR. RASHID DALMOOK

1 : 25

500

600 2800

600

Mirror

600

Wash Basin LVL 850.00

600

2800

First Floor F.C.L (3) 8100.00 400

400

First Floor F.C.L (3) 8100.00 600x600 mm Tiling

600

Under Counter Wash Basin

First Floor F.F.L 5300.00

1 : 25

Bathroom Detail page 79

First Floor F.F.L 5300.00

D-007

500

OWNER

3845

1600

F-22_ Toilet Elevation C

CALE

PO Box 75111 Dubai - United Arab Emirates

3845 800

600

200

1 : 25

MR. MAJID DALMOOK

FF-22_ Toilet

Mirror

Drawing Title

Under Counter Wash Basin Towel Holder Shattaf Flush

Drawing Title Drawn

Author

Date

16.01.19

Checked

Checker

Approved

Approver

Scale

1 : 25

Wall Mounted WC

Wash Basin LVL 850.00 Project No.

Zone Code

Rev.

Drawing No.

Hand Shower

Toilet Paper Holder

First Floor F.F.L 5300.00

FIRST FLOOR - POWER PLAN Drawing Title LAYOUT

D-007

WC LVL 400.00

Municipality Dwg No.

Consecutive No.

PURPOSE OF ISSUE

Drawn

Date

Checked

Approved

Scale

R E V I S I O N S

REV.

FF-22_ Toilet Elevation D SCALE

Drawing Title

First Floor F.C.L (3) 8100.00 600x600 mm Tiling

CHK.

APR.

DATE

Project No.

Zone Code

Rev.

Drawing No.

I-110 Municipality Dwg No.

I-110

First Floor - Power Plan SCALE

1 : 75

Power Plan A1

Original Sheet Size

page 81

Consecutive No.

R E V I S I O N S REV.

PURPOSE OF ISSUE

CHK.

APR.

DATE

Patch Patch: Technical Details Type: Undergraduate Thesis Project connecting ecosystems Instructor: Rafael Iniguez Project Year and Duration: January to June 2021 Academic Year: 5th year, 2nd semester Location: El Perello - Valencia, Spain

Sustainability Strategy

Accessible Roof Shading

Shaded vertical garden

Green roof

Technical Report

Vegetated Shading Mesh

Personalized green wall

Shaded Terraces

Green Roofs

Technical core

Communal Spaces

Ceramic ventilated facade

Communal Corridor Structural Timber

Triple Low-E glazed glass

Communal spa

Private apartment spaces

Semi-private Terraces

Elevator Ground Floor

Stairs Recycled locally sourced timber

Exploded Elements Axon 5m grid for a one bedroom apartment

1.8m extension of frame allows to hold balconies or green wall substructure

Shared terrace between apartments

10m grid for a two bedroom apartment

Communal terraces connected to corridor

Open ground floor with minimal touching continuing greenery The 9x5 meter open timber frame allows for modular building, natural cross ventilation. It extrudes 1.8m to the North to hold private balconies and green wall support, and 2.8m to the South to hold the buffer space, the corridor, and the communal spaces which the gallery consists of

