INES GULBENKIAN PORTFOLIO
Academic Works ROYAL COLLEGE OF ARTS Professional Works AIRES MATEUS E ASSOCIADOS JOHN PAWSON
2013-2019
INÊS SARMENTO GULBENKIAN E-mail:inesgulbenkian@gmail.com | CellPhone:(+351)913879107 Date of Birth: 20/02/1992 | Nationality: Portuguese |Address: Rua Gomes Freire 1, 4 dto 1150-175 Lisboa, Portugal
ARCHITECTURE | Education and Academic Degrees Sep/2016 | Jun/2018 Oct 2017 Jun 2018
Master Degree in Archtecture, Royal College of Art, London
Sep/2010 | Jun/2013
Bachelor Degree in Architecture, Faculdadede Arquitetura de Lisboa, Portugal
RIBA London Student Award MANIFESTA 12 - OMA, Bregtje van der Haak, Andrés Jaque, Mirjam Varadinis Collective installation ADS 8 - Exhibiting individual work Palermo, Sicily
COMPLEMENTARY STUDIES 2017
Course analysis of geospatial data - QGIS, RCA
Sep/2016 | Jan/2017
Collective Equipment for Gaza -Live Project RCA | Forensic Architecture | B’Tselem | GISHA | United Nations
2008 | 2010
Drawing Course, Sociedade de Belas Artes Level1; Level 2
LANGUAGES | Exams Portuguese
Native speaking
English
Proficient | IELTS Exam | Dec/2015
Spanish
Fluent speaking
French
Basic | PET1;PET2;PET3
COMPUTER SKILLS | Softwares Microsoft Office
Word | Power Point | Excel
Adobe
Adobe Photoshop | Illustrator | In Design | Premiere Pro
3D Modeling
Rhinoceros | GoogleSketchupPro | REVIT | VRAY | Keyshot5
2D Drawing
QGIS | Vector Works | Autocad
PROFESSIONAL EXPERIENCE Jul/2018 | Apr/2019
Colectivo Individual - Co-Founder Marvila, Lisbon
Concept design | Cost estimate | Detail and Construction drawings | Mediator
Feb/2015 | Feb/2016
Architectural Assistant at John Pawson Ltd York Way70-78 Unit B, N1 9AG London
Hand Drawing and Images | Concept design | Maquetes and 3D Modeling | Final commercial renders | Structure and Detail Drawings
Dec/2014 | Feb/2015
AR architects - Co-Founder Winning Competition Clube Ferroviário at Santa Apolónia, Lisbon Concept design to monotoring construction
Nov/2013 | Dec/2014
Professional Internship at Aires Mateus & Associados, Lda Rua Silva Carvalho n.175 - R/C Lisbon
Concept design | Drawings | Technical details | Site supervision | Testing and final models | Publication drawings | Photography | 3D modeling
Aires Mateus life exhibition, worldwide - Design Models + structure of the exhibition 2011 | 2012
Volunteer Job with Santa Casa da Misericórdia Remodeling old people’s homes at Alfama, Lisbon Basic constructing skills, and remodeling design
TABLE OF CONTENTS ACADEMIC WORK BORDER/GROUND The Architecture of the Gaza Strip
8 - 13
LA BODEGA Cultural, social and political institutions
14 - 19
POLYMONOPOLY 20 - 25 Conservation through autonumous solidarity networks
PROFESSIONAL WORK CAMPUS WINNING INTERNATIONAL COMPETITION FOR THE NEW SCHOOL OF ARQUITECTURE IN TOURNAI
28 - 31
MOSQUE winning project for the Muslim Cultural Center of Bordeaux International competition at bordeaux
32 - 35
WEST HOLLYWOOD EDITION Partenership with Ian schrager, us
36 - 39
Constructed in 2017
GRM Gaza Reconstruction Mechanism Residential Stream Application Process
Individual beneficiaries Submit projects: INTERVENTION: - Design plans/drawings - Evidence of land ownership
Send to local municipality to apply for construction permit
Send application to Ministry of Public Works & Housing and Ministry of Civil Affairs to be verified
Send to Government of Israel for approval
- Proof of funding (self funded - or donor commitment)
Submit details: - Name - ID number - GPS coordinates - Size of construction (in sqm - per floor)
10% rejected for: - Death - Under 18 - Security concerns
Approval Send approval to Ministry of Public Works &
Ministry of Public Works & Housing publishes data online through IT system
Participating vendors release materials (97 - 100 currently) Purchase quantity Live Project 1st year MA Architecture
Construction process
Sep 2016 | Nov 2017
Tutors: Platon Issaias & Godofredo Pereira Studying Unit - ADS 7 - was focused on Ecologies of Existence: Radical Municipalism. ADS7’s main research question is what kind of architecture could emerge if we consider ecology, subjectivity and living, as indispensable political and architectural categories. To do so, ADS7 proposes a way of thinking and designing architecture as a collective political practice.
