SELECTION OF PROJECTS & OFFICE INFORMATION

SELECTION OF PROJECTS & OFFICE INFORMATION

Oostelijke Handelskade, Amsterdam

2e Katendrechtse Haven, Rotterdam

Kop St. Janshaven, Rotterdam

Insula College, Dordrecht

Blok 14, IJburg Amsterdam

Palenstein, Zoetermeer

Schutterstoren Meer en Oever, Amsterdam

Ammersooiseplein, Rotterdam

City Prison, Rotterdam

GWL-terrein, Amsterdam

Student Housing, Amsterdam

Kop van Havendiep, Lelystad

Hovenpassage, Delft

development to miscellaneous forms of commercial and industrial

Head Office Volkswoningen, Rotterdam

Strandweg, Hoek van Holland

2011

2009

2008

2007

2006

Studies and Lectures on Russian Constructivist Architecture and Art.

Participation in 5 annual Architectural Seminars and lectures on own works and theories at Dom Architectura and the

2001 2001

1999 1999 2008 2009 2010 2010

blocks added

area

St Kathelijne Waver, België

new

unbuilt surface

superpos.

master plan

2nd circulation

3rd circulation

position

Valby, Copenhagen Denmark

1st circulation


connection centre

Millinxbuurt, Rotterdam

bruto 275m2

2 APPARTEMENTEN bruto 275m2 bruto 275m2

bruto 275m2

wm

bruto 90m2 bruto 182m2

bruto 275m2 bruto 275m2 bruto 182m2

2 APPARTEMENTEN 2 APPARTEMENTEN 3 APPARTEMENTEN bruto 182m2 bruto 182m2

bruto 90m2 brutobruto 90m2136m2 bruto 90m2



bruto 182m2 bruto 182m2 bruto 136m2


2 APPARTEMENTEN 2 APPARTEMENTEN


3 APPARTEMENTEN 3 APPARTEMENTEN 4 APPARTEMENTEN


bruto 90m2 brutobruto 90m2136m2 bruto 136m2

bruto 90m2 bruto 90m2bruto 275m2 bruto 135m2


bruto 135m2 bruto 275m2 bruto 135m2 bruto 275m2

bruto 135m2 bruto 275m2 bruto 135m2 bruto 275m2

wm


2 apartments 2 APPARTEMENTEN

3 APPARTEMENTEN 5 APPARTEMENTEN bruto 90m2 bruto 90m2

bruto 90m2

wm



3 apartments 5 APPARTEMENTEN 5 APPARTEMENTEN 4 APPARTEMENTEN 6 APPARTEMENTEN bruto 90m2 bruto 90m2

bruto 550m2550m2 275m2 bruto 135m2 bruto bruto bruto 182 m2

5 APPARTEMENTEN 4 APPARTEMENTEN 4 APPARTEMENTEN 5 APPARTEMENTEN

5 apartments 6 APPARTEMENTEN 6 APPARTEMENTEN 3 APPARTEMENTEN bruto 550m2 brutobruto 550m2 bruto 275m2 275m2 bruto 135m2 bruto 135m2


6 apartments


3 APPARTEMENTEN 3 APPARTEMENTEN bruto 182 brutom2 182 m2

bruto 182 brutom2 182 m2

bruto 90 m290 m2 bruto

wm

bruto 90 m2


5 APPARTEMENTEN

6 APPARTEMENTEN 1 APPARTEMENT bruto 550m2 bruto 550m2

Meer en Oever, Amsterdam

Oostelijke Handelskade, Amsterdam

bruto 550m2


1 APPARTEMENT 1 APPARTEMENT 4 APPARTEMENTEN 3 APPARTEMENTEN

bruto 90 m290 m2 bruto

1 APPARTEMENT 3 APPARTEMENTEN 3 APPARTEMENTEN 1 APPARTEMENT

4 APPARTEMENTEN 4 APPARTEMENTEN VRIJE INDELING

bruto 182 m2 bruto 182 m2

bruto 182 m2

bruto bruto 90 m2 90 m2

bruto 90 m2

1 APPARTEMENT 1 APPARTEMENT

1 APPARTEMENT

4 APPARTEMENTEN



consequences. This process will even continue after the plans have

in advance.

Much individual freedom remains within these preconditions for the

level can be elaborated in an even more radical manner. With an unusual

VRIJE INDELING VRIJE INDELING

VRIJE INDELING

traditional layout classrooms

Roomburg, Leiden



free distribution




2e Katendrechtse Haven, Rotterdam


Schutterstoren Meer en Oever, Amsterdam

Westerdok, Amsterdam


Noorderbaken, Rotterdam

Poort van Wormer, Wormerveer

Tower IJsselmonde, Rotterdam

Parkwijk-Noord, Leidsche Rijn

Patio dwellings Dedemsvaartweg, The Hague

Villa Berghout, Rotterdam

stimulus for the success of the development. residual locations that are the undesired result of a concurrence of

qualities of these locations and initiate the process of development.

