Portfolio - Theodor Dinu - 2016

POR T FO L I O

T H E O D O R

A L E X A N D R U

D I N U

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2 0 1 6

C U R I C U L U M V I TA E N a m e : The o do r Al ex a ndru Di nu N a ti o na l i ty : Ro ma ni a n D a te o f bi rth: 0 7 /0 5 /1 9 9 3 Te l e pho ne : +4 0 0 7 2 9 7 2 9 3 6 5 e - ma i l : di nu_te o _9 3 @y a ho o .co m

E D U C ATI ON : 2 0 1 5 -pr e s e n t Io n Mi ncu U ni v e rsi ty o f Archi te cture a nd U rba ni sm Ma ste rs Archi te cture 2 0 1 2 - 20 15 Io n Mi ncu U ni v e rsi ty o f Archi te cture a nd U rba ni sm Ba che l o r Archi te cture 2 0 1 0 - 20 12 In t ensi v e te chni ca l dra wi ng co urse C o o rdi na to r a rch. S e rba n Mi ha i Ni tul e scu 2 0 0 8 - 20 12 Tu do r V i a nu Na ti o na l Co l l e g e o f Co mpute r S ci e nce, Bucha re st 2 0 0 3 - 20 10 E n g l i sh, Ge rma n co urse s H o me scho o l e d

2 0 0 2 - 20 08 In t ensi v e so f twa re co urse

(Ado be P ho to sho p, Co re l D ra w, Ms O ffi ce , Bo rl a nd C++) Co o rdi na to r Anca K no pf

L AN GUAG ES : R OM AN IA N E N G LI SH G E R M A N FR EN C H I TALI AN

N a ti v e spe a ke r F l u e nt spe a ke r F l u e nt spe a ke r In t erme di a te In t erme di a te

C O M P UTATI ON AL S KI LLS: a d v an ce d u s e r i n : Autodesk Autocad | Autodesk Revit | Adobe Photoshop | SketchUp | Ms Office intermediate user in: Autodesk 3ds Max | Adobe Illustrator | Adobe InDesign beginner in: Rhinoceros

C O N T E N T School projects......................................................7

1. Dwel l i ng together Team p r o j ec t w it h O c t av i an B ĂŽ r s an B ac h elo r 2 - 8 week s

B u c h ar est , 2013-2014

2. P ubl i c spac e In d iv idu al p r o j ec t B ac h elo r 3 - 8 week s

B u c h ar est , 2013-2014

3. Col l ec ti v e housi ng Team p r o j ec t w it h M at ei Po p a B ac h elo r 3 - 9 week s

B u c h ar est , 2014-2015

4. U rba n hotel In d iv idu al p r o j ec t M ast er s 1 - 8 week s

B u c h ar est , 2015-2016

E x t r a c u r r i c u l a r. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 8 C omp etition s:

1. Li ghthouse sea hotel Team p r o j ec t w it h O c t av i an B ĂŽ r s an, Pe tr a Ko pacz ,

An a-Mar i a Di ncu, He b a Hu s s ai n U n list ed

Sy r ac u se, 2015-2016

2. R omana c ompeti ti on Team p r o j ec t w it h Valen t i n Dr agane s cu , R al u ca A l d e a

Heba H u s s ai n 2n d Men t io n

B u c h ar est , 2015-2016

3. Ferd i na nd sc hool atti c Team p r o j ec t w it h Valen t i n Dr agane s cu , R al u ca A l d e a

Heba H u s s ai n 2n d P lac e

B u c h ar est , 2015-2016

Workshop :

S c hool of B unesti Z ar n est i v illage, Ar ges 2012-2013

SCHO O L

PR O J ECTS

D w e l l i n g

t o g e t h e r.

_houses for eight friends Ye a r 2 0 1 4 L o c a t i o n B u c h a r e s t , R o m a n i a L e n g h t 8 w e e k s Tu t o r ( s ) a r c h . I u l i a S t a n c i u a r c h . D o r i n - S t e f a n A d a m C o l l a b o r a t o r ( s )

Octavian BĂŽrsan

The main idea of this assignment was based on the presumption that 8 different families could live together and share a common space. On this hypothesis we tried to make it so that every house had comparable qualities (private courtyards, square meters, etc.) and use the main courtyard as a diluted space between public and private, a space that belongs to all the inhabitants and that acts as a mediator with the rest of the community.