InĂŞs Gulbenkian
|
8
Materials Monitoring Unit selects 10% of a random sample to check compliance with system
INTERVENTION: Dissemination and teaching of adapted construction
Collaboration with Forensic Architecture, Goldsmith University of London In partnership with B’Tselem, Gisha and United Nations (UN)
Developed in collaboration with the Centre for Research Architecture and Forensic Architecture, ADS7 at the Royal College of Art completed detailed research into the architectural and urban situation in Gaza and, in particular, the reconstruction of the Strip following continual damage. The result of the this research was comprehensive research book and a proposed intervention. This intervention was a low cost, efficient contruction system that offered design freedom even under the strict building material blockade imposed by Israel. This intervention was detailed in two pamphlets to be disseminated directly in Gaza. The first is a kit for assembling the required drawings for a planning application. The second details the construction system that was designed, allowing for easy quantification and interative design. The UN (UNOPS and UNWRA) have expressed interest in the project and there are ongoing discussions to conduct a case study in the field. It is also the focus of a contribution to ‘Open Gaza’, a book detailing the architectural and urban nature of the Israeli blockade, currently being published by Terreform in New York City.
20 17
15
381
200 343
7 200
140
60
243 16
355
200 26 35
Proposition of a hybrid system through optimization of materials from GRM HYBRID DRAWING THE HYBRID CONSTRUCTION MERGES THE TWO
7 200
380
ACADEMIC WORK | ROYAL COLLEGE OF ART
BORDER/GROUND The Architecture of the Gaza Strip
English Translation DUAL-USE MATERIALS FIRST schedule
1.
Chlorate Salts
2.
Perchlorate Salts a. Perchloric Acids
3.
Hydrogen Peroxide
4.
Nitric Acid
5.
Musk Xylene
DUAL-USE MATERIALS Second schedule
6. Mercury
1.
Fertilizers of any mixture containing choleric pottasium with concentrations greater than 5%.
2.
Fibers or textiles containing carbon (carbon fibers or graphite fibers), including the following: a. Chopped carbon fibers b. Carbon roving c. Carbon strand d. Carbon fabric tape
3.
Glass fiber-based raw materials, excluding plain glass wool used for insulation during construction, and including the following: a. Chopped glass fibers b. Glass roving c. Glass strand d. Glass fabric tape e. S-Glass f. E-Glass.
7. Hexamine 8.
Potassium Permanganate
9.
Sulphuric Acid
10. Pottasium Cyanide 11. Sodium Cyanide 4.
Sailing vessels.
5.
Fibers or fabrics featuring polyethylene fibers, also known as Dyneema, excluding insulation polyethylene boards as a finished product.
15. Magnesium Powder
6.
Retro detection devices.
16. Naphthalene
7.
Gas tanks.
17.
8.
Drilling equipment.
9.
Equipment for the production of water from drilling, excluding water pumps designated only to the Water Authority.
12. Sulfur 13. Phosphorus 14. Aluminium Powder
Fertilizers and Chemicals a. Ammonium nitrate b. Potassium nitrate c. Urea d. Urea nitrate e. 1 7-10-27 Fertilizer f. 20-20-20 Fertilizer g. Any solid fertilizer
10. Vinyl esther resins. 11. Epoxy resins. 12. Hardeners for epoxy resins containing amide or amine chemical groups, including the following materials, but excluding SIKA filler and curing agent: a. DETA- diethylenetriamine b. TETA- triethylenetriamine c. AEP- aminoethylpiperazine d. E-11- Ethyleneamine e. T-403- Jeffamine f. Catalyst 4,5,6,22,23,105, 140, 145, 150, 179,190, 240 g. D.E.H 20,24,25,26,29,52,58,80,81,82,83,84,85,87 h. XZ 927400.00.
18. Nitrate salts of other metals a. Sodium Nitrate b. Calcium Nitrate 19. Pesticide Materials a. Lannate b. Endosulfan 20. Nitrate Salt 21. Methyl Bromide 22. Pottasium Chloride 23. Formaline 24. Ethylene Glycol 25. Glycerine 26. Platinum, titanium and graphite boards thickness not exceeding 10cm. thick. 27. Communications equipment, communication support or equipment with communication functions. 28. Equipment that can, while activated, interfere with communications networks.
13. Vinyl esther accelerants, including the following: a. DMA- Dimethylaniline b. Cobalt Octoate c. Mekp- Methylethyl Ketone Peroxide d. AAP- Acetyl acetone peroxide e. Cuhp- Cumene hydroperoxide. 14. M or H type HTPB (hydroxyl- terminated polybutadiene). 15. Water disinfection materials- solutions with a concentration over 11%, inlcuing hypo-chloride (HTH) and bleach with a disinfectant concentration of over 11% concentration, excluding sand glass for difinifection and filtering.