Comenius College, Rotterdam

Hartestein, Oosterbeek

Nesselande, Rotterdam

afvoer ventilatielucht schoorsteen principe

koeling door verdamping

DUURZAME KWALITEITEN

groen dak

- energiezuinig

afvoer door

co2 besturing

zonwering

zelfregulerende ventilatieroosters

vloerkoeling geluidswerende susklep

- door ronde vorm efficiënte verhouding tussen de oppervlakte

van de gevel en van de plattegrond (compact bouwen)

- flexibele opzet, eenvoudige wijziging van functie

- goede ventilatie met natuurlijke trek

- goede luchtkwaliteit door CO2-sturing

ZOMERSITUATIE summer

- warmte uit ventilatielucht wordt teruggewonnen en

gebruikt voor ruimteverwarming

- vloerverwarming en vloerkoeling

warmte-terugwinning uit ventilatielucht

voor ruimteverwarming

- allergeen-arm gebouw

- natuurlijke koeling door groen dak

- materialisering met natuurlijke producten

groen dak

- hergebruik en recycling van materialen bij sloop

afvoer door

co2 besturing zelfregulerende ventilatieroosters

vloerverwarming geluidswerende susklep

- onderhouds-arm

- milieuscore 42-68% beter dan de strengere regelgeving binnen

Europa vereist

- comfortabel leefklimaat voor docenten en kinderen

WINTERSITUATIE

winter

GWL-terrain, Amsterdam

Elementary School ‘t Beekje, Brussels

0

Westerdok, Amsterrdam

2

4

10

Parkwijk, Leidsche Rijn

to the construction.

linked to the architectonic concept. The submission for an architectural

technical aspects and a suitable orientation of the rooms toward the

Laan van Poot

Houtrustweg

school

sportveld

sportveld

N

Situatie

A

B

C

D

A

B

C

D

Kopgevel en doorsnede Klein Houtrust

A

B

C

D

A

B

C

D

-

-

Kopgevel en doorsnede Klein Houtrust

-

-

-

-

schil en hoven

hoven zonering thema natuursteen architecten

schil baksteen passend materiaal dakvlak

zonering

massa

DKV architecten

3-laagse massa

thema hout

Baneke, van der Hoeven

toevoeging hogere volumes

thema groen

AWG

uitstekende elementen

thema's

schil

zoneringvolume-

hoven

opbouw

massa

baksteen

thema natuursteen

DKV architecten

3-laagse massa

passend materiaal dakvlak

thema hout



thema groen

AWG


thema's strook III

strook IV

strook V

strook VI 1

5

10 m

begane grond

schil

hoven

zonering

massa

baksteen

thema natuursteen

DKV architecten

3-laagse massa

passend materiaal dakvlak

thema hout



thema groen

AWG


thema's

DOORSNEDE COURS 1

DOORSNEDE COURS 2

-

!Westerkaap II" is one of the four subplans that were designed within the -

-

-

-

is the wide expanse of the IJ Water and on the west side there is the

-

-

-

BLOK E

BLOK B C

B

A

D

E

BLOK C

BLOK D C

B

A

E

D

IJMEER

BERT HAANSTRAKADE

plein aan water

The starting point of the Stedenbouwkundig Plan Haveneiland en

EIGEN INRICHTING OP BASIS VAN CASCO OF LOFT

'BASIS' - INGEDEELD

'BASIS' - LOFT

CASCO

Laag 7 t/m 10

-

LUCHT

AFVOER

Doorsnede C-C

-

-

-

-

-

-

-

HWA

GERARD DOULAAN

MEANDER Situatie - schaal 1:1000 Plattegrond 4e verdieping - schaal 1:200

PLATTEGROND type Dz noordpijl 1

5

15

13-07-2006 30 m

schaalbalk 1:500

schaalbalk 1:200

erdijk

barkentijnkade

jamm

barkasstraat

galjootstraat

doggerstraat

boeierstraat

wind

N

begane grond

eerste verdieping

tweede verdieping

woning B-F1

existing buildings existing buildings: loose elements

blocks added new buildings: enclosed blocks public \ collective green elements: existing buildings: loose elements with large and variety of spaces typologies enclosed open with diverse qualities and designs

existing & new existing buildingsenclosed and parking new buildings: blocks new building form a of coherent with large variety typologies morfology

connection centre unbuilt surface unbuilt space, continious transparancy towards valby center, existing buildings and public relationship withform gl. køge landevej new area building a coherent morfology

theunbuilt urbanspace, edges continious are defined bypublic building front facades area