In this row house conformation, that interprets the neighbouring sites (long and narrow stripes), we could imagine two types of houses that interact differently with the outer courtyard, one that opens itself toward the common space and covers the meeting place beneath a generous console, made possible by its raum plan conformation, and another that is more

self-centered.

Section D-D’

Site plan

Section C-C’

Conceptual image

N o r t h -We s t e l e v a t i o n

S e c t i o n A - A’

Section B-B’

South west elevation

S e c t i o n A - A’

+3.00

+3.00

+4.50

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+4.50

Upper level floor plan D

C

B

A

±0.00

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+1.50

E

E'

+1.50

D'

C'

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B'

A'

Main floor plan

Semi-basement floor plan

±0.00

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-1.50

-1.50

-1.50

North east elevation

A

B

C

D

C

B

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A

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A

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D

Main floor plan

Semi-basement floor plan

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Section through the half level house

+4.50

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C

B

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D

C

Upper level floor plan

B

A

P u b l i c

s p a c e .

_the public dimension of architecture Ye a r

2014-2015

L o c a t i o n B u c h a r e s t , R o m a n i a L e n g h t 8 w e e k s Tu t o r ( s ) a r c h . I u l i a S t a n c i u a r c h . D o r i n - S t e f a n A d a m

1st floor plan

Ground floor plan

For this project we had a one square kilometer area in which we had to find a site to make a proposal of a public building. Thus, I chose a place that presented a situation that is very common in Bucharest, the site was positioned at the meeting point between two layers that define the city, the high apartment buildings that border the main boulevards and behind them, the old, ground floor housing texture. The site also had an unused hall on one plot and three very degraded houses on the other.

So I had to choose a function that would act as a public space and also as a mediator between the two layers. The obvious answer for me was a primary school as it is a public function by excellence, and there was a need for this kind of cultural program.

In my proposal I wanted to refurbish the old hall, hence it became the main corridor for the school with class rooms placed on both of its sides, with a cafeteria and the opposite side of the entrance and a generous spectacle hall that can also be used as a Gym. As an exterior presence I’ve kept the three blind walls and integrated them in the facade as a memory of the former houses.

Image with the degraded houses and the hall

Cross Section

Cross Section

North-west elevation

Image from inside the hall

Site plan with the old hall

Longitudinal Section

North-east elevation

C o l l e c t i v e

h o u s i n g .

_70 apartments in Bucharest Ye a r 2 0 1 5 L o c a t i o n B u c h a r e s t , R o m a n i a L e n g h t 9 w e e k s Tu t o r ( s ) a r c h . I u l i a S t a n c i u a r c h . D o r i n - S t e f a n A d a m C o l l a b o r a t o r ( s )

Matei Popa

Site plan

South-east elevation

Ground floor plan

The last exercise of my bachelor studies was to design 70 apartments in a collective housing unit. Af ter an analysis of the neighbourhood we came to the conclusion that this paralel block conformation was the best way to create intimacy within the ensemble as well as a steady front for both streets.

As with the previous project the site was placed as a mediator between the two layers that I mentioned. We wanted to build as dense as we could so that the height of the building wouldn’t exceed 5 levels. In that regard we worked on the way this height was perceived by designing alternating teraces that would disrupt the monotonous rhythm. On the main street (Petru Rares st.) we proposed this long concrete console that acts as a piano nobile for the block, and also distorts the perception of the actual height of the building with its strong presence. The purpose of this console was a dialogue with the long facade of the hall on the opposite side of the street.

Another quality that we tried to bring to the project is that we wanted every apartment to have its own terrace. On the ground floor they have private courtyards, on the first floor, the console houses terraces, on the second each apartment has a terrace in the space between the blocks, leaving the final levels, that are duplex apartments, with the terraces on the roof.

2nd floor plan

1st floor plan

Cross section

4th floor plan

3rd floor plan

Longitudinal Section

North-west elevation

North-west elevation

Basement floor plan

2nd floor plan

1st floor plan

Ground floor plan

Longitudinal section

4th floor plan

3rd floor plan

Cross section

Elevation

Detailed section

U r b a n

h o t e l .

