SUSTAINABLE ARCHITECTURE PORTFOLIO by RUXANDRA BARDAS-DUNARE

SUSTAINABLE ARCHITECTURE

PORTFOLIO RUXANDRA BARDAS-DUNARE

RUXANDRA BARDAS-DUNARE arkitekt / 5 års erfarenhet

Studiegången 7 lgh 1112 , 416 81 Göteborg 0720 357 314 ruxandra.bardas@gmail.com

UTBILDNING

pågående

Examensarbete - Delivering Adaptability - Sustainable design guidelines for adaptable apartments in the nowadays Swedish context / i samarbete med forskningsprojektet Climate Smart Apartments på Chalmers och arkitektkontoret Vandkunsten / Köpenhamn

2013-2016

MSc Chalmers Tekniska Högskola, Arkitektur masterprogrammet Architecture and Planning Beyond Sustainability

2011

MArch ‘Ion Mincu’ Universitetet, Arkitektur och Urbanism / Bukarest / Rumänien

1998

Motsvarande gymnasium i I.T. ‘Unirea' Nationell Högskola / Focsani / Rumänien

ARBETSLIVSERFARENHET

mar 2017-sep 2017

Projektassistent på Chalmers Tekniska Högskola, arkitektkontoret projektet Nordic Built - Sustainable Transformation and Environmental Design som drivs av Paula Femenias, i samarbete med arkitektkontoret Vandkunsten / Köpenhamn / en studie om hur och till vilken grad invånarna använder "flexibilitetsegenskaper" i sina lägenheter

feb 2017-jun 2017

Kursassistent på Chalmers Tekniska Högskola, Arkitektur studion Sustainable Architectural Design som drivs av Barbara Rubino / organisera och administrera specifika kursaktiviteter / säkerställa gott samarbete mellan studenter, lärare och andra medarbetare

sept 2016-jan 2017

Kursassistent på Chalmers Tekniska Högskola, Arkitektur studion Sustainable Building Competition drivs av Barbara Rubino och arkitektkontoret GXN 3XN / Köpenhamn

maj 2012-apr 2013

Arkitekt på ADN arkitektkontoret / Bukarest / http://www.adnba.ro/project/mra med inriktning på bostadshus och offentliga lokaler / händläggande arkitekt i byggnadsfasen av ett bostadsprojekt / arbete nära kund, projektledningsföretag och olika konsulter / arbete nära EL- och VVS konsulter samt strukturell ingenjörer / utveckling av ritningar och specifikationer för byggföretag / specificering av materialtyp och kvalitet

sep 2008-apr 2012

Arkitekt på Architect Service arkitekturföretag / Bukarest / http://www.architectservice.ro/ med inriktning på bostads- och kontorsbyggnader / arkitekt eller händläggande arkitekt i alla konstruktionsfaser, i olika projekt / samarbete med lokala myndigheter och regleringsorgan / produktion av platsanalys, tekniska ritningar, detaljer och skriftlig dokumentation / arbetar med BIM-programvara och LEED-certifiering (Kunden SKANSKA) / arbete nära kunder, ingenjörer, konsulter och projektledningsföretag / ansvar för att projekten kunde färdigställas inom budget och tidsplan

2007-2008

Praktikant på Architecture Studio / Bukarest med inriktning på olika bostadshus / studentarkitekt involverad i alla konstruktionsfaser och uppförandet av ett gästhus i Unesco Danube Delta Naturreservat / designkoncept baserat på integration inom ramen för spesifika miljö- och kommunala regler

WORKSHOPS

15-17 aug 2014

Bygga halmfrid - på väg till vårt halmbalshus / villa nära Alingsås praktiskt övning i teknikerna halmbalskonstruktion samt lerklining

4-25 maj 2010

29 aug- 11sep 2009

Atelier Photon fotografering, teori och praktik Premio Piranesi Prix de Rome / http://lnx.premiopiranesi.net/ Accademia Adrianea inom Arkitektur och Arkeologi / Rom / Italien / del av ett 6 internationellt studentsamarbete för att utforma ett dubbelmuseum som ska sidas vid Villa Adriana (materialmuseum - utformat med hållbara kriterier) och på de olika platserna i Rom i samband med Kejsare Hadrian (immateriellt museum - former av samtidskonst som ska utställas som urban scenografi)

speciellt omnämnande FIABA / Italienska Fonden För Avskaffande Av Arkitektoniska Hinder TÄVLINGAR

maj 2012

deltagare vid Rehabilitering av Revolutionens Torg i Baia Mare / Rumänien / del av ett team på 5 arkitekter i syfte att utveckla ett koncept för restaureringen av torget som urban plats för att möjliggör en bättre samtida använding (urbansdesign och belysning, grönområden och vatten)

2007

deltagare i Skydd för Brådskande Situation / Årets Student ‘Ion Mincu’ Universitetet för Arkitektur och Urbanism / Bukarest / Rumänien

ÖVRIGA FÄRDIGHETER

språk

datorfärdigheter

sociala och yrkeskunskaper

INTRESSEN

svenska / mellanliggande engelska / flytande rumänska / modersmål AutoCAD Revit - BIM Nemetschek AllPlan - BIM Adobe Photoshop InDesign Microsoft Office Suite bra lyssnare / organiserad både privat och i arbete / erfarenhet av att arbeta i team och som ledare / finner tillfredsställelse i att lära mig och ta ansvar / bidrar till en trevlig arbetsmiljö natur och vandring / brädspel / läsning / matlagning och trädgårdsarbete / science-fiction / grafisk design / skapa med naturliga och återanvända material