29. Infrastructure equipment for communication networks.
16. TDI- Toluene Diisocyanate.
30. Lathes for removal of metal (including turning center machines).
17. Portalnd Cement (bulk or bags or drums)
31. Spare parts for lathes and accompanying equipment for lathes.
18. Natural aggregates, quarry aggregates and all foundation materials.
32. Machinery used for one or more of the following functions: miling, screwing, iron rolling.
19. Prepared concrete.
33. Casting furnace with heating capacity exceeding 600 degrees celcius.
21. Steel elements and/or construction products.
34. Aluminium rods, circumference between 50-150mm.
22. Iron for foundations and pillars of any circumference, including welded steel mesh.
35. Metal pipes, with or without seams, whose circumference is under 333mm. 36. Metal balls whose circumference is above 6mm and metal bearing holding metal balls with above 6mm circumference. 37. Optical Binoculars. 39. Laser range finders. 41. Night vision equipment. 42. Underwater cameras and sealed lens.
25. Industrialised forms for concrete pouring.
28. Concrete blocks, silicate, Ytong or equivelent of any thickness.
43. Compasses and navigation equipment including GPS. 44. Diving equipment, including diving compressors and underwater compasses. 45. Water skis. 46. External sea propulsion engines above 25HP and whose parts whose primary use if for said engines. 47. Parachutes, windsurfers and model airplanes.
xyz 10
24. Forms for construction elements of plastic or galvanised steel.
27. Thermal insulation materials and/or products excluding roof tiles, plaster/mortar glue, mosaic tiles, building stone/coating stone/ exterior stone, plaster roofing panels, polyethylene insulation panels, glass wool and moisture insulaton fabric.
40. Laser markers.
|
23. Steel cables of any thickness
26. Beams from composite materials or plastic with a panel thickness of 4mm and thicker.
38. Telescopes including telescopic sights (including marks).
InĂŞs Gulbenkian
20. Concrete elements and/or precast and/or tensed concrete.
Architectural Materials
29. Building sealing materials or products which include epoxy or polyurethane components, excluding acrylic silicone, acrylic filler for ceramics, plasticine, BOND BD sealing solution. 30. Asphalt and its components (bitumen, emulsion) in bulk or in packages of any sort. 31. Steel elements and/or steel working products for construction, excluding galvanised steel up to 0.4cm thick. 32. Elements and/or products for channeling and drainage from precast concrete
Erez Open for aid workers and humanitarian cases, six days a week Beit Lahiya
Beit Hanoun Jabalia
Gaza City Nahal Oz fuel pipeline Closed Karni Closed
Mediterranean Sea
Deir al Balah
Israel
Key
Khan Yunis
Urban areas Refugee camps Main roads Minor roads Border
Rafah
Border crossings
Egypt
Rafah Controlled by Egypt, closed apart from limited authorised people in exceptional cases
Sufa Closed
Kerem Shalom Controlled by Israel, open for authorised goods ďŹ ve days a week
6
Area
M1
M1
M1
14
1
3 PETS
4 PETS
gnitartsnomed fo esoprup eht rof detartsulli seitilibissop evitcejbo era telhpmap siht ni desu selpmaxE .sezis dna epahs ni yrav yam sezis tolP* .ngised nalp eht etatilicaf ot seludom larutcurts gnitaeper eht ezilitu ot woh
.smaebStep foor ,8: smGlue aeb ,sncolumn muloc ,snpieces oitadnuoon f roto f ekthe il uopoints y sa semit ynam sa 3-2 spets taepeR .telhpmap eht fo edis rehto eht no dnuof eb nac selpmaxE
ulg
ts e
kci
7
.telhpmap eht fo edis rehto eht no elpmaxe ees esaelp stnenopmoc larutcurts neewteb naps mumixam roF
8
4
6
5
8
7
9
11
10
12
14
13
1M
1M
Step 7: Cut out the foundation details from the template
1M
1M
Step 5 : Calculate number of columns
3
2
.roofl larutcurts a gnitalumrof trats ot nalp ruoy revo stuo tuc eseht epat ro eulG
Step 6 : Calculate quantity of materials using the cut out templates at the back