_4 star accommodation in Bucharest Ye a r L o c a t i o n

2015-2016 Bucharest, Romania

L e n g h t

8 weeks

Tu t o r ( s ) a r c h . F l o r i n B i c i u s c a a r c h . V e r o n i c a Z y b a c y n s k y

Site plan

The first big project of my masters studies was a 400 room hotel, placed in a key point in Bucharest, on the way from the airport to the city. So it was meant to be a signal at the entrance of the city, at a maximum 65 meters heigh.

The site is placed at the intersection of two streets that are hierarchically the same, so my intention was to have the facades facing each street simetrical so that they wouldn’t interfere with this stability, more so, the subtle cur vature is meant to lead visually towards the city. I chose to leave a blind wall that faces North as a shadow screen, thus making a lively ornament out of the shadow.

Accomodation plan

Mezanine plan

North elevation

Cross section

Ground plan

D

60.5

+54.26

6

40

20

6 13 9.5

+53.6

+53.6

28

Profil otel galvanivat pentru sustinere placa fatada

51

Strat cauciuc 1cm Piesa metalica aluminiu ancorare montanti Cadru aluminiu pentru suportul lamelelor 14x17x253 cm Piesa metalica aluminiu ancorare montanti Carcasa pentru sistemul de actionare electric Lamela verticala din aluminiu actionata electric 4.5x25x200 cm

Pretoc aluminiu pentru distantare

+53.31

+52.8

Tamplarie din aluminiu cu ruperere de punte termica Schuco geam termoizolant dublu stratificat sticla laminata 4x4x6 mm

65

340

312 200

E15-07 +15.70 Ci=2.90

Finisaj pardoseala mocheta 5 mm adeziv fixare mocheta placa vidifloor 1.25 cm adeziv systemkleber placa vidifloor 1.25 cm Strat vibroamortizant vata minerala 1 cm Folie polietilena Sapa de protectie slab armata 5 cm Dala beton armat 13 cm Placa gips- carton 1.25 cm Strat vopsitorie lavabla alba

Glaf din granit cu picurator 3 cm Strat termoizolatie 2 cm Suport termoizolatie, profil metalic tip "L" imbracat in cauciuc

Glaf element prefabricat beton

Strat vopsitorie lavabla alba Placa gips- carton 1.25 cm Bariera contra vaporilor din folie de polietilena 2 mm Termoizolatie vata minerala 5cm diafragma beton armat 40cm Termoizolatie vata minerala 10cm Montant sustinere sistem de fatada Strat aer ventilat 4cm Placa granit de culoare alba 2cm Reval Stone ( 55x35 cm )

tip "L" Profil aluminiu de sustinere Montant orizontal tip CD 4x6x0.5

28

6 13 9.5

60.5

Plinta profil aluminiu Ventiloconvector pardoseala Carcasa vibroamortizanta cauciuc 1 cm +50.19 m

+50.19

+49.91

51

sistem interior de opturare a luminii

+50.8

Montant orizontal tip CD 4x6x0.5

+49.34 D1

D

P21

850

79

750

175

50

4

137.5

253 D2

D

Piesa metalica aluminiu

Strat cauciuc 1cm Montant sustinere sistem de fatada

79 16.5

2

Bay details

200 200

358 Placa gips- carton 1.25 cm Strat vopsitorie lavabila alba

200

Strat vopsitorie lavabila alba

79

16.5

121.5

2

Glaf din granit cu picurator 3 cm Geam termoizolant dublu stratificat sticla laminata 4x4x6 mm Rost spuma poliuretanica 1 cm Glaf din granit cu picurator 3 cm Grilaj aluminiu ventiloconvector E15-07 Camera-2 pers +15.70 Ci=2.90 S= 22 mp P= 20 m P - parchet P - lavabila T - lavabila

Placa granit de culoare alba 2cm Reval Stone ( 55x35 cm ) Strat aer ventilat 4cm Termoizolatie vata minerala 10cm Diafragma beton armat 40cm Termoizolatie vata minerala 5cm Bariera contra vaporilor din folie de polietilena 2 mm

4

South elevation

1:20

Departamentul Stiinte Tehnice Proiect tehnologie arhitecturala 2 Plan Stud. Dinu Theodor, Stud. UNGURASU CIPRIAN Ind.Conf.Dr.Arh. RADU PANA