9m frame width allows for optimum cross ventilation

Structural Frame Stairs

Elevator

2.8m extrusion of frame holds corridor with communal balconies

North Facade

Perspective Section

North Elevation

South Facade

Construction Process

Timber Structural Frame

Modular Buildings

Horizontal Circulation

Vertical Circulation

Terraces and Railings

Mesh and Shading Devices

Summer sun

North Facade

Winter sun

Green Roof

Cross ventilation

Green wall

l apartment aces

Green Wall Trees shading buildings

Private Balcony

Indoor Ground Floor South Elevation

South Facade

Top Mesh Connection

Middle Mesh Connection

Shaded Accessible Roof House-Gallery Connection

Shaded Balcony

Bottom Mesh Connection

A.07.1

5350

7500

1.1

A.06

2400

1350

2400

1350

2400

1350

343A

3550

3550 1300

2600

344A

343B

1850

342B 3550

5350

1050

5350

342A 3550

1000

7500

5350

1000

5350

2400

2000

550

350

1350

3550

9800

2000 2450

1400

2850

300

950

3450

900

2850

300

3450

600

14700 D4 D7

1500

4750

1450

2000

1600

700

1000

500

1550

300

1550

200

+12.6

CORRIDOR 350 1850

6400

1200

16750

W10

700

4750

1300

950

11050

RESTAURANT 348

2400

850

1350

9900

16550

1000

1050

550

3000

+8.9 4900

2000

4750

1400

950

6300

700 300

5050

300

7200

300

400

4750

3000

4750

1200

400

950

2850

A.07.1

344T 1150

700

1450

343T

700

1800

700

343 3300

1000

343T 1150

800

1800

700

1200

900

800

1600

GARBAGE ROOM 357

342T

3450

RESTAURANT KITCHEN 349

700

342

700

342T

STR4

200

1000

6800

800

3350

500

4050

4850

4750

2300

7500

700

200

A.07.2

800

1100

1250

3000

1250

3200

700

650

D1 250

2400

900

3250

900

2100

334A

2350

700

900

3300

337B

338A

TOILET 337T 800

800

333A

900

2350

900

3300

900

700

600

3150

338T

900

2500

338B

339A

900

3350

900 50

339B

700

1100

340A

339T

1050

1700

200

600

2500

2100

1100

334B D1

2100

700

900

850

700

1000

900

1000

1600

600

2000

BEDROOM 337A

3150

CORRIDOR 347

2500

1850

850

3100 1650

341A

900 D1

2100

1250

334T

1700

335B

800

600

1450

600

700

1450

900

1000

1500 3450

4050

500 1850

2700

1300

1350

1050

1450

1950

4150 800

W10

1400

1250

7200

341T

1850

1250

4250

1950

1250

3000

1250

1850

2400

900

2350

700

200 D1 900

3300

4850

3500

1800

3150

700 D3

1050 1050 2100

TOILET 329T

450

600

2350

4750

A.07.2

2600

1250

330A

1250

1850 700 D3

1000

2100

1000

2350

1250

3150

900

2500

900

3300

900

331A

1050

1700

1250

3350

900

700

331B

1050

600

331T

2600

1250

2350

1250

1900

2800

350

332A

1700

2350

900 D1

1100

2600

330B 1700

330T

1100

2350

900 D1

1700

200

1000

600

2500

329B 1700

900

CORRIDOR 345 900

BEDROOM 329A

STR3

900

325A

1250

850

2500

1900 W4

900

326B

2100

1650

700

2100

7000

2100

GARBAGE ROOM 356

326A

850

3250

2100

1000

1050

326T

1700

327B

2100

900

1850

700 7250

850

1950

1300

2450

1600 4750

1950

1050

650

327A

1000

700

328B

450

600

700

1450

1700

700

1550

1250 W8

2150

9100

1000

3000

327T

TOILET 328T

850

1000

3900 4100

4150

BEDROOM 328A D1 250

500

1250

600

5950

1600

7550

1550

4300

5000

700

1600

300

1050

1700

1350

550

29150 4550

1500 5550

CORRIDOR 346

1700

500

1100 W5

2800

1800

5550

1850

341C

3000 800

2100

900

341

2900

341B

1850

1800

2400

2050

335A

1850

5750

336B

800

3000 W8

1050

335T

1700

250 700

3200

1000

7200

7500

29700

4950

4800