SELECTED WORKS ACADEMIC FIELD

DELIVERING ADAPTABILITY / Sustainable Design Guidelines for Adaptable Apartments in The Nowadays Swedish Context Master Thesis 2017 master program Architecture and Planning Beyond Sustainability / Chalmers University of Technology In collaboration with the research project Climate Smart Apartments at Chalmers Architecture. And a study made with VANDKUNSTEN Architects, Copenhagen

FEED YOUR SENSES / A Regenerative Food Hub for The Hungry Senses Studio Sustainable Building Competition run by 3XN/GXN architecture office Copenhagen / Chalmers Architecture / autumn 2016

MATERIAL AND IMMATERIAL MUSEUM International Seminar and Competition of Museum Design at Villa Adriana / Rome, Italy 2009 Special Mention FIABA (Italian Fund for the Abolition of Architectural Barriers)

WORKING FIELD

MORA RESIDENTIAL BUILDING / B+GF+4F 2 020 sqm 2012-2013 Bucharest, Romania The project appeared on ArchDaily site at: http://www.archdaily.com/560140/mora-residential-building-adn-birou-dearhitectura

SKANSKA OFFICE BUILDING / GOLD LEED Certification 2B+GF+10 -11F 60 000 sqm 2011- 2012 Bucharest, Romania

DIONISIE LUPU RESIDENTIAL BUILDING /

3B+SB+GR+7F 12 000 sqm 2009-2010 Bucharest, Romania

DELIVERING ADAPTABILITY / Sustainable design guidelines for adaptable apartments in the nowadays Swedish Master Thesis 2017 / master program Architecture and Planning Beyond Sustainability / Chalmers University of Technology

My Master Thesis is linked with an ongoing research project at Chalmers: Climate Smart Apartments. The project aims for guidelines for the design and development of climate-friendly and sustainable homes. One study cared out within the project raised questions about how we achieve social goals of adaptation and accessibility for changing demographic needs over time while the climate impact of re-constructions is reduced. My research process includes also a collaboration with VANDKUNSTEN Architects, Copenhagen under another research project at Chalmers - Nordic Built. The study investigates how and to what degree the inhabitants used the flexible features of their apartments. The purpose of my Master Thesis is to develop design guidelines for more adaptable apartments with less environmental impact, in the nowadays Swedish context. What, from the international context, can work here and what not? Why? What strategies to adjust? How? Our society faces realities and changes never seen before: globalization, environmental crisis, economic instability, increased demography and cultural diversity to name some. In the same time our home-planet is running out of resources. The natural environment wears out at previously unseen rates. Biodiversity and species are wiped out to leave room for civilization. Some societies consume more than one planet in resources while others struggle with water scarcity, war or poverty.

We (clients, architects, developers) are so used to design for the now moment. But the use of an apartment faces, over time, changes in the family members, aging users, increasing cultural diversity, contemporary changes in the family structure or more and more people working from home. How to design future houses when the future embodies uncertainty and society face realities and crisis never seen before? There are different ways to address flexibility in this context: - management level (user's involvement from the design phase, continuing in the construction phase and later while inhabiting, giving the chance for easy alterations according to specific needs) - physical level (the possibility to shrink/extend the apartment layout, movable interior walls, open space design, raw-space apartments, the floor finishings, the access and display of the utilities, to name some) I will investigate how and if it is possible to implement such strategies in the Swedish context. Different actors play different roles here: developers, design and construction teams, clients and industry, body regulations. I want to give an insight of their role in the housing market. Throughout a series of interviews (with HSB, IKEA, Tengbom Architects, prefabricated walls producer) I will explore what do they see as opportunities and challenges of flexible features in the newly built apartments. My aim thus, is to describe the right balance of flexibility and steadiness of different construction components of the housing program that will enhance sustainable practices and the quality of life.

ADAPTABLE HOUSING Processes of use

LIFETIME

24 H

- Increase/decrease number of the members in the family - Aging process - Working process - Financial aspects

- Same space used for different activities according to the time of the day

WEEKDAYS/END - Less members using the space during the working days - More members at home during the weekend - Working patterns

1 YEAR - More outdoor activities during the warm months - More inside activities during colder months - Holidays - maybe guests to accommodate - Vacation - more time spent home or - rent the space to others

LIGHT&SOCKETS

POSTERS &ACCESSORIES WARDROBE

SHELVES

DOOR

ONE DESIGN PRODUCT: MULTIFUNCTIONAL MOVABLE WALL

Change in the rooms number Change in the size of the rooms Change in position and accessibility of the furniture

FEED YOUR SENSES A Regenerative Food Hub for The Hungry Senses as part of an international team in the Studio Sustainable Building Competition at Chalmers Architecture run by 3XN/GXN Architecture Office, Copenhagen / autumn 2016

The studio investigated how a symbiosis between urban farming, temporary construction, and regenerative sustainability can create social and economic value in cities. We had to design a regenerative temporary Food Hub that will bring value to the urban place and the local community, using sustainable strategies. The site was located in central Copenhagen, in the harbor, where is the new pedestrian bridge. It laid in the immediate vicinity with the Street Food on PapirĂ¸en Island and The Noma restaurant. Our team designed a regenerative urban space that combined sensorial experiences and sustainable strategies in order to make people more aware about food chains, resource shortage, and natural cycles. It is a food hub that reconnects the citizens with soil, water and food. A place that stimulates curiosity and appetite. The main concept was around an urban forest - with similar functions for the city as a natural one: offers shelter, food, water, knowledge, experience, biding inhabitants and passersby. The construction itself is a complex structure designed with the help of the latest technologies Grasshopper definition and robotic techniques. It is supposed to easily be tare down and assemble in other parts of the city, to facilitate sustainable knowledge spread out. The Hub consists of a marine restaurant in the water, a restaurant on the site, a food production area and outdoor areas. All parts are connected under the same canopy of urban trees and engage the users at different urban and sensorial levels.

