2016 10 20 exercise 01 exploring scenarios

(Y)our world, (y)our block, (y)our home Exercise 01 | Exploring scenarios

1

3 INTRODUCTION 4 8

(y)our World y(our) Home

18

EXPLORING SCENARIOS

655

MAINFRAME

19 407 545

656 658 660 662

2

Qualities Environment Products

The Makers Overview Context Maker House Maker Block Maker

INTRODUCTION

Table of content

3

(y)our World New strategy with top down structure to evaluating the current state of the world.

With data based per country (zooms) calculated per capita.

GEOGRAPHY

Lakes, Baren, Forest, Argriculture, and Build-up

CLIMATE

Wind, Temperature, Cooling, and Heating.

POPULATION

Work, Age, Health, and Refugees.

FINANCE

Income, Debt, Price/m2, GDP, and Big mac index.

PRODUCTION Water, Energy, Food, Raw materials, and waste.

CONSUMPTION

Water, Energy, Food, and Raw materials.

4

5

6

7

y(our) Home TOPICS

Exploring the demands of a dwelling through new research topics that derived from the workshop.

PERSONAL HOUSE

To find the needs/demands we have for housing.

METHOD

Through a strickt method to compare and interrelate the newly found research topics and personal houses.

8

9

y(our) Home PERSONAL HOUSE

To find the needs/demands we have for housing.

50m2 house for one dweller, containing all minimal necessary sub-programme rooms.

Resulting in a standard dwelling for one person.1

entrance

bedroom

bathroom

dinning

living

office

toilet

kitchen

storage

METHOD

Through a strickt method to compare and interrelate the newly found research topics and personal houses.

TOPICS

Exploring the demands of a dwelling through new research topics that derived from the workshop.

Area 1- Baiche, B., Neufert, E. and Neufert, P. (2011).

Architects’ data. New York, NY [u.a.]: Wiley-Blackwell.

10

47 m2

Volume

141 m3

Wall area

140 m2

11

y(our) Home PERSONAL HOUSE

To find the needs/demands we have for housing.

METHOD

“Under maximized circumstances, every demand, rule or logic is manifested in pure and unexpected forms that go beyond artistic intuition or known geometry and replace it with ‘research’. (...) Hypotheses that observe, extrapolate, analyse and criticize our behaviour.”2

Through a strickt method to compare and interrelate the newly found research topics and personal houses.

TOPICS

Exploring the demands of a dwelling through new research topics that derived from the workshop.

Slider as design tool 0%

25%

50%

75%

100%

systematical / sequential / comparable / communicative

2- Maas, W., Rijs, J. and Koek, R. (1998). FARMAX. Rotterdam: 010 Publishers.

12

13

y(our) Home PERSONAL HOUSE

To find the needs/demands we have for housing.

METHOD

Through a strickt method to compare and interrelate the newly found research topics and personal houses.

TOPICS

Exploring the demands of a dwelling through new research topics that derived from the workshop.

Accessibility

Comfort

Density

Diversity

Demographics

Energy

Food

Waste

Porosity

Qualities

Nature

Environment

Ownership

14

Mobility

Product

Leisure

15

y(our) Home TOPICS

Exploring the demands of a dwelling through new research topics that derived from the workshop.

PERSONAL HOUSE

To find the needs/demands we have for housing.

METHOD

Through a strickt method to compare and interrelate the newly found research topics and personal houses.

16

17

EXPLORING SCENARIOS

y(our) Home

Qualities

TOPICS

Exploring the demands of a dwelling through new research topics that derived from the workshop.

PERSONAL HOUSE

To find the needs/demands we have for housing.

METHOD

Through a strickt method to compare and interrelate the newly found research topics and personal houses.

18

19

Circulation links spaces, but they are usually detached, and always seems to be one layer out of the space we need them - corridors out of room, stairs out of apartment, roads out of building and highways out of city.

What if circulation are integrate to our home, our building and our city? Does it make our spaces more accessible?

What if...

CORRIDOR MERGE WITH OUR HOME?

Through sequential scenarios of integrating circulations to a 1person dwelling unit, we explore the possible impact of the intergration to the built environment.

20

21

What if...

0%

corridor is out of our home?

Area Volume

Stretch 22

54 m2 156 m3

Circulation

# m2

Public

7 m2

Private

47 m2

0.6m

0.6

m .6m 0

23

What if... corridor merge with living cluster?

Area Volume

Stretch 24

25%

62 m2 178 m3

Circulation

# m2

Public

# m3

Private

# m2

0.6m

0.6

m .6m 0

25

What if... corridor merge with all rooms except private rooms?