3
8
5m 5m
Area
Area
Area
Step 4: Calculate area
4
Area
Area
Area
Step 2: Place columns at intersections and measure distances between columns. If the measurement exceeds 5 meters, add an intermediate column
3.5m
100
5
100
2
100
12
Step 3: Calculate length of walls
3
Step 1: Draw out the outline house and interior space. Examples of module dimensions - 1.8m x 2.5m -3.6m x 3.6m - 3.7m x 5.0m - 3.0m x 2.5m -4.6m x 3.7m - 4.6m x 4.6m
Floor Plan
Plan of Foundation
Elevation
100
Area
100
Soil Condition
100
100
9
40
Area
30
Author / ﻑﻝﺅﻡ/ רֵּבַחְמ:
7
20
Date / ﺥﻱﺭﺍﺕ/ ךיִרֲאַת:
Area
350 360/0º 10
100
Revision / ﺓﻉﺝﺍﺭﻡ/ ןוכדע:
M1
340
50
70 60
100
100
Templates to cut
100
320
310
300
290
80
90 280
100
110
120
130
140 270 330
150
Project Name / ﺍﺳﻢ ﺍﻟﻤﺸﺮﻭﻉ/ טקייורפה םש:
4
160
100
Arenosolic Rhegosols
loessy sandy soil (Arenosolic Rhegosols)
ﺃﺭﻧﺴﻠﻚ ﺭﻫﺠﺴﻠﺲ
אראנוסליכ רגוסלס
Arenosolic Calcaric Calcaric Soils sandy (Arenosolic soils)
ﺃﺭﻧﺴﻠﻚ ﻛﺎﻟﺴﺎﺭﻕ ﺛﻮﺍﻟﺚ
אדמה אראנוסליכ כלכריכ
Calcaric Soils loess soil (Calcaric Soils)
ﻛﺎﻟﺴﺎﺭﻕ ﺛﻮﺍﻟﺚ
אדמה כלכריכ
Luvisols. Xerosols loamy silt/clay (Luvisols)
ﻛﺰﻳﺮﺳﻠﺲ.ﻟﻔﺴﻠﺲ
לוביסולס זארוסולס
Phase / ﻣﺮﺣﻠﺔ/ בלש:
Drawing name / ﻡﺱﺭ ﻡﺱﺍ/ רויצ םש:
Area
170
100
1
100
240
180
100
אדמה אראנסליכ כלכריכ על אדמה כלכריכ Arenosolic Calcaric Soils over Calcaric Soils sandy loess over loess soil (Arenosolic ﻛﺎﻟﺴﺎﺭﻕ ﺛﻮﺍﻟﺚ ﺛﻮﺍﻟﺚ ﺍﻓﻴﺮ ﻛﺎﻟﺴﺎﺭﻕ ﺃﺭﻧﺴﻠﻚ Calcaric soils over Calcaric soils)
Scale / ﺱﺍﻱﻕﻡ/ סולָּם:
1
190
100
ﻛﺎﻟﺴﺎﺭﻕ ﺃﺭﻧﺴﻠﺲ
כלכריכ אראנוסולס Calcaric Arenosols
loessy sandy soil (Calcaric Arenosols)
2
200 260
250
220 230
100
10
5
210
100
100 100
100 100
100
100
100
100
*aera tolp fo epahs tuo warD
100
0km
.ecnerefer ysae rof M1 x M1 fo dirg ylppa yam uoy ,derrefrep fI
100
Section
10 100
100
larutcurts senil dehsad eht gnola tuo tu6 c ro ecart ,ypocotohP eht morf ro telhpmap siht morf seludom noitcennoc .seludom etalpmet gniward
100
100
1:1
0mm
100
How to read a drawing
In conclusion, the pamphlet aims to facilitate the spreading and provision of technical architectural knowledge for self-built construction in Gaza.
Furthermore, it allows for accurate quantification of materials, cost time and labour requires for the project. This is useful both for the application process and for design iterations as part of the construction process.
The Pamphlet allows for quick, simple and manual generation of documentation through a system of ready documents’ templates- in particular structural details - and drawing tools.
The first thread of the manual is aimed to be used as a kit for putting together a planning application comprehensive of relevant drawings and documents, facilitating the engagement with the municipal authorities and application process.
This pamphlet takes the form of a manual for dissemination in Gaza.
ف� ف يو�دف الكتيب إىل تهسيل ش،التام وتوف� املعرفة ون� ي ي ف املعمارية التقنية للبناء ت. الذا� بنيت ي� غزة ي
ف� ف يو�دف الكتيب إىل تهسيل ش،التام وتوف� املعرفة ون� ي ي ف املعمارية التقنية للبناء ت. الذا� بنيت ي� غزة ي
و وقت التلكفة و،لتقد� دقيق لملواد فإنه يسمح ي،و عىل ذلك العمل املطلوب هلذا ش وهذا مفيد عىل حد سواء لعملية.امل�وع تصم� كجزء من معلية البناء التطبيق والتكرار ي.
الكتيب يسمح لج يل رسيع وبسيط من ش الو�ئق من خالل نظام وأدوات- س� التفاصيل اهليلكية وال ي-“ قوالب جاهزة شو�ئق الرمس.
، الج زء االول يتكون عن تطبيق التخطيط مع الرسومات و ش الو�ئق لتهسيل التواصل مع السلطات البلدية ومعلية التطبيق.
وج� ش ف هذا الكتاب مصنوع ف� كتيب ي ف لن�ها ي� غزة ي
מידיעון זה הוכן להפצה בעזה.
לסיכום המידיעון נועד לסייע בהפצת ידע אדריכלי והנדסי בשביל הבניה מחדש של עזה.
כמו כן המידיעון מאפשר כימות מדויק מחירו של זמן העבודה,של חומרים וכוח האדם.
המידיעון מאפשר יצירה של מדריך פשוט ומיידי של שירטוטים,מהיר בעיקר שירטוטים- מן המוכן לתהליך הבנייה- סטרוקטורלים.
חלקה הראשון של החוברת הינה שירטוטים,ערכה להגשת היתרי בניה אשר מעודדים,נלווים ומסמכים תקשורת עם משרד התכנון והבנייה במהלך תהליך הבקשה.