MY INPUT TO THE PROJECT as part of an international team in the Studio Sustainable Building Competition at Chalmers Architecture run by 3XN/GXN Architecture Office, Copenhagen / autumn 2016

We had a really good working team with people coming from Sweden, China and Romania. That brought a lot of various knowledge and different perspectives on the discussion and so we came up with a richer project at the end. CONCEPT PHASE: - Being part in all the team discussions, concept development process and manage, as a team, to come up with a final, unitary project. - Research on the local food production, new technologies, sustainable strategies, similar projects. DESIGN PHASE: - I developed diagrams, details, plans. - I design the structure, the graphic and the cover of the project's presentation. - I searched and decided on the right images to show our intentions. - Created and designed diagrams: Functions, Accessibility and Flow of People on the site, Water and Food circularity on the hub, Facade and Roofing Types. - Detailed area of a single unit of the canopy - an Urban Tree with all the materials, functions and dimensions. - Aspects of temporality: modular systems, design for easy assemble/disassemble, reusability of the materials.

FUNCTIONS, FLOWS, ACCESSIBILITY

RE MA STA FO RIN URA NT OD E & PR OD .

FOOD JOURNEY

INDOOR FOOD PROD.

WATER&SOIL EXPERIENCES LANDSCAPE+INDOOR

OUTDOOR FOOD PROD. RESTAURANT

FLOW OF PEOPLE

RE MA STA FO RIN URA NT OD E & PR OD .

INDOOR FOOD PROD.

RESTAURANT

PEDESTRIANS BIKES INTERSECTION BETWEEN PEDESTRIANS AND BIKERS

ONE SELF-SUFFICIENT TREE-UNIT

URBAN FURNITURE BUS STATION BIKE PARKING

The goal of the Seminar was to design ideas for the Material and Immaterial Museum at Villa Adriana at Tivoli, Rome. It consists of the design of a double museum to be sited at Villa Adriana (Material Museum) and at the various sites in Rome related to Hadrian (Immaterial Museum). I was part of a 6 students team from USA and Romania. All the projects were part of a competition. We won the Special Mention FIABA (Italian Fund for the Abolition of Architectural Barriers) for our design of a complet route inside the Villa with different facilities for the persons with disabilities. We based our concept on the idea that everybody has to have access to an enjoyable life in all its aspects, including cultural itineraries. . For the Immaterial Museum we worked with a sensorial approach that was meant to engage the passers-by in an urban sensorial experience. It consists of diffrent art forms in a setting chosen from 4 places in Rome related to Emperor Hadrian. We developed an informational â&#x20AC;&#x153;bubbleâ&#x20AC;? in those symbolic setting, using urban scenography - as film projections, specific sounds (like the one made of the horses in gallop thru the stone streets of the ancient Rome) or simply music and virtual narrations. All those experiences driven by sounds and images in the urban space aimed to make an echo of the old heroic eras into the mind of the contemporary tourists. Just in a fraction of a second, they could transcend in other times for a glimpse into what it was one of the oldest civilization in the world.

MY INPUT TO THE PROJECT Special Mention FIABA (Italian Fund for the Abolition of Architectural Barriers)

We designed The Material Museum as a permanent museum entity using sustainable strategies. The concept had to focus on the appropriate relation between the meaningful reality of the archeological site and the modern language of architectural intervention. Therefore we tried to satisfied that requirement and we design an insertion in an existing front, a new exposition area with modern facilities in a contextualist manner, creating new museum routes with a minimum impact on the site. Also we proposed the renovation of different parts of the site and the restauration of the statues. The main material used in this new building are the ancient stone fragments layed near the site, with a very important historical identity. Unfortunaly that â&#x20AC;&#x2DC;mountain of scrapsâ&#x20AC;&#x2122; is in danger of being destroyed by the lack of the authorities protection, so we took that very important local material and put it in metal frames to preserve it in a meaningful and useful manner. We worked with aspects of temporality such as: modular systems, design for easy assemble/disassemble, reusability of the materials. I have been part of all the discussions and design development. I worked particularly with the plans and sections of the Material Museum and with grounding our concept in sustainable practices.

MORA RESIDENTIAL BUILDING / Doctor Grigore Mora street, Bucharest as lead-architect at ADN Architecture Office / 2012-2013

Award: 2014 Nominated at the National Biennial Architecture, Bucharest. Housing category. The project is located in a historic area of central Bucharest, within a neighborhood reach in architectural values dating back to the beginning of the 20th century and the interwar period. The design project aimed to elegantly integrate in the context and to bring contemporary value on the place. It is an "urban villa" consisting of 5 big apartments. It has a B+GF+4F on a total built area of 2020 sqm. All the living units include generous interior and exterior spaces and are invested with high technology. The whole building is covered in limestone. Special detailing at the corners or the vertical and horizontal edges gives the entire building an airy, light appearance. A lot of attention was paid to details, the quality of the materials and the work itself.