TOILET 336T

BEDROOM 336A

1250

3000

3300

1850

550

1250

850

4750

6600

7100

21600

W10

7500

8200

5950

7500

A.07.1

6.2 4750 W4

300 1550

1800

1000 700

1050

900

700 2400

1000 700

700

1800 2050

1000

2400

700

1600

4000

3300

1400

1800 800

750

1000

1750

700

1850

900 2250

900 2000 1000

2400

1600

900

200

1500

700

2250

550 W10

850

319T

950

600

950

1000

319B 500

1050

1250

1100

1000 500

1600

200

1600

320B

800

320A

5650

4000

550

500

1100

1850

700

2600 321B

4100 2550

800

1600

321A

319A

1150

320 3050 800

2100

1400

1950

1000

1700

900

320T 900

650

321T 900 700

1200

700

800

322B

1550

1900

800

1100

1850

321 1150

800

1000

1100

5700

1100

1000

322A

900 3050 D1

1150

322

800

323B

3700

1850

700

1200 650

1000

3RD FOOR PLAN

550

1000

600

332T

2000

318B 2050

900

750

900

323A

1850

700

800

1700

2250

324B

500 1050

332B

322T 1600

2000

300

700

6250

2800

BEDROOM 324A

1850

323

3050 800

800

900

323T 1600

2800

1700

1000

900

1000

2000

2500

5700

800

324 800

900 1150

2800

1600

1000

900

600

2350

3750 1200

600

1850

900

650

200 D1

700

2250 1550 D3 TOILET 324T

325B

850

1850

1700

700

4250

1550

400

CONTENTS:

W10

318T

1800

1950

600

2000

325T

1000

900

2000

1000 1350

600

900

1500

950

700 1550

2050

2350

314T

314

500

1350

1150

4750

1000

2750

1250

4750

700

900 900

2000

4200

700

700 1400

1000

1250

2450

GARBAGE ROOM 355

313T

1300

1950

AUD CAMPUS DUBAI MEDIA CITY

1600

318A

700

313

2500

1400

900

1000

1500 5900

1550

1000

3150

2100

2000

4250 900 4250

1400 900 900 500 1000

3700

1300

1550

1450

1050

340T

TITLE: AUD NEW STUDENT HOUSING

1550

700

STR2

311T

1150

312T

2000

PROJECT

150

900

1500

312

340B

700

317B

SPRING2018 PROF. ANNA CORNARO

1700

600

1550

700 W1

1.1

A.06.1

2050

3400

4650

3050

4100 1050

1550

1000

1550

1300

700

311

1600

1250

1750

DRAWN BY: FARES AL RAJAL

W10

317T

450

1500

700

309T

310T

950

2250

600 1500 1300

310

1400

900

317A

700

1000

1650 1250

900

A.07.1

2050

1000

1400 2650 1400

309

1050

1400

2350

ARCH202 STUDIOIV

316B 2000

3700

700

1400

333B

700 800 7300

W10

308

5150 3900

1700

316T

2650

25800

333T

750

308T

900 600

2650 1400

307T

2000

600

27950

1750

1000

700

307

700

1250

2250 900

306

2000

316A

2250

16950

2050

1400 900 3700

306T

1950

1800

900 400 3950 600

1450

305T

1150

7900

900

12150

315B

900

1050

900

550

W10

3400

1400

1000

700

7350

1050

TOILET 315T

600

700

305

1300

6100

1400

1250

1550

700

850

900

600

900

2650

700

600

1000

900

1400

900

1500

304T

304

900

1250

4750

5250 1550

A.07.1 W2

303T

450 700

2000

2350

950

BEDROOM 315A D1

COMMON KITCHEN 353

5850

650

3400

CORRIDOR 344

AUNDRY 352

600

900

1400

303

1150

2650

700

1500

2000

1550

1450

7000

1400

5500

GARBAGE ROOM 354

2400

700

3150

4400

900

2000

20600

344T 1800

2800

COMMON AREA 351

1000

1300

600

700

450 800

344

500

700

1800

700

302

900

3550

900 4050

700

302T

1400

4750

7550

TOILET 301T

1150

NOTES: STR1

700 D3

1350

1400

1550

1700

1300 5350

344B

1650

BEDROOM 301

1300 W4

800

3450

6100

800

950

1550

4750

950

12150 2150

1050

1350

1000

700 2400

1050

1400

350

1400

2050

1400

350

1400

2450

1400

1750

2450

1400

350

1400

2450

1400

350

1400

1300

2000

1050

950

1300

1050

2350

1250

A.07.1

DATE: SCALE: SHEET:

A.05.1

3RD FOOR PLAN SCALE: 1:100

1:100

A.05.1 83

J STR3

A.07.2

1 5500

7500 7500

5230

300

2850

2750

2780

300

2500

2820

2770

8260

2400

2850

021

6750 8900

022

023

5000

024

300

1890

F 025

D17

2450

2400

2500

6800

2450

2400

2450

2500

300

2450

008

2500

6910

1200

2500

007

2500

006

1200

5500

2500

2410

300

2500

005

2400

004

2750

026

LOBBY #2 B04 2000 2670

5350

020

19450

019

1550

003

2750

018

1200

I 6130

2450

027

5630

002

5200

028

24950 8110

5500 1000

D16

029

001

WATER TANK B02

1000

11800

300

017

3940

9470

31500

7500

2450

010

2450

8320

2450

7890

9830

009

2450

7600

13230

2200

030

6790

56980

700

031

2000

RAMP 7500

7500

4000

3200

3400

032

8110

7200

SLOPE: 10.8%

016

15390

A.07.1

7500

033

7100

PUMP ROOM B01

015

7500

A.07.2

014

1050

5630

013

5550

810 800

116 117

5150

012

7500

034

118

5350

5300

LOBBY #1 B03

65 °

119

011

9100

A.07.2

1550 8630

7500 7500

6 7500

115 114 113 112

6750 7500 7500 7500

800

STR4 10000 7390

D17

6700

5000

D17

8320

800

5000

8920 10000

7500

A.07.1

7500

8200

5950

7500

6380

87420 59960

8550

5100

7500

108

STR1

8210

5500

5400

109

1550

800

8050

5870

LOBBY #3 B05 3550

110

3900

111

NOTES:

SERVICE ROOM B07

D17

520 D16

1000

10000 7390 ° 78

1200 1200

091

064

2450

7500

2550

2500

063

2500

° 78

2450

2500

107

089

061

036

A.07.2

090

062

035

5000

3600

9100 6490 78

2550 2630 2630

2500

092 067

039

7900

2500 2450

086

066

087

038

690

065

2450

104

2500

105

2500

106

058

088

059

037

5850

060

2640 2500

093

2500 2300

2500

071

2500

7100

2450 2500 2500

068 069 070

2500 2500

2500

040 041 042 043

100

082

054

2500

101

083 5000

102

084

055

085

056 5000

103

5000

057

A.07.1

5850

1.1

072

5800

094

7500

2500

073

2820

079

5500

2500

2820

044

STR2

2750

080

5500

052

045

2750

081

053

-4.30

2500

A.06.1

D16

5500

1000

SPRING2018 PROF. ANNA CORNARO

1200

1060

1750

074

2820

051

046

5000

2700 2700

6590

095

5500

2950

10000

5500 2950

7500

122

7500

AUD NEW STUDENT HOUSING

096

121

7500

PROJECT TITLE:

097

8020

8210

AUD CAMPUS DUBAI MEDIA CITY

CONTENTS:

A.07.1

BASEMENT FOOR PLAN

2760 2770

075

2770 2770

048

076

098

099

077

9260

078

049

050

047

5500

ARCH202 STUDIOIV DESIGNED BY: FARES AL RAJAL NATAL DIA

LOBBY #4 B06

123

120

000

1.1

A.06.2

DATE: SCALE:

1:150

SHEET:

A03

BASEMENT FOOR PLAN SCALE: 1:150

A.03 85

Detail Model

1.2

ROOF/WALL DETAIL SCALE: 1:10

A.09.1

AREA: 100 TLS

AREA: 75 TLS

AREA: 100 TLS

AREA: 120 TLS

AREA: 100 TLS

AREA: 100 TLS AREA: 90 TLS

AREA: 90 TLS

AREA: 120 TLS

AREA: 100 TLS

AREA: 110 TLS

AREA: 80 TLS AREA: 130 TLS AREA: 70 TLS

AREA: 70 TLS

AREA: 80 TLS

AREA: 70 TLS

AREA: 100 TLS

AREA: 50 GVL AREA: 95 TLS

AREA: 85 GVL

AREA: 100 TLS

AREA: 105 TLS

AREA: 100 TLS

I AREA: 100 TLS

AREA: 100 TLS

AREA: 100 TLS AREA: 100 TLS

1.5

ROOF PLAN SCALE: 1:250

1.4

COMPLETE ROOF SECTION SCALE: 1:50

A.09.1

6 8 9 10 11 8 12

False Ceiling

C-Steel Channel

Screed

Tiling

Horizontal Aluminum Louvres

Vertical Back-Up Structure for Louvres

Roof Flashing

Protective Layer

Thermal Insulation

NOTES:

10 Seperation Layer 1

11 Loosly Laid 12 Concrete Deck 12 Drainage Pipe

1.3

ROOF/WALL DETAIL SCALE: 1:10

A.09.1

ARCH202 STUDIOIV

Beam

Structural Slab

Structural Wall

7 5

Geotextile Membrane

Lean Concrete

Screed

Exterior Concrete Tiling

DRAWN BY: FARES AL RAJAL SPRING2018 PROF. ANNA CORNARO

PROJECT TITLE: AUD NEW STUDENT HOUSING

AUD CAMPUS DUBAI MEDIA CITY

1.2

GROUND DETAIL SCALE: 1:10

A.09.1

11 10 9 8 7

6 5 3 1

BASEMENT DETAIL SCALE: 1:10

4 2

1.1

A.09.1

Geotextile Membrane

Screed

Waterproofing

Gravel

Drainage Pipe

Footing

Structural Wall

Earth/Soil

False Ceiling

ROOF DRAINAGE AND DETAILS

CONTENTS:

10 Foam Concrete

DATE: SCALE:

11 False Ceiling

SHEET:

1-5-2018 -

12 False Ceiling

A.09.1 89

Structural Opening

Size Width Height

1 2 3 4 5 6 7 8 9 10

1400x2900 1050x2900 950x2900 4750x3400 1800x2900 3300x3400 1350x2900 1250x2900 3450x3400 4750x3400

1300 950 850 4650 1700 3200 1250 1150 3350 4650

11 12 13

3000x3400 3000x4900 1500x3400

2900 2900 1400

4450

2900 2900 2900 3400 2900 3400 2900 2900 3400 3400

200 200 0 0 200 0 200 1200 0 0

Sliding Casement Fixed Fixed Sliding Fixed Casement Awning Fixed Sliding

Alumin Alumi Alumin Alumin Alumin Alumin Alumin Alumin Alumin Alumin

3300 4800 3300

3400 4900 3400

0 0 0

Sliding Sliding Sliding

Alumin Alumin Alumin

6200

6 2300

FRAME MATERIAL

MASONRY OPENING SIZE

Casement Casement

LH RH-LH

900x2050 1100x2050

15 14 13 12 11 10 9 8

G010,G011 G009 G001,G010,G011 G012 G014 G012,G016,G021,G018,G002 G003, G013, G015 G015, G003, G017, G020

WC WC Gym, WC Kitchen Lounge Kitchen, Lobby, Lounge Garbage Rooms Garbage Room

Casement Casement Casement Casement Casement Casement Casement Casement

RH+LH RH RH LH RH+LH RH+LH RH RH+LH

1100x2050 900x2050 1300x2050 1600x2050 2100x2050 2100x2050 1100x2050 2100x2050

Meranti Wood P Meranti Wood P Meranti Wood P Meranti Wood P P Stainless Steel Aluminum Pow Aluminum Pow Aluminum Pow

7 6 5 4 3 2 1

353 -

Kitchen Terrace Terrace Service Room Bathroom Bedroom Bedroom

Casement Casement Casement Casement Casement Casement Casement

RH-LH RH-LH RHR-LHR RH-LH RH-LH RH-LH RH-LH

2100x2050 2100x2050 1100x2050 800x2050 800x2050 900x2050 1000x2050

Wood Stainless Steel Aluminum Aluminum Wood Wood Wood

1400

2000

Materials Plaster Fiber Anti-Slip Ceramic Tiles Ceramic Tiles Fair-Face Concrete Acrylic Cementitous Multi Component Polyurethane

A B C D E F G

Finishes Fenomastic Paint Ceramic Paint White Ceramic Marble Waterproofing

1 2 3 4 5 6

4000

2000

Room NO. 3RD

301-344 301T-344T 344-350 STR1-STR4 354-357 353

GF G002-16-18-21 G008-14-16-19 B LOBBY1-4 B02 B01

4000

2000

4000

354-358 301-344 320-324/341-344 301-344

4000 D3

TYPE

ROOM NAME Service Room Lobby Entrance

1400

4000

1600

B07 B03-B06

4000

3RD

17 16

4000

LOCATION/ IDENTIFICATION ROOM NO.