Area Volume

Stretch 26

50%

56 m2 160 m3

Circulation

# m2

Public

# m3

Private

# m2

0.6m

0.6

m .6m 0

27

What if... corridor merge with all spaces except private space?

Area Volume

Stretch 28

75%

70 m2 204 m3

Circulation

# m2

Public

# m3

Private

# m2

0.6m

0.6

m .6m 0

29

What if...

100%

we live in the corridor?

Area Volume

Stretch 30

62 m2 181 m3

Circulation

# m2

Public

# m3

Private

# m2

0.6m

0.6

m .6m 0

31

What if...

STAIR MERGE WITH OUR HOME?

32

33

What if...

0%

stairs is out of our home?

Area Volume

Pixelate 34

54 m2 156 m3

Circulation

# m2

Public

7 m2

Private

47 m2

0.6m

0.6

m .6m 0

35

What if...

25%

stairs merge with living cluster?

Area Volume

Pixelate 36

# m2 179 m3

Circulation

# m2

Public

# m3

Private

# m2

0.6m

0.6

m .6m 0

37

What if... stairs merge with all rooms except private rooms?

Area Volume

Pixelate 38

50%

# m2 163 m3

Circulation

# m2

Public

# m3

Private

# m2

0.6m

0.6

m .6m 0

39

What if... stairs merge with all spaces except private space?

Area Volume

Pixelate 40

75%

# m2 182 m3

Circulation

# m2

Public

# m3

Private

# m2

0.6m

0.6

m .6m 0

41

What if...

100%

we live on the stairs?

Area Volume

Pixelate 42

# m2 136 m3

Circulation

# m2

Public

# m3

Private

# m2

0.6m

0.6

m .6m 0

43

Circulations bring us to the desired space, but we usually need to get through circulations back and forth for a certain activity.

What if circulations lead us directly to the objects according to our activity? Does it make our spaces more accessible?

What if...

I CAN ACCESS EVERYTHING ON THE CORRIDOR?

Through sequential scenarios of fragmenting a 1person dwelling, we explore the possible impact of the branching circulations to the built environment.

44

45

What if...

0%

corridor as access to our home?

Area Volume

Radiate 46

54 m2 156 m3

Circulation

# m2

Public

7 m2

Private

47 m2

0.6m

0.6

m .6m 0

47

What if... dedicated corridors for living cluster and private cluster?

Area Volume

Radiate 48

25%

# m2 171 m3

Circulation

# m2

Public

# m3

Private

# m2

0.6m

0.6

m .6m 0

49

What if... dedicated corridors for every rooms?

Area Volume

Radiate 50

50%

# m2 196 m3

Circulation

# m2

Public

# m3

Private

# m2

0.6m

0.6

m .6m 0

51

What if... dedicated corridor for each activity?

Area Volume

Radiate 52

75%

# m2 201 m3

Circulation

# m2

Public

# m3

Private

# m2

0.6m

0.6

m .6m 0

53

What if... corridor directly access to objects arranged by activity?

Area Volume

Radiate 54

100%

# m2 299 m3

Circulation

# m2

Public

# m3

Private

# m2

0.6m

0.6

m .6m 0

55

What if...

I CAN ACCESS EVERYTHING WITH TRAMPOLINE?

56

57

What if...

0%

corridor as access to our home?

Area Volume

Bubble 58

54 m2 156 m3

Circulation

# m2

Public

7 m2

Private

47 m2

0.6m

0.6

m .6m 0

59

What if... dedicated trampoline for living cluster and private cluster?

Bubble 60

Area

# m2

Volume

# m3

Circulation

# m2

Public

# m3

Private

# m2

25%

0.6m

0.6

m .6m 0

61

What if... dedicated trampolines for every rooms?

Bubble 62

Area

# m2

Volume

# m3

Circulation

# m2

Public

# m3

Private

# m2

50%

0.6m

0.6

m .6m 0

63

What if... dedicated trampoline for each activity?

Bubble 64

Area

# m2

Volume

# m3

Circulation

# m2

Public

# m3

Private

# m2

75%

0.6m

0.6

m .6m 0

65

What if... trampoline directly access to objects arranged by activity?

Bubble 66

Area

# m2

Volume

# m3

Circulation

# m2

Public

# m3

Private

# m2

100%

0.6m

0.6

m .6m 0

67

MOBILITY, DIRECT ACCESSIBILITY Imagine a life in which your vehicle is fully integrated. You would use it for every movement, and if it is not near you, you should be able to get it as soon as you step out the door. Vehicles have certain properties and demands. How would a house look like, if it was dedicated to a specific vehicle?