LEGENDA:

H=2.80 DRESSING

LAVABILA

PIATRA.NAT. LAVABILA

BIROU

H=2.80

TERMOIZOLATIE 10CM

PERETE GIPS CARTON

ZIDARIE CARAMIDA POROTHERM

BETON ARMAT

±0.00 F -0.15 B S=14.96 mp P0.3 P=15.61 m

LAVABILA

DORMITOR PIATRA.NAT.

H=2.80

P0.4 P=17.00

±0.00 F -0.15 B S=17.10 mp

LAVABILA

PIATRA.NAT.

P0.7 P=15.42

±0.00 F -0.15 B S=12.46 mp

LAVABILA

PIATRA.NAT. PIATRA.NAT.

BAIE

H=2.80

±0.00 F -0.15 B S=5.64 mp P0.5 P=9.97 m

30 5

18,4

+0.45

200

LIMITA ETAJ 1

coloana pluviala incastrata in grosimea termoizolatiei fatadei

200

nisa radiator 160x12.5x85cm hp=0.00

200

17,5

SE IMPUNE FINISAREA PERETILOR INAINTE DE MONTAREA TAMPLARIEI

17,5

42,5

527,5

376,7

315

525

207,5

HOL

MSR

100

nisa radiator 185x12.5x85cm hp=0.00

12,5

hp=0.00

500

110

hp=0.00

cortina EI 90

525 90 265

LAVABILA

190

100

GRADUL II DE REZISTENTA LA FOC

238,5

240

124

104,2

Gratar A6.12

LAVABILA

PIATRA.NAT.

HOL

+1.45

495

CATEGORIA DE IMPORTANTA A CONSTRUCTIEI - C (NORMALA)

330

LAVABILA

PIATRA.NAT.

165

COTA±0.00 A IMOBILULUI ESTE RELATIVA LA COTA -105.0 A TERENULUI ARIA CONSTRUITA PARTER=277.2 MP ARIA UTILA PARTER=243.0 MP

OBSERVATII:

parapet spatiu verde

Convector pardoseala

442,5

+0.45

425

- H PARDOSEALA ESTE DE 15CM (SAPA+FINISAJ) - H GOL DE USA ESTE DE 280CM SI SE MASOARA DE LA COTA PARDOSELII (FINISAJULUI) - H PARAPET SE MASOARA DE LA COTA PARDOSELII (FINISAJULUI) - INALTIMILE INCAPERILOR SUNT DATE DE LA COTA PARDOSELII (FINISAJULUI)

NOTA

NOTA:

P ACCES ACCES CAROSABIL (GARAJ)

462,5

Lungime rampa 12.15 m Diferenta de nivel = 1.72m Panta 14.15 %

267,5

+1.45

295

hp=0.00

PIATRA.NAT.

33 224,5

LAVABILA

PARCHET

117,5 40

120

EI 60

80 280

148,5

362

LAVABILA

PIATRA.NAT.

BAIE

372,3

185

11,5 140

80 280

140

12,5

LIMITA SUBSOL

750

15,5

49,7

hp=0.00

EI 60

2335

2135

2050 265

+0.45

±0.00 F -0.15 B

TERASA CIRCULABILA -piatra naturala S= 54.7mp

125

±0.00 F -0.15 B

173

EI 90 - C

±0.00 F -0.15 B

LAVABILA

519,8

520

215

160

519,8

490

470

nisa radiator 105x12.5x225cm hp=0.00

coloana pluviala incastrata in grosimea termoizolatiei fatadei

Convector pardoseala

PIATRA.NAT.

CASA.SCARII

±0.00 F -0.15 B S=13.44 mp P0.9 P=25.16 m H=2.80 m

TERASA CIRCULABILA -piatra naturala S= 55.4mp

295 265

hp=0.00

807,5

cortina EI 90

SCARA BETON ARMAT 20 TREPTE / 28 x 17.75cm

109,5

750

2335

LAVABILA

PIATRA.NAT.

gard h=2.50m

HOL

±0.00 F -0.15 B S=5.74 mp P0.08 P=10.55 H=2.80

Convector pardoseala

58,3

±0.00 F -0.15 B S=6.74 mp P0.13 P=11.62 H=2.80

EI 30 - C

±0.00 F -0.15 B S=4.17 mp

P0.14 P=9.87 H=2.80

B A3.02

7,5 100 280 10 4

0,1

211 265

237,5

795

415

33 224,5

LIVING

25 177,5

110 30

EI 90 - C

hp=1.10

m m

±0.00 F -0.15 B S=3.30 mp

hp=0.00

315

73,7

Convector pardoseala

150

EI 30 - C

150 280

110

hp=0.00

cortina EI 90

800

Curte engleza

754,5

450

617,5

hp=0.00

LIMITA ETAJ 1

452,5

nisa radiator 105x12.5x225cm hp=0.00

310

±0.00 F -0.15 B

255

EI 60

LAVABILA

800

PIATRA.NAT.

LAVABILA

90 265

PIATRA.NAT.

LAVABILA

GRUP.SANITAR

PIATRA.NAT.