Mark B

1800

5400

6400

5400

2100

3000

3600

6400

5400 W2

2800 2800 2800 3300 2800 3300 2800 2800 3300 330

4450

1500

4000

9500

Mater

4000

1700

5400

2400

Type Opening

6400

Sill Height

Room name

4000

Aluminum Wood

2000

Floor Material

Pow P

P P Pow Pow P P P

2000

4000

3RD

Lintel Height (mm)

4000

MARK

D10

North Finish Material

Bedroom Bathroom Corridor Staircase Garbage Room Kitchen

C C D E C C

A A A A A A

1 2 3 3 4 2

Storage Lobby

E D

A A

2 5

Lift Lobby Water Tank Pump Room

D F G

A B A

5 6 2

rial

Frame

Window Material Finish

Finish No. of leaves

Items

num Powder Coated inum Powder Coated num Powder Coated num Powder Coated num Powder Coated num Powder Coated num Powder Coated num Powder Coated num Powder Coated num Powder Coated

2 1 1 2 2 2 1 1 2 4

Glass Glass Glass Glass Glass Glass Glass Glass Glass Glass

Glazed Glazed Glazed Glazed Glazed Glazed Glazed Glazed Glazed Glazed

28 10 3 10 3 2 6 32 2 3

num Powder Coated num Powder Coated num Powder Coated

4 4 4

Glass Glass Glass

Glazed Glazed Glazed

16 5 2

5600

2600

5600

9100

6400

9400

6500

NOTES:

W10

DOOR NO. OF LEAVES MATERIAL

FINISH

W11

FINISH

DOOR LOCATION

ITEMS

wder Coated Painted

1 1

Aluminum Wood

Powder Coated Painted

External External

1 4

Painted Painted Painted Painted Polished wder Coated wder Coated wder Coated

1 1 1 1 2 2 1 2

Wood Wood Wood Wood Glass Aluminum Aluminum Aluminum

Painted Painted Painted Painted Glazed Powder Coated Powder Coated Powder Coated

Internal Internal Internal Internal Internal Internal Internal External

6 3 5 1 1 8 4 9

Painted Polished wder Coated wder Coated Painted Painted Painted

2 2 1 1 1 1 1

Wood Glass Aluminum Aluminum Wood Wood Wood

Painted Glazed Powder Coated Powder Coated Veneer/Laminated Painted Painted

Internal External External Internal Internal Internal Internal

1 1 3 4 50 17 63

W12

W13

ARCH202 STUDIOIV DESIGNED BY: FARES AL RAJAL NATAL DIA DRAWN BY: FARES AL RAJAL SPRING2018 PROF. ANNA CORNARO

PROJECT TITLE: AUD NEW STUDENT HOUSING

AUD CAMPUS DUBAI MEDIA CITY

CONTENTS:

Material

East

D12

Walls Finish

Material

South

D13

West

Finish Material

D14

1600

4000

2000

D16

D15

SCHEDULE

D11

1600

2400

4000

3000

4000

2000

4000

2000

4000

D17

Ceiling Finish

Material

Finish

A A A A A A

1 2 3 3 4 2

A A A A A A

1 2 3 3 4 2

A A A A A A

1 2 3 3 4 2

A A A A A A

1 2 3 3 4 2

A A

2 5

A A

2 5

A A

2 5

A A

2 5

A B A

5 6 2

A B A

5 6 2

A B A

5 6 2

A B A

5 6 2

DATE: SCALE:

1-5-2018 -

SHEET:

A.10.1 91

Bathroom Detail Type: Internship - Detailing Firm: Salis Design Project Year and Duration: 1 week, January 2019 Academic Year: 3rd year, 2nd semester Location: Al Khawaneej - Dubai, United Arab Emirates 3845 800