VALBY, KOPENHAGEN

VALBY, VALBY,KOPENHAGEN KOPENHAGEN

anatomy

public/green area public \ collective green elements: superposition superposition enclosed and open spaces with diverse qualities and designs

superposition parking the design design isis able able to to adept adeptto to the superposition the existing existing master-plan master-plan for for the the southern southern part part the

morphology transparancy valby to center, morfology enlarged area morfology the design enlarged is towards able toarea adept relationship gl. køge for landevej the existingwith master-plan the southern part

superposition enlarged area

superpos.ext.area the urban edges are areaarea enlarged area superposition superposition enlarged morfology enlarged by building front facades

anatomy anatomy

masterplan the design isenlarged able to adept superposition area to the existing master-plan for the southern part



VALBY, VALBY, KOPENHAGEN VALBY, KOPENHAGEN anatomy anatomy

superposition

morfology enlarged area

superposition

VALBY, KOPENHAGEN

VALBY, KOPENHAGEN

anatomy

anatomy

morfology enlarged area

the design isenlarged able to adept morfology area to the existing master-plan for the southern part

the design is able to adept to the existing master-plan for the southern part

( 4 0 )

F. L. SMIDTHSVEJ

2 6

( 3 0 )

( 1 5 )

3 2

1 4 5 2

GAMMEL KØGE LANDEVEJ

4 3 2 0

VIGE

RS

2 8

LE

LE V AL

SVEJ EGOD

THYR

PEDE TSVE

OR

R HJ

ED

J

BR J

LSVE

AH

SK ER

OV EJ

SV

OU

The district of Valby lies to the south of Copenhagen centre. Due to its favourable position, residential suburbs and business parks have gradually settled around this originally independent village, resulting in a patchwork quilt of architectural morphologies in which almost every typology seems to be represented: a historical village centre, a garden village, Ensanchea characteristic factory complex such as the F.L Schmidt Machine factory. The grounds of this factory are the object of this study. isolate the area but simultaneously link it to Copenhagen and the green recreation areas. A transformation is currently taking place on the ground here. Industry will make way for work and leisure facilities, but at present most of the factory premises are still empty. The utilitarian manufacturing character of the area and its buildings brings a special ambience that area in which living and working can be self-evidently combined in many different ways. With the addition of the proper facilities, an active cultural atmosphere will arise, stimulating the residents. In order to realize this, a scenario has been developed in which decisions have been determined at every scale level. At metropolitan level, the most logical connections with the surrounding infrastructure and residential

areas have been outlined. At district level, the decision has been taken to develop an area with its own morphology, as a supplement to the patchwork quilt of Valby. At neighbourhood level, the scale of construction and public space is oriented toward that of the factory grounds with its industrial premises. The solution then is to create a housing typology of robust, urban apartment blocks surrounded by public spaces that function as an ongoing stone platform for the buildings in much the same way as a factory yard. Finally, at apartment block level, the freedom of choice has been underlined with a catalogue of housing typologies, offering a combination of living, working, parking, and open space. The architectonic quality of various factory buildings on the industrial site offers the opportunity to integrate or combine existing and new programmes, so that the exceptional identity of the F.L. Schmidt site is fully articulated.

DKV THE THE GREENHOUSE GREENHOUSE EFFECT EFFECT

+ Schutterstoren, Amsterdam 1. 1. 1.

1. 1.2. 2.

2. 3. 2.3.

GWL-terrein, Amsterdam

Living Steel, Russia

=

+

3. 3.4. 4.

4. 4.

winter winter

using using snow snow for for insulation insulation

heat heat pump pump

spring spring // autumn autumn

using for toilet, toilet, watering watering plants plants using rainwater rainwater -- for using using sun sun for for heating heating the the water water

orientation orientation

solar panel solar panel

5. 5. 6. 6.

6. 6. 7. 7.

rain rain

sun sun

wind wind

nature nature

reducing reducing energy energy loss loss by by insulation insulation

re-use re-use of of rainwater rainwater

heating heating tempered tempered inner inner climate climate in in winter winter

cooling cooling by by ventilation ventilation

CO2 CO2 convert convert to to oxigen oxigen

7. 8. 7. 8.

summer summer

ventilation ventilation

-- insulating insulating the the north north side sidegreen house -- south south orientation orientation of of the the green house

shadow shadow

trees and plants trees and plants

using using the the sun sun - solar panels for producing energy

8. 8.

olivine olivine

CO2 CO2 neutral neutral - trees and plants convert CO2 to oxigen

-- solar solar panels panels for for producing producing energy energy - opening opening the the roof roof for for ventilation ventilation --- solar solar panels panels provide provide shadow shadow

-- trees plants convert convert CO2 CO2 to to oxigen oxigen trees and and plants -- olivine (Mg, olivine (Mg, Fe)2SiO4 Fe)2SiO4 converts converts CO2 CO2 to to oxigen, oxigen, itit is is a a cheap cheap material, material, widely widely available available and and reacts reacts easily easily with with CO2 CO2 from from the the atmosphere. atmosphere.