HOL.ACCES

±0.00 F -0.15 B S=2.34 mp P0.11 P=6.22 H=2.80

±0.00 F -0.15 B S=46.28 mp P0.10 P=43.09 H=2.80

P0.15 P=7.47 H=2.80

447,5 195

m BUCATARIE+DINING

lumina

hp=0.00 parapet spatiu verde

Convector pardoseala

126

ACCES IMOBIL S= 7.1mp

185

te cur tea de

LIMITA DE PROPRIETATE str.Ing. GH. BALS

+0.45

6,5

gol pes

+1.45

42.5

50,5

17,5

+0.45

374

coloana pluviala incastrata in grosimea termoizolatiei fatadei

235,9

383

h=1.50m

parapet spatiu verde

Camin apometru

Camin apa menajera

-1.05 B ( CTN)

Sc 1 A4.41

-1.15

Trapa acces

gard h=1.50m

6 TREPTE/ 35 x 16.5cm SCARA METALICA

17,5

±0.00 F -0.15 B S=7.03 mp

P0.16 P=12.51 H=2.80

97 136 97

40 250 40

145 145 152,5 202,5

150

290

675

265

1 0,1

37,7 25

+0.45

287 1215

±0.00 F -0.15 B S=20.00 mp P0.6 P=17.93 m H=2.80 m

11F

40.3A D

80 280 87,5

LIMITA DE PROPRIETATE str.dr. GRIGORE MORA

LAVABILA

PIATRA.NAT. LAVABILA

DINING

H=2.80

±0.00 F -0.15 B S=26.27 mp P0.2 P=20.86 m

LAVABILA

LIVING PIATRA.NAT.

H=2.80

P0.1 P=26.26

±0.00 F -0.15 B S=35.51 mp

LAVABILA

PIATRA.NAT.

H=2.80 BUCATARIE

P0.12 P=16.88

±0.00 F -0.15 B S=13.84 mp

ACCES

40.3A D

375,5

25 117,5 330 180

447,5 25

250 40 427

180 165

'7F

345

90 280 445,5

157,5 0,8

600,5

C.Sem

100 65 280 1%

235 110 425,5

30 150 290

224,5 52,5 347,5 265 360 90 265 365 80 265 257

675 265 50 475,9

118,5

30.3A C

10.3A A

11F

6sU

30.3A C

ina .12 lum A6 de alic rtea et cu r m te ta es gra lp go erit cu op

B A3.02

10.3A A

8mU

Um2

20,4

01F 7F

Semnatura

Referat .../2011 .../2011 A

Cerinta

arh. Adrian Untaru arh. Adrian Untaru

arh. Ruxandra Bardas

Faza PT+DE

Scara 1:50

Data 2012

A1.01r02

PLAN PARTER (COTA ±0.00)

Titlu Plansa

Desenat

arh. Marius Dumitrascu arh. Ruxandra Bardas

str. Grigore Mora, nr.17bis, Sector1

Imobil Apartamente S+P+3E+4R Sef proiect Proiectat

Adresa

Titlu Proiect

Beneficiar S.C. EXCO CONSULT S.R.L. P053/2010 Adresa: Splaiul Unirii,nr.8,Tronson 3 stanga,bl.B4, S4

Pr. Nr.

S t r . O c t a v i a n, n r . 2 7, s e c t o r 3, B u c u r e s t i, R O M A N I A Tel. / Fax : 021 / 3267954, J40 / 3968 / 17.03.2003, R 15293910

Proiectant general

Verificator / Expert

Bd-ul . Grivitei n r . 136, sector 1 , Bucuresti , ROMANIA Tel. / Fax : 021 / 317.88.28, RC - J40 / 6425 / 2002 *CUI RO14770662

Proiectant structura

Bd. N. Balcescu, n r .18, sector 1, Bucuresti, R O M A N I A Tel. / Fax : 021 / 3131445, RC - J40 / 8982 / 2003 *CUI R0 15559753

COM-TID ENGINEERING

Proiectant instalatii

B-dul. Ferdinand n r . 58 , sector 2, Bucuresti , R O M A N I A Tel. : +40 21 211 44 41 / 7, E-mail: office@aludesign.ro

Proiectant de specialitate FATADE

Str. Neajlovului n r . 29 , sector 1, Bucuresti , R O M A N I A Tel. : +40 31 425 97 10 / 1 / 2, RC J40/15967/2007, CUI RO 22310320

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EPSTEIN P.M. & CONSULTING

Project management

Schema generala

Acest proiect este proprietatea ADN BA si asupra sa functioneaza legile copyright-ului. El nu poate fi folosit in ansamblu sau in parti ale sale decat cu aprobarea scrisa a ADN BA. Orice modificare ulterioara a proiectului, facuta fara instiintarea si aprobarea scrisa a proiectantului, il absolva pe acesta de orice raspundere.

SCAFA PERIMETRALA

SCARA: 1/5

DETALIU TERASA ETAJ 4

PIATRA NATURALA CALCAR VRATZA, 3CM SISTEM VENTILAT PRINDERE PIATRA (conform proiect de specialitate ALUDESIGN) TERMOIZOLATIE - VATA MINERALA, 10CM ZIDARIE CARAMIDA POROTHERM, 25CM TENCUIALA DRISCUITA - MORTAR DE CIMENT GLET IPSOS +ZUGRAVEALA LAVABILA

SORT TABLA ZINCATA, VOPSITA IN CULOAREA RAL 9001

+14.10

+14.20

+14.35

RIGOLA SCURGERE APA PLUVIALA

BALUSTRADA STICLA: - GEAMUL EXTERIOR 10MM, CLAR, TEMPERED - 1.52MM FOLII TIP SENTRINO-DUPONT (4 folii) - GEAMUL INTERIOR 10MM, CLAR, TEMPERED

PROFIL SPECIAL ALUMINIU, inchidere balustrada (pentru a impiedica delaminarea sticlei)