5

50 137.5

Lamela verticala din aluminiu actionata electric 4.5x25x200 cm Cadru aluminiu pentru suportul lamelelor 14x17x253 cm

200

253

79

1

Pretoc aluminiu pentru distantare

358

Tamplarie din aluminiu cu ruperere de punte termica Schuco

200 200

D 16.5

2

5 E15-08 Camera-2 pers +15.70 Ci=2.90 S= 22 mp P= 20 m P - parchet P - lavabila T - lavabila

East elevation

Profil din otel galvanizat pentru sustinerea cadrulul lamelelor Montant candru aluminiu

2

1

Perete de compartimentare, format din 2 placi de gips-carton, vopsite alb, prinse cu profile cd, ud, vata minerala 5 cm, gol de aer, vata minerala 5 cm, 2 placi de gips-carton prinse cu profile cd, ud, vopsite alb

Perete structural, diafragma beton armat, Finisaj exterior, fatada ventilata, placi de granit alb Reval Stone 35x55 cm, termoizolat cu vata minerala de 10 cm Finsaj interior placi gips-carton prinse cu profile cd

West elevation

P22

1:20

Departamentul Stiinte Tehnice Proiect tehnologie arhitecturala 2 Sectiune verticala Stud. Dinu Theodor, Stud. UNGURASU CIPRIAN Ind.Conf.Dr.Arh. RADU PANA

D 1.25 Montant orizontal tip CD 4x6x0.5 Strat vopsitorie lavabla alba Placa gips- carton 1.25 cm Bariera contra vaporilor din folie de polietilena 2 mm Termoizolatie vata minerala 5cm diafragma beton armat 40cm Termoizolatie vata minerala 10cm Montant sustinere sistem de fatada Strat aer ventilat 4cm Placa granit de culoare alba 2cm Reval Stone ( 55x35 cm )

5

40

10

4

4 2 Cadru aluminiu pentru suportul lamelelor 14x17x253 cm Piesa metalica aluminiu ancorare montanti Strat cauciuc 1cm Profil otel galvanivat pentru sustinere placa fatada

+52.8 Prindere metalica pentru sustinere placa naturala Rost spuma poliuretanica 1 cm

1.25 5

Pretoc aluminiu pentru distantare tamplarie Tamplarie din aluminiu cu ruperere de punte termica

22

Suport termoizolatie profil metalic tip "L" Termoizolatie vata minerala 10cm Placa piatra naturala de fatada 2cm Reval Stone ( 55x35 cm )

9

38

Capac de mascare din cauciuc 1.2 +50.8

17

2%

10

4

4 2

1 5

1 5

13

Placa granit de culoare alba 2cm Reval Stone ( 55x35 cm ) Strat aer ventilat 4cm Montant sustinere sistem de fatada Termoizolatie vata minerala 10cm Diafragma beton armat 40cm Termoizolatie vata minerala 5cm Bariera contra vaporilor din folie de polietilena 2 mm Placa gips- carton 1.25 cm Strat vopsitorie lavabla alba

40

20

D

Piesa metalica aluminiu ancorare montanti Strat cauciuc 1cm

sistem interior de opturare a luminii Montant orizontal tip CD 4x6x0.5

Departamentul Stiinte Tehnice Proiect tehnologie arhitecturala 2 Sectiune verticala Stud. Dinu Theodor, Stud. UNGURASU CIPRIAN Ind.Conf.Dr.Arh. RADU PANA

27

Glaf din granit cu picurator 3 cm

4.5

Tamplarie din aluminiu cu ruperere de punte termica Schuco Pretoc aluminiu pentru distantare

Profil din otel galvanizat pentru sustinerea cadrulul lamelelor Montant candru aluminiu

D

Lamela verticala din aluminiu actionata electric 4.5x25x200 cm Cadru aluminiu pentru suportul lamelelor 14x17x253 cm

1.25 5

22

19

1

10

17

23

27

6.4

38

Geam termoizolant dublu stratificat sticla laminata 4x4x6 mm Rost spuma poliuretanica 1 cm Glaf din granit cu picurator 3 cm Grilaj aluminiu ventiloconvector

12 P25

40

1:5

1 5

Departamentul Stiinte Tehnice Proiect tehnologie arhitecturala 2 Detaliu orizontal Stud. Dinu Theodor, Stud. UNGURASU CIPRIAN Ind.Conf.Dr.Arh. RADU PANA