68

What if...

WE WOULD LIVE WITH DIRECT ACCESSIBILITY?

69

The slider

##%

From the front door to your stuff

0%

25%

50%

75%

Twelve items: The average house:

Two areas:

47 m2

Living area, private area

Direct accessibility 70

Five rooms:

basin, closet, tv, ki-

Entrance, bathroom,

tchen, toilet, balcony,

bedroom, kitchen/

table + chairs, shelf,

dinner, living room

closet, bed, couch

100%

Thirtytwo units: 8 times 1,2x0.6 8 times 1,8x0.6 16 times 0.6x0.6 0.6m

71

What if... we would park our conventional car in front of our door?

Area Volume Parking area

47 m2 171 m3 10 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

10 m

Lane width

3 m

Direct accessibility | Conventional car | Lineair distribution 72

0%

0.6m

73

What if... we would directly access the clusters of our apartment

25%

with a conventional car?

Area Volume Parking area

47 m2 171 m3 10 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

10 m

Lane width

3 m

Direct accessibility | Conventional car | Lineair distribution 74

0.6m

75

What if... we would directly access the rooms of our apartment

50%

with a conventional car?

Area Volume Parking area

47 m2 171 m3 10 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

10 m

Lane width

3 m

Direct accessibility | Conventional car | Lineair distribution 76

0.6m

77

What if... we would directly access the furniture in our apartment

75%

with a conventional car?

Area Volume Parking area

47 m2 171 m3 10 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

10 m

Lane width

3 m

Direct accessibility | Conventional car | Lineair distribution 78

0.6m

79

What if... we would directly access the objects in our apartment

100%

with a conventional car?

Area Volume Parking area

47 m2 171 m3 10 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

10 m

Volume object-unit Lane width

0,2 m3 3 m3

Direct accessibility | Conventional car | Lineair distribution 80

0.6m

81

What if... we would park our conventional car in front of our door?

Area Volume Parking area

47 m2 171 m3 10 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

10 m

Lane width

3 m

Direct accessibility | Conventional car | Loop distribution 82

0%

0.6m

83

What if... we would directly access the clusters of our apartment

25%

with a conventional car?

Area Volume Parking area

47 m2 171 m3 10 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

10 m

Lane width

3 m

Direct accessibility | Conventional car | Loop distribution 84

0.6m

85

What if... we would directly access the rooms of our apartment

50%

with a conventional car?

Area Volume Parking area

47 m2 171 m3 10 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

10 m

Lane width

3 m

Direct accessibility | Conventional car | Loop distribution 86

0.6m

87

What if... we would directly access the furniture in our apartment

75%

with a conventional car?

Area Volume Parking area

47 m2 171 m3 10 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

10 m

Lane width

3 m

Direct accessibility | Conventional car | Loop distribution 88

0.6m

89

What if... we would directly access the objects in our apartment

100%

with a conventional car?

Area Volume Parking area

47 m2 171 m3 10 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

10 m

Volume object-unit Lane width

0,2 m3 3 m

Direct accessibility | Conventional car | Loop distribution 90

0.6m

91

What if... we would park our bicycle in front of our door?

Area Volume

47 m2 171 m3

Parking area

1,4 m2

Stopping distance

7,8 m

Acceleration distance

12 m

Max. indoor speed

12 kph

Turn radius (ø) Lane width

4 m 1,2 m

Direct accessibility | Bicycle | Lineair distribution 92

0%

0.6m

93

What if... we would directly access the clusters of our apartment

25%

with a bicycle?

Area Volume

47 m2 171 m3

Parking area

1,4 m2

Stopping distance

7,8 m

Acceleration distance

12 m

Max. indoor speed

12 kph

Turn radius (ø) Lane width

4 m 1,2 m

Direct accessibility | Bicycle | Lineair distribution 94

0.6m

95

What if... we would directly access the rooms of our apartment

50%

with a bicycle?

Area Volume

47 m2 171 m3

Parking area

1,4 m2

Stopping distance

7,8 m

Acceleration distance

12 m

Max. indoor speed

12 kph

Turn radius (ø) Lane width

4 m 1,2 m

Direct accessibility | Bicycle| Lineair distribution 96

0.6m

97

What if... we would directly access the furniture in our apartment

75%

with a bicycle?

Area Volume

47 m2 171 m3

Parking area

1,4 m2

Stopping distance

7,8 m

Acceleration distance

12 m

Max. indoor speed

12 kph

Turn radius (ø) Lane width

4 m 1,2 m

Direct accessibility | Bicycle | Lineair distribution 98

0.6m

99

What if... we would directly access the objects in our apartment

100%

with a bicycle?