LUCHT LUCHT LUCHT

january january january february february february march march march april april april may may may june june june july july july august august august september september september october october october november november november december december december

5. 5.

snow snow

-- using using the the earthmass earthmass -- heating heating and and cooling cooling

city city -- cherepovets cherepovets

CHEREPOVETS CHEREPOVETS CHEREPOVETS

+ + +

forest forest

--

water water

9. 9.

9. 9. 10. 10.

10. 11. 10. 11.

11. 11.

MOSCOW MOSCOW MOSCOW

view view + + sun sun AFVOER AFVOER AFVOER

Westerkaap, Amsterdam

12. 12.

Schutterstoren_v15b_LOS.indd 20 Schutterstoren_v15b_LOS.indd 20

12. 12. 13. 13.

Schutterstoren_v15b_LOS.indd 20 Schutterstoren_v15b_LOS.indd 20

14. 13. 14. 13.

15. 14. 15. 14.

15. 15.

26-05-2010 17:26:20 26-05-2010 17:26:20

26-05-2010 17:26:20 26-05-2010 17:26:20

HWA HWA HWA

Australië-Boston, Amsterdam

Australië-Boston, Amsterdam

Sustainability and the environment have been major factors in the work of DKV throughout the years. Always thinking in terms of a clear vision on sustainability, the bureau has acquired a great deal of experience in applying methods that result in buildings built to last. In order to create such a permanent building, a coherent and consistent design must be made, taking into account all aspects to do with architecture, ecology and energy. Architectural sustainability First and foremost, to receive the designation ‘sustainable’, buildings must

D DK KV V A AR RC CH H II T TE EC CT TE EN N

Schutterstoren, Schutterstoren, Amsterdam Amsterdam

P P1 1 // 2 2

the designs of DKV: - buildings with a strong architectural identity - buildings that have good interrelationships with their surroundings - buildings that are functional with a good interior climate

Ecological sustainability Buildings can make a positive contribution to the environment and the biodiversity of their surroundings. Green architecture is a major part of DKV’s designs. Green roofs, gardens, trees and green façades form a ensemble with the buildings.

Energetic sustainability We have to cut back on power consumption to restrict the use of natural resources. DKV applies many techniques in its designs to cut down on energy consumption. In its study Energy Neutral High-rise Building DKV has published a design of a block of apartments that is entirely energy neutral. By virtue of its practical experiences and the study mentioned, DKV is well informed about the modern techniques to make a low-energy building. Schutterstoren, Amsterdam - tower publication with urban plan and housing competition - apartment building housing complex

URBAN MASTERPLAN ‘K-50’ NOVAYA SKHODNYA, MOSCOW ÊUÊÊÓä£äÊÊ°°°°

Final version Masterplan

different clusters with individual identities

building scale related to surroundings

09

transparancy: views on the forest

The K50 plot is a new development on the outskirts of the town of Skhodnya, part of the Greater Moscow area. K50 will consist of a few thousand affordable apartments arranged in 4 clusters. All amenities needed for its inhabitants, such as playgrounds, schools, kindergartens and shoppingmalls, are included in the clusters. With its vast natural surroundings and the high quality furnishing of its public spaces, K50 will become exemplary for high quality low-cost housing neighborhoods all over Russia. DKV won an international competition in which the client awarded DKV with the development of the masterplan and with the design of its buildings. DKV denominated 4 conditions

presentation as a residential neighbourhood

which define and establish important qualities for the new neighborhood: 1. The individual clusters have distinct identities by means of architecture and landscape-design; 2. The scale and size of the buildings relate to its diverse surrounding; 3. The arrangement of the buildings provides visual transparency to the forest throughout the plan; 4. The neighborhood orientates and presents itself to the main connective road. The construction system of the client is a given condition. This construction system is made up of floor-units of 500m2 net which house five to twelve affordable apartments per floor ranging from 1 room (30m2) up to 4 rooms (80m2).