0.5

15

25

14

2.5 5 1

Ventiloconvector pardoseala Carcasa vibroamortizanta cauciuc 1 cm plinta profil aluminiu +50.19 m

10

Glaf din granit cu picurator 3 cm Strat termoizolatie 2 cm Suport termoizolatie, profil metalic tip "L" imbracat in cauciuc

geam termoizolant dublu stratificat sticla laminata 4x4x6 mm Tamplarie din aluminiu cu ruperere de punte termica Schuco Pretoc aluminiu pentru distantare Glaf element prefabricat beton Profil aluminiu de sustinere tip "L" Montant orizontal tip CD 4x6x0.5 Finisaj pardoseala mocheta 5 mm adeziv fixare mocheta placa vidifloor 1.25 cm adeziv systemkleber placa vidifloor 1.25 cm Strat vibroamortizant vata minerala 1 cm Folie polietilena Sapa de protectie slab armata 5 cm Dala beton armat 13 cm Placa gips- carton 1.25 cm Strat vopsitorie lavabla alba

Lamela verticala din aluminiu actionata electric 4.5x25x200 cm Carcasa pentru sistemul de actionare electric

35

4.5

25 Strat cauciuc 1cm Montant sustinere sistem de fatada

51.25

D

Placa gips- carton 1.25 cm Strat vopsitorie lavabla alba Strat vopsitorie lavabla alba

Piesa metalica aluminiu ancorare montanti

40

Placa granit de culoare alba 2cm Reval Stone ( 55x35 cm ) Strat aer ventilat 4cm Termoizolatie vata minerala 10cm Diafragma beton armat 40cm Termoizolatie vata minerala 5cm Bariera contra vaporilor din folie de polietilena 2 mm

18

Room Details

2

Window details

P24 1:5

E XTR AC U R R I CU L AR

-

C omp eti ti on s

L i g h t h o u s e

s e a

h o t e l .

young architects competitions_ Ye a r L o c a t i o n

2015-2016 Syracuse, Italy

C o l l a b o r a t o r ( s ) Octavian BĂŽrsan,Kopacz Petra A n a - M a r i a D i n c u , H e b a H u s s a i n

R o m a n a

c o m p e t i t i o n .

bank headquarters idea competition_ Ye a r

2016

L o c a t i o n B u c h a r e s t , R o m a n i a P l a c e

2nd Mention

C o l l a b o r a t o r ( s ) Va l e n t i n D r a g a n e s c u , R a l u c a A l d e a H e b a H u s s a i n

F e r d i n a n d

s c h o o l

a t t i c .

refurbishment idea competition_ Ye a r

2016

L o c a t i o n B u c h a r e s t , R o m a n i a P l a c e

2nd Prize

C o l l a b o r a t o r ( s ) Va l e n t i n D r a g a n e s c u , R a l u c a A l d e a H e b a H u s s a i n

E XTR AC U R R I CU L AR

-

Works h op

S c h o o l

o f

B u n e s t i .

workshop participant_ Ye a r 2 0 1 3 L o c a t i o n

Zarnesti, Arges

C o o r d i n a t o r P r o f . d r. a r c h . A n a - M a r i a G o i l a v b u n e s t i . r o

The project’s main purpose is to bring a Romanian alternative to the crisis of the European educational system through the creation of an alternative school meant for youths just out of high-school. Because of the need of peace and quiet and of the particular nature of this school, the idea from the begining was to build an unusual campus, away from the noisy city.

The school’s building site was found near a little village, between Cur—,tea de Arges and Pitesti, Romania, in a large meadow surrounded by woods and close to the Valsan river.

We started to build close to the village, living fora few weeks by the rhythm and the caprices of the meadow, and we adopted the same living rules and methods of construction as those applied 100 years ago, thus taking a firm stand towards tradition. Just like the way vernacular building sites were managed, our major terms and intentions are pre-established in the form of a theoretical project, but more building details are studied and then deliberately lef t up to the personal on-site interactions between architect, craf tsmen and students. The Schools ambition of exploring each year a different natural material along with its own constructing laws lead to the establishing of the three different structural forms, based on the three primary materials: wood, clay and stone.

Thank you for your consideration.