About the Pamphlet
GAZA
ﺇﻋﺎﺩﺓ ﺍﻹﻋﻤﺎﺭ ﻓﻲ ﻏﺰﺓ
שחזור לעזה
مرشد حول تقنىة اعادة اعمار مدىنة غزة
0m 0cm
12 How to assemble the drawing
RECONSTRUCTION FOR
A guide in navigating the Gaza Reconstruction Mechanism
1:10
1:100
|
1 PETS
מדריך בניווט מנגנון השחזור העז in navigating the Gaza reconstruction mechanism
Inês Gulbenkian
2 PETS
הזע םוקישל ןונגנמ טווינב ךירדמ ﺓﺯﻍ ﺭﺍﻡﻉﺇ ﺓﺩﺍﻉﺇ ﺓﻱﻝﺁ ﻱﻑ ﻝﻕﻥﺕﻝﺍ ﻱﻑ ﻝﻱﻝﺩ A guide
100
Example of produced pamphlets
This is currently not classified as a dualuse material
Status
Plan
Use
Status
Plan
This is currently not classified as a dualuse material
Windows
PVC frame windows
Metal doors
Pre fabricated 1 window
Material name (as in the GRM)
Elevation
Material number
2 Steel doors handleSteel doors
Used in metal doors/windows Steel doors and main gate and fuel tank, ext.
Plan
Steel doors lock 3 (UNION) Steel doors 4 Carpentry work 2 5 Nails (6cm in L) 6 Screw Windows and doors 7 Glass 8 Hinges
Galvanised steel 10 profile
9 thick)
Galvanised steel PVC frame windowssheets (4mm
Metal doors
Use
N/A
Concrete wall
Axonometric (3d View)
N/A 2
Windows
Material 1
Material 8 Material 2 &3 Material 9 Material 1
Status(Dual Use Material)
NO
NO
YES
0
0
Pre fabricated 1 window
Material Steel 1 doors
+
2 Steel doors handle Steel doors
NO
Material 1
YES
Steel 0 doors lock 3 (UNION)
4 Carpentry work 2
5 Nails (6cm in L)
6 Screw
NO
P
Example Column Grid : 3.6m x 3.6m
Foundation 1:100
Example Column Grid : 3.6m x 3.6m
Roof beam 1:100
5.0m
Example of Floor Plan + beam spans
3.6 m MAXIMUM SPAN: 5m
Example of Floor Plan + beam spans
Once satisfied with the plan, draw connections, columns and beams, to complete your drawing.
15
0,6M3
30
30
30
30
30
30
30
0,09M3
30
30
0,6M3
30
30
30
30
30
70
30
100
40
40
30
30
30
30
30
30
30
30
30
0,02M3
0,02M3
0,02M3
0,02M3
0,02M3
0,02M3 0.13M3 Gravel 30kg Cement 15m3 Water 10kg Rebar
0.1M3
30
30
30
30
30
20 20 20 20 20 20 20 20 20
30
20 20 20 20 20 20 20 20 20
Gravel Cement Water Rebar
0,09M3
30
20 20 20 20 20 20 20 20 20
30
20 20 20 20 20 20 20 20 20
Foundations - Single Storey
30
30
30
10
0.10M3 Gravel 0.9M3 Gravel Cement 230kg Cement 24kg Water 0.96m3 Water 12m3 Foundations - Multiple Rebar 55kg RebarStoreys 7kg
30
30
0,019M3
30
20 20 20 20 20 20 20 20 20
30
20 20 20 20 20 20 20 20 20
0.10M3 24kg 12m3 7kg
30
20 20 20 20 20 20 20 20 20
30
20 20 20 20 20 20 20 20 20
beam
1m beam = 0.075 m3 column = 0.2 m3 foundation column + footing = 0.4 m3 1 m2 slab = 0.15 m3 foundation beam = 0.075 m3
12
column
300
800
13
100
70
13 30
20
foundation
100
100
Gravel Cement Water Rebar
0,75M3
1M3 230kg 125m3 76kg
0,019M3
Steel doors
Status (Dual use Material)
Example foundation footing
Foundation 1:100
Beam Colum 1:100 Example Column
0.1M3
0,02M3
0,02M3 0.13M3 Gravel 30kg Cement 15m3 Water 10kg Rebar
0,019M3
Galvanised steel 10 profile
Material name (as in Use the GRM)
Steel (Kg) 100
Material number
Water (L) 120
592
0,019M3
0
NO
Toilet (1 lot)
1 Water closet
NO
Material 1 NO
2 Stainless steel sinks Kitchen
Toilet
Material 3
3 Lavatories
For persons with special need + hidden flush sytem NO
Material 2 Toilet (70cmx70cm) NO
4 W.C
5 Shower
Cold and hot water mixer (Grade A)
Cement (kg) 320
710.4
NO
Hot and cold water 6 mixer
1894.4
0,019M3
0
7.696
0,019M3
0
0
This is currently not classified as a dualuse material
Material name (as Use
Applications pending in the GRM)
Material number
Number of refusals
Openings
N/A
Number of approvals
5
0
0
0
0
6
+
1
1
0
2
0
5
1 +
Axonometric (3d View)
2
3
1
Toilet + Kitchen + Staircase
+
use material 6 This is currently not classified as a dualuse material 1
*
270
0,019M3
17
Concrete
0,75M3
0,019M3
25
25
230
100
100
0,019M3
This is currently not classified as a dualuse material This is currently not classified as a dual-
25
105
use material Cubic Meters in Drawing (m3) Gravel (m3) 1 1.3
5.92
This is currently not classified as a dualuse material
x
25
180 25
1M3
0,019M3
25
max 20 cm min 16 cm
max 32 cm min 20 cm
25
N/A
Applications pending
Windows Material 8 and 7 Glass doors NO Material 3 Material 2 &3 Used in metal 9 doors/windows 8 Hinges Material NO Material 1 Material 2 Steel doors and Axonometric main gate and fuel Galvanised steel (3d View)Axonometric NO 9 sheets (4mm thick) tank, ext. (3d View)
Concrete wall
*
Number of refusals
Number of approvals
This is currently not classified as a dualuse material This is currently not classified as a dual-use material N/A
Status
Use
Toilet (70cmx70cm) Cold and hot water mixer (Grade A) Jack typ