Block 1 & 2 ‘K-50’ NOVAYA SKHODNYA, MOSCOW ÊUÊÊÓä£äÊÊÓä£Ó

STANDARD FLOOR (LEVEL) blocks 1,2 9 levels (floors) 1

4

7

5

10 240

4 260

9

2 500

10

6 700

3 100

27 000

1 200 900

2,00 m

hall 11,10 m

56,70

bedroom 11,60 m

2 900

3 260

4 400

35,60

6 900

3 000

6 000

7 100

6 000

6 200

4 000

Country

Russia

Town

Skhodnya

Street

2 000

District

living room 19,80 m

Moscow

Phone

4 400

2 900

14 600

3 000

1 200

3 100

1Б

4 900

living room 13,65 m

Skhodnya, K-50 Blocks 1,2

1,40 m

kitchen 7,80 m

4 400

42,70

kitchen 11,50 m

4 400

4 400

4 400

1Г

Contractor

1 300

4,00 m

kitchen 13,45 m

8 300

hall 3,65 m

2 640

5 200

2,85 m

32,40 kitchen 12,75 m

2 600

4 200 4 400

5 200

living room 18,50 m

bedroom 15,00 m

2 595

1,70 m

2 240

1В

А

Г

В

2 200 1 800

1 300

hall 3,20 m

2 030 1 800

4,00 m

1 580 1 800

1 800

hall 6,30 m

1 780

4,10 m

1 200

3,40 m

1 900

1 800

1 800

1 800

2 900

3 900

hall 6,30 m

2 170

36,20 1 780

2,90 m

Б

Д

1 900

1А

2 620

1 800

13 500

1 600

2 900

6 100

4,95 m

2 400

92,50

The loggias under warm line of the facade

3 050

2А

1 000

3,30 m

1 800

1 800

1 800

hall 8,60 m

4А

1 900

2 000

14 600

14 600

2,20 m

Е

1 840

living room 11,60 m

В

1 200

bedroom 12,80 m

1,80 m

5 200 1 450 1 350

3 800

1 000

kitchen 7,00 m 3 050

1 900

Ж

3 050

2 015

2 300 1 200

1 950

Г

Legend:

living room 12,30 m

kitchen 11,75 m

6 100

4 200

4 000

bedroom 20,90 m

1 400

Д

4 200

2 700

4 200

5 150

bedroom 20,55 m

3 850 2 800

3 200

2 500

4 200

1 560

4 890

1 080

Е

9 900

1 800

1 200

Ж

6 560

1 200

10 140

Б А

KROST Construction

4 400

6 100

REAL ESTATE DEPARTMENT

4 600

27 000

1

3

2

6

8

* Windows (size,placement,quantity) were given conditionally

The K50 plot is a new development on the outskirts of the town of Skhodnya, part of the Greater Moscow area. K50 will consist of a few thousand affordable apartments arranged in 4 clusters. All amenities needed for its inhabitants, such as playgrounds, schools, kindergartens and shoppingmalls, are included in the clusters. With its vast natural surroundings and the high quality furnishing of its public spaces, K50 will become exemplary for high quality low-cost housing neighborhoods all over Russia. DKV won an international competition in which the client awarded DKV with the development of the masterplan and with the design of its buildings. DKV denominated 4 conditions Main technical attributes for the 1st or 2nd blocks Skhodnya K-50

1

N

N section

1 2

6

1

7

8

9

10

Flats quantity

Levels quantity

Flats area (m )

Levels area (m )

Standard level

6

-

297,2

335,2

Total

54

9

2 674,8

3 016,8

10

Country

Russia

Town

Moscow

Street

Marshala Zhukova str. 30

which define and establish important qualities for the new neighborhood: 1. The individual clusters have distinct identities by means of architecture and landscape-design; 2. The scale and size of the buildings relate to its diverse surrounding; 3. The arrangement of the buildings provides visual transparency to the forest throughout the plan; 4. The neighborhood orientates and presents itself to the main connective road. The construction system of the client is a given condition. This construction system is made up of floor-units of 500m2 net which house five to twelve affordable apartments per floor ranging from 1 room (30m2) up to 4 rooms (80m2). District Phone

+7(495)609-69-56

Standard level plan

Scale

М 1:100

Architect Date Bandura Yulia 04.02.2010

Real estate dept. head Date Rezvova Marina 04.02.2010

format А2 594х420

Block 1 - Verdieping 2-5

BLOCK 3 ‘K-50’ NOVAYA SKHODNYA, MOSCOW ÊUÊÊÓä£äÊÊÓä£Ó

The K50 plot is a new development on the outskirts of the town of Skhodnya, part of the Greater Moscow area. K50 will consist of a few thousand affordable apartments arranged in 4 clusters. All amenities needed for its inhabitants, such as playgrounds, schools, kindergartens and shopping-malls, are included in the clusters. With its vast natural surroundings and the high quality furnishing of its public spaces, K50 will become exemplary for high quality low-cost housing neighborhoods all over Russia. DKV won an international competition in which the client awarded DKV with the development of the masterplan and with the design of its buildings. DKV denominated 4 conditions which define and establish important qualities for the new neighborhood: 1. The individual clusters have distinct identities by means of architecture and landscapedesign; 2. The scale and size of the buildings relate to its diverse surrounding; 3. The arrangement of the buildings provides visual transparency to the forest throughout the plan; 4. The neighborhood orientates and presents itself to the main connective road. The construction system of the client is a given condition. This construction system is made up of floor-units of 500m2 net which house five to twelve affordable apartments per floor ranging from 1 room (30m2) up to 4 rooms (80m2).