Area Volume

47 m2 171 m3

Parking area

1,4 m2

Stopping distance

7,8 m

Acceleration distance

12 m

Max. indoor speed

12 kph

Turn radius (ø)

4 m

Volume object-unit

0,2 m3

Lane width

1,2 m

Direct accessibility | Bicycle| Lineair distribution 100

0.6m

101

What if... we would park our bicycle in front of our door?

Area Volume

47 m2 171 m3

Parking area

1,4 m2

Stopping distance

7,8 m

Acceleration distance

12 m

Max. indoor speed

12 kph

Turn radius (ø) Lane width

4 m 1,2 m

Direct accessibility | Bicycle | Loop distribution 102

0%

0.6m

103

What if... we would directly access the clusters of our apartment

25%

with a bicycle?

Area Volume

47 m2 171 m3

Parking area

1,4 m2

Stopping distance

7,8 m

Acceleration distance

12 m

Max. indoor speed

12 kph

Turn radius (ø) Lane width

4 m 1,2 m

Direct accessibility | Bicycle | Loop distribution 104

0.6m

105

What if... we would directly access the rooms of our apartment

50%

with a bicycle?

Area Volume

47 m2 171 m3

Parking area

1,4 m2

Stopping distance

7,8 m

Acceleration distance

12 m

Max. indoor speed

12 kph

Turn radius (ø) Lane width

4 m 1,2 m

Direct accessibility | Bicycle | Loop distribution 106

0.6m

107

What if... we would directly access the furniture in our apartment

75%

with a bicycle?

Area Volume

47 m2 171 m3

Parking area

1,4 m2

Stopping distance

7,8 m

Acceleration distance

12 m

Max. indoor speed

12 kph

Turn radius (ø) Lane width

4 m 1,2 m

Direct accessibility | Bicycle | Loop distribution 108

0.6m

109

What if... we would directly access the objects in our apartment

100%

with a bicycle?

Area Volume

47 m2 171 m3

Parking area

1,4 m2

Stopping distance

7,8 m

Acceleration distance

12 m

Max. indoor speed

12 kph

Turn radius (ø)

4 m

Volume object-unit

0,2 m3

Lane width

1,2 m

Direct accessibility | Bicycle | Loop distribution 110

0.6m

111

What if... we would park our one person car in front of our door?

Area Volume

47 m2 171 m3

Parking area

4,3 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

6,8 m

Lane width

1,8 m

Direct accessibility | One person car | Lineair distribution 112

0%

0.6m

113

What if... we would directly access the clusters of our apartment

25%

with a one person car?

Area Volume

47 m2 171 m3

Parking area

4,3 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

6,8 m

Lane width

1,8 m

Direct accessibility | One person car | Lineair distribution 114

0.6m

115

What if... we would directly access the rooms of our apartment

50%

with a one person car?

Area Volume

47 m2 171 m3

Parking area

4,3 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

6,8 m

Lane width

1,8 m

Direct accessibility | One person car | Lineair distribution 116

0.6m

117

What if... we would directly access the furniture in our apartment

75%

with a one person car?

Area Volume

47 m2 171 m3

Parking area

4,3 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

6,8 m

Lane width

1,8 m

Direct accessibility | One person car | Lineair distribution 118

0.6m

119

What if... we would directly access the objects in our apartment

100%

with a one person car?

Area Volume

47 m2 171 m3

Parking area

4,3 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

6,8 m

Volume object-unit

0,2 m3

Lane width

1,8 m

Direct accessibility | One person car | Lineair distribution 120

0.6m

121

What if... we would park our one person car in front of our door?

Area Volume

47 m2 171 m3

Parking area

4,3 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

6,8 m

Lane width

1,8 m

Direct accessibility | One person car | Loop distribution 122

0%

0.6m

123

What if... we would directly access the clusters of our apartment

25%

with a one person car?

Area Volume

47 m2 171 m3

Parking area

4,3 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

6,8 m

Lane width

1,8 m

Direct accessibility | One person car | Loop distribution 124

0.6m

125

What if... we would directly access the rooms of our apartment

50%

with a one person car?

Area Volume

47 m2 171 m3

Parking area

4,3 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

6,8 m

Lane width

1,8 m

Direct accessibility | One person car | Loop distribution 126

0.6m

127

What if... we would directly access the furniture in our apartment

75%

with a one person car?