3 A3.31

17.5

4.5

17.5

14.5

7.5

SCARA: 1/5

DETALIU FATADA SUD - PARTER/ LOGIE ETAJE 1,2 SI 3

110

1 A3.31

4.5

105

FEREASTRA CU GEAM TERMOIZOLANT, TAMPLARIE ALUMINIU, CULOAREA RAL 7011(vezi tablou tamplarie exterioara)

SCAFA PERIMETRALA

HIDROIZOLATIE AUTOADEZIVA

TABLA ZINCATA

STRUCTURA METALICA OL

SORT TABLA ZINCATA, VOPSITA IN CULOAREA RAL 9001, (vezi tablou sorturi tabla)

INTRADOS TERASA PLACOCEM POLISTIREN EXPANDAT 3CM TENCUIT SI VOPSIT PENTRU EXTERIOR CULOARE LA ALEGREA PROIECTANTULUI

SIGILARE CU HIDROIZOLATIE LICHIDA POLIURETANICA

STRUCTURA FIXARE BALUSTRADA STICLA SIGILARE CU CHIT SILICONIC PENTRU PIATRA NATURALA IN CULOAREA PIETREI

SISTEM 3R (TERASA CIRCULABILA LOGII) DALE PIATRA NATURALA 3 CM ADEZIV PIATRA MORTAR HIDROIZOLANT TIP CR65 CERESIT 6 CM STRAT DE SEPARATIE - FOLIE PLASTIC POLISTIREN EXTRUDAT 5CM MEMBRANA HIDROIZOLATIE CU GEOTEXTIL (CONFORM CAIET DE SARCINI) EMULSIE BITUMINOASA

PANTA 1%

BARIERA CONTRA VAPORILOR PLAFON SUSPENDAT GIPS-CARTON ZUGRAVEALA LAVABILA

RIGOLA SCURGERE H=5.5CM

SISTEM 4R (TERASA SUPRAINALTATA EXTERIOARA) PLACARE - DALE PIATRA NATURALA 3 CM SUPORTI REGLABILI POLISTIREN EXTRUDAT 8CM MEMBRANA HIDROIZOLATIE ORIZONTALA CU GEOTEXTIL (CONFORM CAIET DE SARCINI) EMULSIE BITUMINOASA MORTAR DE PANTA HIDROIZOLANT TIP CR65 CERESIT 4-7CM PLACA BETON ARMAT 27 CM

LUFT PERIMETRAL TERASA 2CM

PANTA 1%

3 12 8 7 27 33

PANTA 1%

PROFIL METALIC MARGINAL PENTRU FIXARE HIDROIZOLATIE VERTICALA SI SUSTINERE DALA PIATRA

SIGILARE CU HIFROIZOLATIE LICHIDA POLIURETANICA

PIATRA NATURALA IN CULOAREA PIETREI

PARCHET LEMN MULTISTRATIFICAT, 21MM ADEZIV PARCHET, 2MM SAPA ARMATA MORTAR DE CIMENT, 5CM STRAT SEPARARE - FOLIE POLIETILENA POLISTIREN 8 CM CU NUTURI - TRASEU TEVI INCALZIRE PLACA BETON ARMAT, 27CM TERMOIZOLATIE VATA MINERALA 15 CM PLAFON SUSPENDAT GIPS-CARTON ZUGRAVEALA LAVABILA

FEREASTRA CU GEAM TERMOIZOLANT, TAMPLARIE ALUMINIU, CULOAREA RAL 7011(vezi tablou tamplarie exterioara) SIGILARE CU CHIT SILICONIC PENTRU

SIGILARE CU CHIT SILICONIC PENTRU PIATRA NATURALA IN CULOAREA PIETREI SIGILARE CU HIDROIZOLATIE LICHIDA POLIURETANICA

7.5 27 15

2 5 8 27

SIGILARE CU HIDROIZOLATIE LICHIDA POLIURETANICA

7.5

PANTA 1% 26.5

4.5

SCARA: 1/5

DETALIU FEREASTRA

PIATRA NATURALA, CALCAR, 3CM SISTEM VENTILAT PRINDERE PIATRA (conform proiect de specialitate ALUDESIGN) TERMOIZOLATIE - VATA MINERALA, 10CM ZIDARIE CARAMIDA POROTHERM, 25CM TENCUIALA DRISCUITA - MORTAR DE CIMENT GLET IPSOS +ZUGRAVEALA LAVABILA

STRUCTURA OL DIN TABLA DE 6MM

SIGILARE CU HIFROIZOLATIE LICHIDA POLIURETANICA

SORT TABLA ZINCATA, VOPSITA IN CULOAREA RAL 9001

+10.55

SILICON STRUCTURAL REZISTENT UV +10.65

4 A3.31

10 RIGOLA SCURGERE H=5.5CM

MEMBRANA HIDROIZOLATIE CU STRAT DE PROTECTIE DIN ARDEZIE (CONFORM DETALIU DE PRINCIPIU+CAIET DE SARCINI) HIDROIZOLATIE LICHIDA EMULSIE BITUMINOASA SUPORT VERTICAL DIN PLACOCEM

MEMBRANA HIDROIZOLATIE (CONFORM CAIET DE SARCINI) INTOARSA SI LIPITA PE VATA MINERALA CASERATA (IP)

SIGILARE CU CHIT SILICONIC PENTRU PIATRA NATURALA IN CULOAREA PIETREI

RIDICARE HIDROIZOLATIE 25 CM PE LATERALELE GLAFULUI FERESTREI (LINIE PUNCTATA ROSIE)