use material N/A not This is currently classified as0a dualuse material This isToilet currently not For persons with classified as a dualspecial need + This is currently not use material hidden flush classified as a dualsytem
1 Water closet This isToilet (1 lot) currently not 2 Stainless steel sinks Kitchen classified as a dualWindows
Material name (as in the GRM)
Elevation
Pre fabricated 1 window
Material name (as in the GRM)
Material number
Elevation
Material number
2 Steel doors handleSteel doors 3 Lavatories
Windows and 5 Shower doors
Steel doors lock 3 (UNION) Steel doors 4 Carpentry work 2 4 W.C 5 Nails (6cm in L) 6 Screw 7 Glass
Plan
This is currently not classified as a dualuse material
Status
Used in metal 8 Hinges doors/windows Hot and cold Galvanised steel Steel doors and 6 water mixer sheets (4mm main gate and 9 thick) fuel tank, ext. Galvanised steel 10 profile
Use
This is currently not classified as a dual-use material
Toilet (1 lot)
Toilet (70cmx70cm) Cold and hot water mixer (Grade A) Jack typ
This is currently not classified as a dualuse material Toilet For persons with special need + hidden flush sytem
1 Water closet
Ratio
25
x = max 40°
Landing min 400 max 1000
Staircase Total
Hot and cold 6 water mixer
5 Shower
4 W.C
3 Lavatories
2 Stainless steel sinks Kitchen
Material name (as in the GRM)
Elevation Material number
128
105
1M3
0.56M3 0.56M3 0.56M3 0.56M3 0.56M3 0.56M3 0.56M3
0,02M3
31M3
0,6M3
0,75M3
240
10.0
10
20
79
85
15
25
225
13
20
60
20
20 8
25
25
25 25
18
Isometric drawing - Singles Storey
250
280
Isometric drawing - Multiple Storeys
230
360
100
360
100
0,02M3
School Project 2 1st year MA Architecture Nov 2017 | Jun 2017
Tutors: Platon Issaias & Godofredo Pereira Studio Unit - ADS 7 - was focused on Ecologies of Existence: Radical Municipalism. ADS7’s main research question is what kind of architecture could emerge if we consider ecology, subjectivity and living, as indispensable political and architectural categories. To do so, ADS7 proposes a way of thinking and designing architecture as a collective political practice.
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Existing Bodegas Cuba
In a context of rapid social and political transformation, I proposed a system of interventions into the spaces of food distribution in the city of Havana, Cuba (las bodegas). The aim of this proposal is twofold: firstly, to create a mechanism of food distribution that can offer an alternative to the foreseeable privatization and deregulation of the current state owned system; second, understanding the food distribution as a social and political process, the project aims at generating new networks of solidarity in the urban fabric of the city. In my proposal, cooperatives become the central actors of food production and distribution. They become autonomous and independent. Within this, I propose a system of interventions to the bodega in order to encourage interaction between members of cooperatives, institutions and the neighbourhood to stimulate collective action to pursue common objectives. These spaces are flexible, host a range of uses, adapt to various site settings and are cheap to build with a minimum of specialist knowledge required. By introducing into the bodega collective areas of social and political value as meeting spaces opened towards the city in order to show the apparatus of these newly organized cooperatives that more than being distributers of food, represent new ways of living. This project was awarded the RIBA West Project of the Year.
ACADEMIC WORK | ROYAL COLLEGE OF ART
LA BODEGA Cultural, social and political institutions
Typological variations to the bodega This requires a series of spatial interventions expand when they need more storage space; open to the square if there is one; open to the internal courtyard if possible; expand to the second floor if they need admin; design of new buildings if necessary. InĂŞs Gulbenkian
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Addition of series of programs that contribute in a social dimension 1 - in the bodega providing distribution, storage and consumption areas for social engagement. 2 - in the extension of the bodega - community kitchens that becomes a tool for volunteer initiatives i.e. food to poor areas, breakfast for children; to provide the meeting point for political action between members and social action among members and population; educational programs such as summer courses for children, research courses for speculations of new ways of operating, lecture series and so on.