Block 3 - Begane grond

Block 3 - verdieping 6

BLOCK 4 AND 5 ‘K-50’ NOVAYA SKHODNYA, MOSCOW ÊUÊÊÓä££ÊÊÓä£Î


which define and establish important qualities for the new neighborhood: 1. The individual clusters have distinct identities by means of architecture and landscape-design; 2. The scale and size of the buildings relate to its diverse surrounding; 3. The arrangement of the buildings provides visual transparency to the forest throughout the plan; 4. The neighborhood orientates and presents itself to the main connective road. The construction system of the client is a given condition. This construction system is made up of floor-units of 500m2 net which house five to twelve affordable apartments per floor ranging from 1 room (30m2) up to 4 rooms (80m2). Block 4/5 - Begane grond

Block 4/5 - Verdieping 7

BLOCK 6 AND 7 ‘K-50’ NOVAYA SKHODNYA, MOSCOW ÊUÊÊÓä£äÊÊÓä£Î


which define and establish important qualities for the new neighborhood: 1. The individual clusters have distinct identities by means of architecture and landscape-design; 2. The scale and size of the buildings relate to its diverse surrounding; 3. The arrangement of the buildings provides visual transparency to the forest throughout the plan; 4. The neighborhood orientates and presents itself to the main connective road. The construction system of the client is a given condition. This construction system is made up of floor-units of 500m2 net which house five to twelve affordable apartments per floor ranging from 1 room (30m2) up to 4 rooms (80m2). Block 6/7 - Begane grond



Block 8/9 - Begane grond

The identity of the cluster has been developed in close cooperation with the client discussing modern avant-garde and contemporary popular culture and is inspired by the ‘layering’ of cloth in avant-garde costumes and contemporary fashion. The facades of the buildings are layered in different planes which create a building contour in the shape of a saw. As a result, all apartments in the building have a corner in which the short side and the long-side of the saw-tooth come together and natural light is plentiful. The constructive lay-out of the buildings is shaped in a fish-bone pattern, which renders a unique spatial quality in the hallways.


N


N


N

N

ﬂoorplan - 9e ﬂoor

CLUSTER 4 ‘K-50’ NOVAYA SKHODNYA, MOSCOW ÊUÊÊÓä£ÓÊÊ°°°°

The conditions of cluster 4 are different from the other clusters. The positioning and shape of the plot allow for a very high density neighborhood on a slender stretch between the forest and the main road. Consequently the constellation of buildings requires sufficient transparency in order to perceive the forest and an all-sided representation considering the omnipresent visibility from the surroundings. The double-flat-iron-shape addresses to these requirements excellently. The smart constellation of volumes provides maximum daylight to the single apartments and safeguards the views on the forest. The perspective of the iconic ensemble is ever changing whilst perceiving from

different places in its surroundings. Special functions are integrated in a plinth which whimsically refers to Dutch ‘halsgevel’ facades.

INTERIORS “CLUSTER 1” NOVAYA SKHODNYA, MOSCOW ÊUÊÊÓä££ÊÊÓä£Î



The different apartment buildings in cluster 1 are aesthetically unique family members; recognizable as individuals with striking similarities. Plasticity of the facade and dynamic placing of loggias and balconies in different constellations render harmonic diversity within the cluster. The plasticity of the facade is stressed by use of color and difference in material in order to create an architecture that equals to the tenacious Russian conditions. The large planes of brick in abstract black and white colors render an unmatched appeal to the facade. Ceramics, stucco and concrete volumes in different clear colors provide explicit identities to the buildings.