BALUSTRADA STICLA: - GEAMUL EXTERIOR 10MM, CLAR, TEMPERED - 1.52MM FOLII TIP SENTRINO-DUPONT (4 folii) - GEAMUL INTERIOR 10MM, CLAR, TEMPERED

PROFIL SPECIAL ALUMINIU, inchidere balustrada (pentru a impiedica delaminarea sticlei)

SCARA: 1/5

DETALIU LOGIE FATADA NORD

PARCHET LEMN MULTISTRATIFICAT, 21MM ADEZIV PARCHET, 2MM SAPA ARMATA MORTAR DE CIMENT, 5CM STRAT SEPARARE - FOLIE POLIETILENA POLISTIREN 8 CM CU NUTURI - TRASEU TEVI INCALZIRE BCA 15CM PLACA BETON ARMAT, 27CM TERMOIZOLATIE VATA MINERALA, 10CM BARIERA VAPORI

2 A3.31

PANOU TABLA EXPANDATA VOPSIT ALB

PLACUTA DE FIXARE, 200x100x10 MM, SUDATA DE MUSTATILE LASATE LA COFRARE

CORNIER METALIC 60X60MM VOPSIT ALB IN CAMP ELECTROSTATIC

SORT TABLA ZINCATA, VOPSITA IN CULOAREA RAL 9001

INTRADOS TERASA PLACOCEM POLISTIREN EXPANDAT 3CM TENCUIT SI VOPSIT PENTRU EXTERIOR CULOARE LA ALEGREA PROIECTANTULUI

SISTEM 3R (TERASA CIRCULABILA LOGII) DALE PIATRA NATURALA 3 CM ADEZIV PIATRA MORTAR HIDROIZOLANT TIP CR65 CERESIT 6 CM STRAT DE SEPARATIE - FOLIE PLASTIC POLISTIREN EXTRUDAT 5CM MEMBRANA HIDROIZOLATIE ORIZONTALA CU GEOTEXTIL (CONFORM CAIET DE SARCINI) EMULSIE BITUMINOASA

10 80

3 7 5 27 15

SIGILARE CU CHIT SILICONIC PENTRU PIATRA NATURALA IN CULOAREA PIETREI

23 10

5 23

1 6

PANTA 1%

PARCHET LEMN MULTISTRATIFICAT, 21MM ADEZIV PARCHET, 2MM MEMBRANA HIDROIZOLATIE FINISAJ ARDEZIE SAPA ARMATA MORTAR DE CIMENT, 5CM (CONFORM DETALIU DE PRINCIPIU+CAIET DE SARCINI) HIDROIZOLATIE LICHIDA POLISTIREN 8 CM CU NUTURI - TRASEU TEVI INCALZIRE PLACA BETON ARMAT, 27CM EMULSIE BITUMINOASA SUPORT DIN PLACOCEM VATA MINERALA 15 CM BARIERA CONTRA VAPORILOR TERMOIZOLATIE POLISTIREN PLAFON SUSPENDAT GIPS-CARTON ZUGRAVEALA LAVABILA

MEMBRANA HIDROIZOLATIE CU STRAT DE PROTECTIE DIN ARDEZIE (CONFORM DETALIU DE PRINCIPIU+CAIET DE SARCINI) HIDROIZOLATIE LICHIDA EMULSIE BITUMINOASA SUPORT DIN PLACOCEM TERMOIZOLATIE POLISTIREN

BALUSTRADA STICLA: - GEAMUL EXTERIOR 10MM, CLAR, TEMPERED - 1.52MM FOLII TIP SENTRINO-DUPONT (4 folii) - GEAMUL INTERIOR 10MM, CLAR, TEMPERED

2 5 8 15

3 11 7 8 27 23

2 5 8 27

STRUCTURA FIXARE BALUSTRADA STICLA

23 10

PROFIL SPECIAL ALUMINIU, inchidere balustrada (pentru a impiedica delaminarea sticlei)

Semnatura

Referat .../2011 .../2011 A

Cerinta

arh. Ruxandra Bardas

Faza PT+DE

Scara 1:5

Data 08.03.2013

DETALII TERASE

Titlu Plansa

A3.31

arh. Adrian Untaru arh. Adrian Untaru Desenat

arh. Marius Dumitrascu arh. Ruxandra Bardas

str. Grigore Mora, nr.17bis, Sector1

Imobil Apartamente S+P+3E+4R Sef proiect Proiectat

Adresa

Titlu Proiect

Beneficiar S.C. EXCO CONSULT S.R.L. P053/2010 Adresa: Splaiul Unirii,nr.8,Tronson 3 stanga,bl.B4, S4

Pr. Nr.

S t r . O c t a v i a n, n r . 2 7, s e c t o r 3, B u c u r e s t i, R O M A N I A Tel. / Fax : 021 / 3267954, J40 / 3968 / 17.03.2003, R 15293910

Proiectant general

Verificator / Expert

Bd-ul . Grivitei n r . 136, sector 1 , Bucuresti , ROMANIA Tel. / Fax : 021 / 317.88.28, RC - J40 / 6425 / 2002 *CUI RO14770662

Proiectant structura

Bd. N. Balcescu, n r .18, sector 1, Bucuresti, R O M A N I A Tel. / Fax : 021 / 3131445, RC - J40 / 8982 / 2003 *CUI R0 15559753

COM-TID ENGINEERING

Proiectant instalatii

B-dul. Ferdinand n r . 58 , sector 2, Bucuresti , R O M A N I A Tel. : +40 21 211 44 41 / 7, E-mail: office@aludesign.ro