Spatial interventions Architectural proposal conceived as the concept of addition of extra space for the social action. Always separated from the bodega as a clear addition to it, where the steel structure creates an indoor/outdoor space with in the neighborhoods. Half of the site is given to the street and half to the intimate (for more private activities). InĂŞs Gulbenkian
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2nd year MA Architecture 2017 | 2018 Tutors: Anna Puigjaner, Ippolito Pestellini Laparelli & Marina Otero Verzier Studio Unit - ADS 8 - was focused on Domestic Institutions. The 12th edition of Manifesta (M12), with OMA as creative mediator, takes place in Palermo, Sicily. So does this studio. ADS8 refers to OMA’s Palermo Atlas, an urban study that served both as a creative mediation model for the biennial and a blueprint for the city’s development. The concept for this proposal was designed in Palermo, Sicily; case study in Lisbon, Portugal. Inês Gulbenkian
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URBAN ANALISYS
Tourism VS Socially neglected Lisbon, Portugal xyz key UNESCO Site Socioeconomic neglected neighborhoods Touristic sites
This work was exhibited in the MANIFESTA (M12) curated by OMA in Palermo, Sicily Project currently under development - collaboration Municipality of Lisbon; ROCK Institution, Turismo de Portugal in Lisbon, Portugal
This project focuses on the impacts of tourism on the social fabric of the city by trying to understand the manifestation and consequences of tourism and the ways it affects urban and social landscapes - through heritage processes and urban regeneration strategies eventually compromising local identity. The project aims to explore new models of social and economic production in order to engage and protect communities from gentrification. First local communities organize into a cooperative. Through a process of urban analysis and then participatory design with the cooperative, strategic sites are selected, occupied and then host site specific projects. The location of the sites offers a strategic foothold for communities that are being forced out of their neighbourhoods, while the projects themselves offer sustainable economic growth and much needed services directly to the residents. The project aim to provide a network of micro businesses and a co-ownership system that can allow communities to benefit from tourism and develop local economy. To give the framework for them to act indenpendently as the developer and conservation institution. With the support of the municipal government of Lisbon, Tourism Portugal, local council groups and various other interested actors, the first project is currently under development as a real world case study in Marvila Lisbon. It is intended to be a flexible, community kiosk. The multi-use space is designed to respond to a brief from the community that included many and varied needs, with a small budget and built area. The result is a deconstructed kiosk, made up of moveable use carts. This allows for almost infinite site arrangements to satisy a varied and evolving brief.
ACADEMIC WORK | ROYAL COLLEGE OF ART
POLYMONOPOLY Conservation through autonumous solidarity networks
INVESTMENT Axo portraying potential sites for strategic purchase of land by local communities. This land consists in irregular plots located in undesirable locations or lack the size for profitable investment. Palermo, Sicily
Tourism VS Socially neglected BallarĂł, Palermo
PROJECT Case study of flexible architectural device for multiple micro businesses. Lisbon, Portugal
Government Planning Prosals for the refurbishment of heritage buildings 2017 - 2020
InĂŞs Gulbenkian
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INVESTMENT
xyz key Strategic sites
REAL WORLD DEVELOPMENT
COLECTIVO I N D I V I DU A L
After an intensive participatory design process with the residents several key needs were identified. These included a place for children to play, a place for informal community gathering, a base for operating neighbourhood tours for visitors and perhaps the most important, the place to prepare, sell and eat petiscos. Housed in a polycarbonate form that references the traditional quiosques of Lisbon, are six carts that host specific uses. These carts can be arranged to form infinite spaces: : a kiosk, a community centre, a cozy cafe, a dance party and so on. We are in negotiation with the municipality to take control of a site in Marvila. InĂŞs Gulbenkian
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PROJECTO
ESCALA
DA
1:50
ART
QUIOSQUE
CART.2 - Eventos Cooper - Actividades para - Eventos sociais
CART.1 - Estação de limpeza
CHAMINÉ
QUIOSQUE
CART.5 - Preparação de p
CART.4 - Fabrico de petiscos
CART.2 - Eventos Cooperativa - Actividades para crianças - Eventos sociais
CART.1 - Estação de limpeza
CART.3 - Bebida
CHAMINÉ 2000
Grelha canapé/cobertura
PROJ
COLECTIVO I N D I V I DU A L
ESCA
CART.5 - Preparação de petiscos
CART.4 QUIOSQUE - Fabrico de petiscos
CART.2 - Eventos Cooperativa - Actividades para crianças - Eventos sociais
CART.6 - Turism - Caixa r
CART.3 - Bebidas
2000
CHAMINÉ PROJECTO
Grelha canapé/cobertura
Marvila Quiosque Comunitário
ESCALA
DATA
1:100
DESENHO
12/12/2018
COLECTIVO I N D I V I DU A L CART.5 - Preparação de petiscos
Proposta de variações espaciais - Planta 2 PROJECTO
Marvila Quiosque Comunitário
ESCALA
DATA
1:25 CART.6 - Turismo (iformações) - Caixa registadora
DESENHO
12/12/2018
Funcionalid
Architectural Assistant 2013-2014 Mentor architect: Manuel Aires Mateus
Learning time, both in form and in concept. In the study and in the conception. In the reality and in the imagination. Various projects for different purposes and concepts were developed and produced. Within these I chose two which, in my opinion, demonstrate the essence and language I learned in the workshop. They are the Mosque in Bordeaux, and the University of Tournai.