INTERIORS “CLUSTER 2” NOVAYA SKHODNYA, MOSCOW ÊUÊÊÓä££ÊÊÓä£Î


Hovenpassage, Delft

Winkelcentrum Marsmanplein, Haarlem

De Hef, Rotterdam

De Toren, Parkwijk, Utrecht

Golden Mile, Almere

Kanaleneiland, Utrecht

Stokhorst, Enschede

Roomburg, Leiden

2010 Client Client 2007 Client Client 2

2009

2

Client

2

2006

2008 Detached house. Client

2

2

2

2


Valby, Copenhagen Denmark

Houtrust, Den Haag

Student housing Science Park, Amsterdam

Pieter Calandlaan, Amsterdam

Hoge Veld, Wateringen

Schutterstoren, Amsterdam

Quirijn Boulevard, Tilburg

2

Comenius College, Nieuwerkerk aan de IJssel

2004

2

2005 2 2

completed 2006 2

2003

2

2

completed 2006 2

36 apartments in 3 apartment blocks completed 2007

2010 Energieneutrale Hoogbouw, june 2010, own publication i.c.w. Proper Stok, TU Delft and Grontmij, Schutterstoren Meer en Oever Amsterdam Zakboek parkeren voor de woonomgeving, june 2010, Strandweg Noord Hoek van Holland, Stadstuinen Amersfoort Stadshart Amstelveen - Moed, ambitie en vertrouwen, june 2010, Singelblok Amstelveen De Osdorpse Metamorfose, stedelijke vernieuwing 1990-2010, may 2010, Schutterstoren Meer en Oever Amsterdam Beton-TKS, Tjechië, april 2010, Schutterstoren Meer en Oever Amsterdam, Australië-Boston Amsterdam, Urban Villa Velserbroek Houtrust Magazine, january 2010, Houtrust Den Haag 2009 De Architect, november 2009, terrein voormalige Drostefabriek Haarlem Construire in Laterizio, Italy, october 2009, 2e Katendrechtse Haven Rotterdam Tilburg Magazine, october 2009, ‘T bezegelt de Quirijnboulevard’, Quirijnboulevard Tilburg Mimarlik, Turkey, october 2009, A10-Strook Amsterdam, Midden Crescent Apeldoorn, IJburg blok 14 Amsterdam, Westerkaap II Amsterdam, Schutterstoren Amsterdam, Strandweg Noord Hoek van Holland, Het Funen Amsterdam, Insula College Dordrecht, 2e Katendrechtse Haven Rotterdam, Australië Boston Amsterdam, Kop van Havendiep Lelystad. Masonry Design (Marietta, Georgia, USA), february 2009, 2e Katendrechtse Haven Rotterdam Publicatie Nepromprijs voor locatieontwikkeling 2009, Westerkaap II Amsterdam de Architect 6 / 2009 ‘Dicht dichter dichtst’ by Marieke van Ouwerkerk. VOC Cour en Westerkaap I en II in Amsterdam onder supervisie van CH&Partners, awg architecten en DKV architecten De Volkskrant, 2 Kunst & Boeken, 10 april 2009, reportage: Steeds meer bewoners per vierkante meter stad, IJburg Blok 14 Amsterdam, Westerkaap II Amsterdam Vakblad Vastgoed, april 2009, Insula College Dordrecht over Omgevingsprijs (Scholenbouwprijs 2008) Amsterdamse Architectuur 2008-2009, Arcam Architectuurcentrum Amsterdam, april 2009, IJburg Blok 14 Amsterdam, Westerkaap fase II Amsterdam Elle Wonen, mei 2009, interior Oostelijke Handelskade Amsterdam Architecten 9, Bis, april 2009, several projects Ymere Werkt, april 2009, ‘Westerkaap maakt variaties aan het IJ’, Westerkaap fase II Amsterdam Westerkaap II : Ruimte in dichtheid Flyer 2009. About the thoughts behind the design, choices and details. Published by Hofmakerij (Amvest / Ymere ontwikkeling); fotografy Theo Baart; design Piet Gerards Ontwerpers. IJburg Architectuurkaart, Arcam Architectuurcentrum Amsterdam, april 2009, IJburg Blok 14 Amsterdam Het Duurzame Schoolgebouw, january 2009, about the ‘Scholenbouwprijs 2008’, Insula College Dordrecht (winner ‘omgevingsprijs’)

Projects d’habitat pluriel, exemples novateurs pour les villes de demain, february 2009, Loft Publications, Australië-Boston Amsterdam 2008 AT5, interview, oktober 2008, nomination Amsterdamse nieuwbouwprijs Schutterstoren Meer en Oever Amsterdam, Het funen Amsterdam Het Parool, oktober 2008, Schutterstoren Meer en Oever, nominatiion ‘Amsterdamse nieuwbouwprijs’ Schutterstoren Meer en Oever Amsterdam, Het Funen Amsterdam Het ontwerpen van woningen, een handboek, B. Leupen, H. Mooij, october 2008, NAi publishers Rotterdam, Kop van Havendiep Lelystad, Victorieplein, Amsterdam Architecture & Detail, China, september 2008, Schutterstoren Meer en Oever Amsterdam Time Based Architecture International (B. Leupen), july 2008, Schutterstoren Meer en Oever Amsterdam, Insula College Dordrecht, Woongebouw AustraliëBoston Amsterdam, Kop van Havendiep Lelystad Torres de apartamentos, Amsterdam, Arquitectura Viva, 126 2007, Schutterstoren Meer en Oever Amsterdam Veluwse trots in Apeldoorn, Blauwe kamer april 2008, Belastingkantoor Stationsplein Apeldoorn Cilinder boven maaiveld/Rond met Scherpe Kantjes, In de ban van de ring, Rond is fantastisch, Bouwen met Staal april 2008, Schutterstoren Meer en Oever Amsterdam Hedendaagse architectuur in Nederland, toonaangevende projecten uit de hedendaagse woningbouw, Uitgeverij Librero/ Loft Publications, Kop van Havendiep Lelystad Architectuur Jaarboek 2007-2008, NAI uitgevers Rotterdam, Insula College Dordrecht ‘Streven naar Complexe stad’, deArchitect, maart 2008, Pierijn van der Putt, Blok 14 IJburg Amsterdam “Het Balkon”, april 2008, publication of the exposition Zuiderkerk with theme outside space, publisher Valiz boeken culturele producties , Australië-Boston and Schutterstoren Meer en Oever Loft Publications, 2008, “High Density Housing”, about 25 international projects, Australië-Boston Amsterdam 2007 Projectenboek 2006 - 2007, Ontwikkelingsbedrijf Gemeente Amsterdam, Schutterstoren Meer en Oever Amsterdam Verdiepingbouw met Staal, november 2007 Schutterstoren Meer en Oever Amsterdam Raam en deur 4/2007 “Cilindervorm geeft extra dimensie aan wonen” Schutterstoren Meer en Oever Amsterdam De Architect 10/2007 “Onderwijsmachine op maat” Insula College Dordrecht Architectenweb Magazine, july 2007 “Baken aan de Sloterplas” Schutterstoren Meer en Oever, Amsterdam Bauwelt 28-29/2007 “Wohnungsbau nach VINEX” Kop van Havendiep Lelystad “Stadtumbau in Amsterdam-West” Schutterstoren Meer en Oever Amsterdam

