kindergarden project

Norman Wood’s Architecture Planning & Management CO. LTDNWA

Kindergarden Project in Wuhan, China

NWA Norman Wood’s Architecture Planning & Management CO. LTD

DESIGN


IMPORTANT DESIGN KEY POINTS

Zig-Zag South Fa’cade

Colored securety panels on terace

Connection roof

Windows


Access roots views and privicy feelingEnergy saving systems as automatical blinder control automatical electicity control (lights) Hibrid ventilation system with automatical natural ventilation. Extra Insulation in all building envelope triple glazing ( possible as well doble) Solar gain.


Ground Floor Level

View on all units from ground floor Bright and engaging spaces Roof blends bought ends of building together

First Floor LevelRoof teras is functioning as outside space for kids. It is equiped with slides and swings and other atractions for kids. In Left Wing in Space for musical activities

Second Floor Level

Second roof terass has more functions. This terass is mostly covered in grass for blending in surrowndings and creating engaging space for many discoveries on part of roof teras takes Playgrounds for class outdoor activities. Roof windows are bringing light deep in First floors Music Class


NWANorman Wood’s Architecture Planning & Management CO. LTD

Unit Interier Design

Costum Adaptive furniture for engaging kids in descovery and learning process.

Designed furniture maximixing the use of space.


We designed several diferent units that could be combined in many diferent ways creating each group uniq in their needs and choises.

Divercity




Build in seats.








Inspiration and concept




Energy efficient and Sustainable

HEMP-CRETE TECHNOLOGY

LED’s & AUTOMATICAL ENERGY SAVING TECHNOLOGIES

http://inhabitat.com/tag/hempcrete/

http://www.hemp-technologies.com/page15/page16/page16.html

Passive ingredients include ...

Super insulationTo significantly reduce the heat transferthrough the walls, roof and floor comparedto conventional buildings, a wide range ofthermal insulation materials are used.

Renewable energyLow-energy lighting (such ascompact fluorescent lamps),solar hot water and high-efficiency electrical appliancesare used to minimise energyconsumption in a passivedesign scheme.

Air-tight constructionMinimal air leakageis achieved by airbarriers, careful sealingof every constructionjoint and sealing of allservice penetrations.

Elimination of cold bridgesCold or thermal bridges –which account for a massiveamount of heat loss inconventional homes - areavoided as far as possible.

Thermal massSome use of high thermalmass materials, such asconcrete blocks,to allow passivesolar gain in winter andtake less energy to keepcool in summer.

A recipe forEnergy-Saving.A passive house has to

meet a number of

stringent design

standards which Eco

Frame Systems would be

happy to advise on.

Space heatingPassive houses makeextensive use of intrinsic heatfrom internal sources – suchas waste heat from lightingand white goods, as well asbody heat.

Passive solar gainBuildings are usually compactin shape and, when possible,their windows are orientatedtowards the equator to makethe most of the potential forpassive solar gain.

External Surface RatioA simple, compact shaperesults in a lowsurface-to-volume ratio– the smaller the ratio,

the less heat is lostthrough the roof and walls.

Gaulhofer Glassline windowswith Thermostop®:The Gaulhofer thermostop® makes theliving room temperature more pleasant- the radiated cold on the interior sideof the glass is reduced, the temperatureon the interior side of the glassincreases and you save valuable energy.

The Gaulhofer Thermostop® provides:• Proven better protection against

condensation.• A more comfortable room climate.• Up to 45% better heat insulation.


Tipical case in building industry

1 2 3 4 5 6 7 8 9 10 11 12

13

14

15

16

17

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19

20

21

6000

6000

2100

6000 6000 6000 6000 6000 6000 6000 6000 2400 4500 5600

2700

5250

4100

6250

8100

6000

6000

2100

8100

6000 6000 6000 6000 6000 2400 4500 5600

57.95 m²Dormitory

56.88 m²Activity room

140.48 m²

multifunctionalclassroom 53.21 m²

exchabition

22.44 m²medical room

7.48 m²isolater

526.99 m²hallways

8.63 m²utility room

25.22 m²WC

26.57 m²WC

91.28 m²Kitchen

56.13 m²Dormitory


7.06 m²Disinfection room

7.74 m²D R


14.62 m²morning inspection

16.09 m²Dressing room


9.1 m²WC

9.05 m²WC


9.04 m²WC

42500

4050

0

6050012

000

56.9 m²Dormitory

PROJECT:

Drawing name:

DRAWN BY:

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DATE:

Norman Woods ArchitecturePlanning & Management CO. LTDNWA

1 : 200

Kindergarden

Ground floor

Kristaps Sveisbergs

10/15/12

004

WUHAN

004

13

14

15

16

17

18

19

20

21


99.13 m²Library

48.02 m²Office

25.56 m²WC

25.45 m²WC

29.72 m²Office

32.9 m²Office

36.51 m²Office

28.56 m²Office

6000 6000 6000 6000 6000 6000 6000 6000 2400 4500 5600

2700

5250

4100

6250

8100

6000

6000

2100

2500

6000 6000 6000 6000 6000 2400 4500 5600

42500

4050

0

60500

2700

5250

4100

1205

0

288.91 m²Hallways

59.29 m²Dormitory

147.79 m²Music room


59.29 m²Dormitory


59.29 m²Dormitory

7580

PROJECT:

Drawing name:

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DATE:


1 : 200

Kindergarden

First floor

Kristaps Sveisbergs

10/15/12

006

WUHAN

006

Floor

1 2 3 4 5 6 7 8 9 10 11 12

13

14

15

16

17

18

19

20

21

64.49 m²Room

60.03 m²Playground


182.42 m²Hallways

15.19 m²storage

6000 6000 6000 6000 6000 6000 6000 6000 2400 4500 5600

60500

2700

5250

4100

6250

8100

6000

6000

2100

4050

0

12500

6000

6000

2100

2400

1650

0

2500

63.42 m²Room

63.18 m²Dormitory


61.91 m²Dormitory

60.03 m²Playground

15.38 m²WC9.1 m²

Dressing room9.05 m²

Dressing room

15.38 m²WC9.04 m²

Dressing room15.17 m²

WC

PROJECT:

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1 : 200

Kindergarden

second Floor

Kristaps Sveisbergs

10/15/12

005

WUHAN

005

1

12

1313

21 21

North

Car Park

outside activity zoneunit 1







outs

ide

activ

ity z

one

unit

7

outs

ide

activ

ity z

one

unit

8Green roof terass

Outdoor Playground

kidspool

sinks

60500

4050

0

PROJECT:

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1 : 200

Kindergarden

Site plan

Kristaps Sveisbergs

10/16/12

008

WUHAN

008

1 : 200Site

02 Groundfloor, terrain1500

III

03 1 Floor4700

IV

05 Roof10800

V

00 Foundation750

I

13 21

04 2 Floor7900

?

1.500

4.700

2.100

5.300

7.600 7.900

1.500

4.2253.100

2.500

11.200 10.800

8.4007.600

5.2004.400

2.000

44040

1.050


III

03 1 Floor4700

IV

05 Roof10800

V

00 Foundation750

I

112

04 2 Floor7900

?

1.900

4.3255.100

7.5258.300

10.725

1.5001.050

4.700

7.900

10.80011.200

PROJECT:

Drawing name:

DRAWN BY:

SCALE:

PAGE:

DATE:


1 : 200

Kindergarden

Facades

Kristaps Sveisbergs

10/16/12

007

WUHAN

007

1 : 200East

1 : 200North


III

03 1 Floor4700

IV

05 Roof10800

V

00 Foundation750

I

1 12

04 2 Floor7900

?

1.050

11.200

1.050

2.500

4.124

5.700

7.3248.300

10.80011.200

4.700

7.500


III

03 1 Floor4700

IV

05 Roof10800

V

00 Foundation750

I

1321

04 2 Floor7900

?

44040

1.0502.000

5.200

7.6008.400

10.80011.200

5.100

8.300

4.400

1.500 1.05079.43°

7.500

10.700

PROJECT:

Drawing name:

DRAWN BY:

SCALE:

PAGE:

DATE:


1 : 200

Kindergarden

Facades

Kristaps Sveisbergs

10/15/12

002

WUHAN

002

1 : 200South

1 : 200West

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2900

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300

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1015

0

2400

500

77.00° 2200

2400

PROJECT:

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1 : 120

Kindergarden

Section

Kristaps Sveisbergs

10/25/12

012

WUHAN

012


Thanks for your time

Documents

kindergarden project