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Constructed in 2017
A new addition to the Catholic University of Louvain’s Faculty of Architecture. The project occupies the interior of a historical city block where buildings from different identities and periods coexist. There are two industrial buildings and a convent that has been used as a hospital. The new building is positioned in order to bond together each of these structures and to define new external spaces. Besides demolishing some of the existing infrastructure within the confines of the city block, this design has renovated the existing hospital for administrative facilities and two existing industrial facilities for classrooms and the library. The new building carefully aligns and reflects existing datum and formal moves from the character of the block, yet presenting itself slotting into the context, seemingly without coming into contact with the adjacent brick buildings. We wanted to design a new faculty building that stitches the internal elements of the site together whilst projecting its perimeter respectfully against the junction of the old. The intervention at Université Catholique de Louvain, Belgium’s largest french-speaking university, also defines a series of new external spaces. Inside the architecture faculty building, public functions are sheltered, like the foyer and auditorium, operating not only as circulation routes and meeting places, but also as a part of a new identity. There are two auditoriums, with 300 and 150 seats, while the historic structures contain the school’s administrative offices. Architectural role in the project Initial conceptual phase - design program iterations, production of drawings, 3D images and conceptual models for competion; Construction phase - construction details, main stair access design, models and 3D images.
PROFESSIONAL WORK | AMA AIRES MATEUS
CAMPUS WINNING INTERNATIONAL COMPETITION FOR THE NEW SCHOOL OF ARQUITECTURE IN TOURNAI
InĂŞs Gulbenkian
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InĂŞs Gulbenkian
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In the development of this project, we looked to draw a space that could represent the concept of unity, understanding as fundamental aspect of religious thought. The gathering of everything that exists around a common center, Mecca. In fact, the Muslim religion, promises to this idea of unity is a deep relation between the religious and daily life, between the religious ethics and the life in society. In daily life, the community sees the combination of the sacred and mundane. The program was designed through a continuous topography, an architecture where everything is connected: the different uses, the pathways that connect them and the filtered light that characterizes them. A whole without parts. The form, including the secular part of the program open to the community (mixed-use) is connected in a spatiality fluid to the halls of worship, and spaces for praying and contemplation. The central space as well as the place of meeting are abstractions of their religious functions, allowing religious and cultural functions to crossover. Circulation is provided where the opoosing topographies meet, such that the form of the building also reflects the paths through it. The second floor was designed a series of classrooms, meeting points and library that feed into the educational platform of the cultural centre. Architectural role in the project Main role in concept design for the competition entry, inluding but not limited to project research, 3D images, model iterations and final schemes, conceptual fase design, final drawings. The research phase of this project was of particular interest. The religious use of this building and subsequently its central position in the community required a clear and sensitive understanding of the Islam and how this in turn fed into architectural practice. This research formed the base for our proposal. It was this deep understanding of the client that was key to our successful competition entry despite being the only non-Muslim team involved in the project.
PROFESSIONAL WORK | AMA AIRES MATEUS
MOSQUE winning project for the Muslim Cultural Center International competition at bordeaux
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Architectural Assistant 2015 | 2016 Mentor architect: John Pawson
Learning time of concept design, technicality and constructibility, interior design, furniture displacement and fabrication. Research was a sector where I was higly involved in the practice i.e. from projects located in the Phillipines, to Turkis and Caicos. I was also higly involved in hand drawing and 3D imagery production.
InĂŞs Gulbenkian
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Combining John Pawson’s minimalist design and Ian Schrager’s hospitality concepts and direction, The Residences at The West Hollywood Edition are set to bring together private residential, and boutique hospitality. The project, which unites private residences with services and amenities of a high class hotel, is a scheme developed jointly by real estate companies Witkoff with New Valley. The development consists of 20 residences, ranging from one to four bedrooms, which are set on the edge of the leafy West Hollywood hills, on top of the area’s new Edition hotel. The scheme is currently in construction, with completion currently scheduled for late 2018. Architectural role in the project During my internship working in several projects of small dimensions, the West Hollywood was the most extensive one. In this project I was working along side with the architect Allan Bell and together we were in charge of all design and provision of concept drawings, materiality, furniture design and selection, construction details, mostly all 3D images for clients, Witkoff, press. This project was important for understanding the relation between architect and developer and therefore communication and procedures. WeHo was also interesting when considering technical details and specifications. Since the Hotel/Residency would offer a varied choice of ammenities, we had to design all specifications for kitchen appliances, bar mechanisms, gym equipment, spa utilities, restaurant, toilets, mandatory devices and disabled requirements. Because of the location of this project, all compartments had to be regulated and designed under the strict West Hollywood Municipal Code.
PROFESSIONAL WORK | JOHN PAWSON
WEST HOLLYWOOD EDITION Partnership with Ian schrager, us
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