Proiectant de specialitate FATADE

Str. Neajlovului n r . 29 , sector 1, Bucuresti , R O M A N I A Tel. : +40 31 425 97 10 / 1 / 2, RC J40/15967/2007, CUI RO 22310320

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EPSTEIN P.M. & CONSULTING

Project management

Schema generala

MY INPUT TO THE PROJECT as lead-architect at ADN Architecture Office / 2012-2013

I joined the project for the construction phase as lead architect. I cared all the work needed, being in constant collaboration with architecture team who designed it. I had, after was possible, my desk on the site for a better communication and supervision. CONSTRUCTION PHASE: - I was the mediate between the client, the architects, the construction project management team and all the engineers (structural, HVAC, electrical and plumbing), consultants (facade, sanitary items, shading, windows and doors, etc), specialists, and the construction company. - I had to assure that the requirements from all those parts can be implemented in the project, within budget and schedule time. - I produced all the drawings and architectural specifications adjusted to the others team's requirements. Than, clearly deliver them to the construction team. I stayed on site and I supervised the execution itself. I signaled to the other teams about problems and solutions. - I was responsible for specifying the nature and quality of materials required in collaboration with the client, the others architects and the construction project management team.

SKANSKA OFFICE BUILDING / GOLD LEED Certification 2B+GF+10 -11F, Gara Herastrau street, Bucharest part of a design team at Architect Service / 2011-2012

The project won the competition for Skanska, who entered for the first time on the local market. It's an office building complex class A, GOLD LEED certified, with a GBA of 60,000 square meters to be divided in three phases/buildings of approx 15.000-25.000 sqm, standing on common garage and utility floors. Our design emphasizes cutting-edge strategies in five areas: sustainable site development, water savings, energy efficiency, materials and resources selection, and indoor environmental quality. Also, the concept satisfied the client demands in terms of flexibility and adaptability. The buildings can be adapted to a number of different purposes and be converted with ease during their lifetime to satisfy changing market requirements.

MY INPUT TO THE PROJECT part of a design team at Architect Service / 2011-2012

I was involved in two stages of the project: the competition phase and, after our office won, in the concept design phase for client's approval. COMPETITION PHASE: - I read, understood and applied the LEED Certification requirements and propose solutions to adapt to local regulations. - I did facades sun exposure preliminary studies and proposal about where and how to provide shading. - The calculation of the amount of the green spaces needed in the project according to authorities norms. Participation on decision making about where and which types of green areas to use. DESIGN PHASE: - Collaboration with the engineers teams involved in the project to develop the architectural plans. - Working with Gross Floor Area and Net Floor Area to maximize the use of the space. - Working in BIM.

DIONISIE LUPU RESIDENTIAL BUILDING / 3B+SB+GR+8F, Dionisie Lupu street, Bucharest, Romania as lead-architect at Architect Service / 2009-2010

The project was about developing 72 apartments on a site in the city center of Bucharest, in an very valuable architectural area with buildings dating back in 19th century. The site included one such building for which we proposed a renovation and rehabilitation solution to better accommodate it to a contemporary use. We have collaborated with a studio specialized in building renovations. The concept of the new insertion was based on the idea of integration in the specific context using nowadays architectural language and technologies. We tried our best to meet the specific requirements given by the historic value of the site and buildings around, offering to the client, at the same time, the maximum of the place's potential. The new building has 3 basements, one semi-basement, a ground floor and 7 floors above. The design of the apartments had the focus on flexible aspects: there is a core of the building which includes staircase, elevators and horizontal circulation, as well as all the shafts needed for the electric and sanitary systems. All the apartments are organized around this core which is placed in the middle of the building. The kitchens and bathrooms were placed near this core and were the only fixed spaces in the apartment. The rest of the apartment space was optimally design by us, but could have been sold as well as an open space if the future client wanted.

MY INPUT TO THE PROJECT as lead-architect at Architect Service / 2009-2010

I started as an architect in a design team but very soon I was the lead-architect of it. I was part of the project from the first sketches up to the Technical Project Phase that is submitted for the municipality building permit. DESIGN PHASE: - Architectural concept developed inside our design team and in collaboration with engineers and renovation specialists - Developed the project from early sketches to the final drawings (plans, facades, sections) and written documentation along with the colleagues in my team. - Coordinating collaboration and attending meetings between all the specialist teams: engineers (structural, HVAC and electrics, sanitary) the client, the renovation specialists, consultants in underground parking, the project management construction company. - Implementing al the requirements from the client and all the other collaborators in the project. - Preparing documentation for advisory commissions: Environment, Fire Safety, Cultural Heritage and Building Permit. - Presenting the project to the environmental commission to get the building approval.

REFERENCES Chalmers Arkitektur forskningskoordinator Chalmers Arkitektur lärarkoordinator Senior Partner 3XN, Director GXN / Köpenhamn

Paula Femenias / paula.femenias@chalmers.se / 0735 570 048

Barbara Rubino / rubino@chalmers.se / 0721 513 553 Kasper Guldager Jensen / kgj@3xn.dk / +45 3264 2314

kandidatexamen koordinator

Mihai Opreanu / opreanu.m@gmail.com / +40 723 290 005

ADN arkitekturföretag partner

Adrian Untaru / adrian.untaru@adnba.ro / +40 722 308 698

Architect Service partner Architecture Studio ägare

Simona Ciurea / simona.ciurea@architectservice.ro / +40 744 679 991 Mircea Sava / ms@architecture-studio.ro / +40 729 200 600

Thank you for your time!