100

1000

100

1845

Towel Holder Hand Shower 3

1200

D-007

Bathroom 01

FF-22

Toilet Paper Holder

6.86 m²

Wall Mounted WC

1600

Shattaf

100

Towel Holder

300

Under Counter Wash Basin

D-007

FF-22_ Toilet Floor Plan SCALE

1 : 25

1600 500

600

500

400

First Floor F.C.L (3) 8100.00

First

Window

600

600x600 mm Tiling

Hand Shower

Toilet Paper Holder Shattaf

600

2800

600

Shower Glass

Wall Mounted WC

600

WC LVL 400.00

FF-22_ Toilet Elevation A SCALE

1 : 25

1600 500

600

500

First Floor F.C.L (3) 8100.00

First

600x600 mm Tiling

Mirror

600

2800

600

400

First Floor F.C.L (3) 8100.00

600

D-007

First Floor F.F.L 5300.00

Wash Basin LVL 850.00

Under Counter Wash Basin

600

First Floor F.F.L 5300.00

D-007

First Floor F.F.L 5300.00

FF-22_ Toilet Elevation C SCALE

1 : 25

PO Box 75111 Dubai - United Arab Emirates

T F

3845 200

600

E W

+971 4 000 0000 +971 4 000 0000

500

100x100 mm Shower Floor Trap 600x600 mm Flooring

Bathroom 01

FF-22

600

1600

Slope

6.86 m²

100x100 mm Floor Trap

D-007

FF-22_ Toilet Floor Finish Plan SCALE

1 : 25 WC

G E N E R A L

3845 200

600

First Floor F.C.L (3) 8100.00

400

First Floor F.C.L (3) 8100.00

600

1. This Drawing is copyright protected 2. Do not scale from the drawing 3. All dimensions shown are in meter, a applied finishes, unless specifically 4. Any omissions or discrepancies foun Architect/Engineer immediately. 5. Levels are given in meters to three d 6. This drawing should be read in conju approved drawings and other relevant s discrepancies shall be reported to the e commencement of the work. 7. The contractor is responsible for con dimensions, fabrication progress and te coordinating his work with that of all oth in a safe and satisfactory manner. 8. The contractor has to submit full sho approval prior to commencement o

2800

600

600x600 mm Tiling

N O T E S

P R O J E C T

600

Towel Holder

600

SD-103-Rashid Dal First Floor F.F.L 5300.00

First Floor F.F.L 5300.00 OWNER

D-007

FF-22_ Toilet Elevation B SCALE

MR. RASHID DALM

1 : 25

3845 45

600

200

First Floor F.C.L (3) 8100.00 400

First Floor F.C.L (3) 8100.00

600x600 mm Tiling

FF-22_ Toilet

Mirror 600

Drawing Title

Under Counter Wash Basin

600

2800

Towel Holder Shattaf Flush

Drawn

Author

Checked

Checker

Scale

1 : 25

600

Wall Mounted WC

Wash Basin LVL 850.00 Project No.

Zone Code

Hand Shower

600

WC LVL 400.00

First Floor F.F.L 5300.00

Toilet Paper Holder

First Floor F.F.L 5300.00

Municipality Dwg No. R E V I S I O N S

D-007

FF-22_ Toilet Elevation D SCALE

1 : 25

REV.

PURPOSE OF ISSUE

Con

Power Plan Type: Internship - Detailing Firm: Salis Design Project Year and Duration: 1 week, January 2019 AcademicPO Year: 3rd year, 2nd semester Box 75111 Dubai - United Arab Emirates Location: Al Khawaneej - Dubai, United Arab Emirates T F

+971 4 426 9934

info@salis-design.com www.salis-design.com

ONE WAY SWTICH (1100 mm Height)

TWO WAY SWTICH (1100 mm Height)

DATA POINT (350 mm Height)

FLOOR MOUNTED BOX OUTLET

POWER PLUGS (350 mm Height)

POWER PLUGS (1100 mm Height)

DOUBLE POWER PLUGS (350 mm Height)

DOUBLE POWER PLUGS (1100 mm Height)

SINGLE POWER PLUGS (350 mm Height)

SINGLE POWER PLUGS (1100 mm Height)

G E N E R A L

drawing may be reproduced or transmitted in any forms by any means without written permission of the copyright holder.

E W

+971 4 426 9934

N O T E S

P R O J E C T

SD-105-Majid Dalmook-B+G+1

Fares Al Rajal faresalrajal@gmail.com @far.arch

For more: https://linktr.ee/faresalrajal