Stedenbouw 647/2007 “Noorderbaken stuwt Hoogvliet weer verder op” Noorder-baken Hoogvliet Gevel & Dak, 3/2007 “Solarlux wint Bex Award 2006” Australië-Boston Amsterdam Gevelbouw 3/2007 “Boston ligt boven Australië” Australië-Boston Amsterdam Vastgoed januari 2007 Interview Australië-Boston Amsterdam 2006 1000x European Architecture Verlagshaus Braun, 2006 Australië-Boston, Amsterdam Viviendas Sociales Loft Publications, 2006 Australië-Boston, Amsterdam Architectuur in Nederland/Architecture in the Netherlands 2005/06 Yearbook, NAI Publishers, Rotterdam Australië-Boston, Amsterdam Betonverenigingsnieuws, nr 5/2006 “Australië-Boston: spectaculair én kloek” Australië-Boston, Amsterdam Detail, nr 3/2006 “Der Balkon ist tot - es lebe die Loggia? Neue Fassaden im Wohnungsbau”. Australië-Boston, Amsterdam Architectural Guide to the Netherlands (1900 - 2000) P. Groenendijk/P. Vollaard, 010 Publishers Housing projects: Agniesebuurt Rotterdam, Kop St. Janshaven Rotterdam, Veerse Heuvel Rotterdam, Tweebos Dwars Rotterdam, Dedemsvaartweg Den Haag, GWL-terrein Amsterdam, Slachthuisterrein Den Haag, Stadstuinen Rotterdam AT5 television Amsterdam, march 2006 “Aanbouw - Detroit/Boston” Australië-Boston, Amsterdam Stedenbouw, februari 2006 “Hofmakerij rond Tuin, Plankier en Plein, herstructurering Westerdokseiland” Westerdok, Amsterdam Stedenbouw, februari 2006 “Woontorens bieden duinen de ruimte” Strandweg, Hoek van Holland Bouwwereld, nr 1/2006 “Stalen jukconstructies voor uitkraging” Schutterstoren Meer en Oever, Amsterdam 2005 Stichting Beursloge Projecten “Duurzame stedenbouw; perspectieven en voorbeelden/Sustainable urban design: perspectives and examples” GWL-terrein, Amsterdam Enci 2005 “Beeld Schoon Beton” Tax office, Apeldoorn De Architect, december 2005 “Pragmatische reconstructie” Australië-Boston, Amsterdam Projectdocumentatie 2004-2005 Project documentation Municipality of Amsterdam Australië-Boston, Amsterdam Bauwelt 5/2005 “Flexibilität und Wohnungsbau” Australië-Boston, Amsterdam Timebased Architecture B. Leupen/R. Heijne/J. van Zwol. 010 Publishers Australië-Boston, Amsterdam Bouwwereld, nr 9/2005 “Loftwoningen in overbouwd pakhuis” Australië-Boston, Amsterdam De Architect Detail, oktober 2005 “Wonen in staal” Schutterstoren Meer en Oever, Amsterdam Archiworld International Architecture Annual 2005 Kop van Havendiep, Lelystad Bescherming Cultuurmonumenten Heemschut, 02/’05

Paul de Vroom architecten Maaskade 106 3071 NH Rotterdam the Netherlands tel. +31 10 2400 711 [email protected] www.pauldevroom.com

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