Area Volume

47 m2 171 m3

Parking area

4,3 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

6,8 m

Lane width

1,8 m

Direct accessibility | One person car | Loop distribution 128

0.6m

129

What if... we would directly access the objects in our apartment

100%

with a one person car?

Area Volume

47 m2 171 m3

Parking area

4,3 m2

Stopping distance

2,4 m

Acceleration distance

1,8 m

Max. indoor speed

10 kph

Turn radius (ø)

6,8 m

Volume object-unit

0,2 m3

Lane width

1,8 m

Direct accessibility | One person car | Loop distribution 130

0.6m

131

What if... we would park our hot air balloon in front of our door?

Area Volume Parking area Radius balloon Heigth of balloon Max. altitude Footprint

Direct accessibility | Hot air balloon 132

0%

47 m2 171 m3 61 m2 3,8 m 12,2 m 3,7 km 0 m2

0.6m

133

What if... we would directly access the clusters of our apartment

25%

with a hot air balloon?

Area Volume Parking area Radius balloon Heigth of balloon Max. altitude Footprint

Direct accessibility | Hot air balloon 134

47 m2 171 m3 61 m2 3,8 m 12,2 m 3,7 km 21,6 m2

0.6m

135

What if... the rooms of our apartment suspended from hot air

50%

balloons?

Area Volume Parking area Radius balloon Heigth of balloon Max. altitude Footprint

Direct accessibility | Hot air balloon 136

47 m2 171 m3 61 m2 3,8 m 12,2 m 3,7 km 0 m2

0.6m

137

What if... our furniture suspended from hot air balloons?

Area Volume Parking area Radius balloon Heigth of balloon Max. altitude Footprint

Direct accessibility | Hot air balloon 138

75%

47 m2 171 m3 61 m2 3,8 m 12,2 m 3,7 km 0 m2

0.6m

139

What if... our stuff suspended from hot air balloons?

Area Volume Parking area Radius balloon Heigth of balloon Max. altitude Footprint

Direct accessibility | Hot air balloon 140

100%

47 m2 171 m3 61 m2 3,8 m 12,2 m 3,7 km 0 m2

0.6m

141

What if... we would park our skycar in front of our door?

Area Volume Parking area Footprint

Direct accessibility | Skycar 142

0%

47 m2 171 m3 4,3 m2 51,3 m2

0.6m

143

What if... we would directly access the clusters in our apartment

25%

with a skycar?

Area Volume Parking area Max. footprint

Direct accessibility | Skycar 144

47 m2 171 m3 4,3 m2 51,3 m2

0.6m

145

What if... our rooms could fly on platforms and we would directly

50%

access them with a skycar?

Area Volume Parking area Footprint

Direct accessibility | Skycar 146

47 m2 171 m3 4,3 m2 0 m2

0.6m

147

What if... our furniture could fly on platforms and we would

75%

directly access them with a skycar?

Area Volume Parking area Footprint

Direct accessibility | Skycar 148

47 m2 171 m3 4,3 m2 0 m2

0.6m

149

What if... our stuff was carried around by drones and we would

100%

directly access from a skycar?

Area

4,3 m2

Volume

6,5 m3

Parking area

4,3 m2

Footprint

Direct accessibility | Skycar 150

0 m2

0.6m

151

What if I would live in an ultimately comfortable house?

Imagine an environment, in which everything anytime makes you feel comfortable, imagine a world, where nothing disturbs and annoys you, an environment providing you with an ultimate light comfort, air exchange, sound transmission, smell of pleasant memories and haptic feedback...

In the world around you everything would contribute to your physical and psychical ease and well-being, hardship would not exist and a pleasant lifestyle is secured. All your senses are constantly stimulated to help you recreating experiences associated with pleasant memories.

152

What if...

I would live in ULTIMATE COMFORT?

153

ULTIMATE COMFORT

154

What if...

I would live with maximum exposure to sun?

155

What if...

I would live with maximum exposure to the sun?

Area

234 m2

Volume

180 m3

Windows

0%

12 m2

144 m2 60 m3

Depth and Sequence 156

1.0m

157

What if...

I would live with maximum exposure to the sun?

Area

184 m2

Volume

132 m3

Windows

25%

16 m2

81 m2 27 m3

2 Side Orientation 158

1.0m

159

What if...

I would live with maximum exposure to the sun?

Area

200 m2

Volume

120 m3

Windows

50%

20 m2

77 m2 30 m3

3 Side Orientation 160

1.0m

161

What if...

I would live with maximum exposure to the sun?

Area

245 m2

Volume

190 m3

Windows

75%

24 m2

144 m2 39 m3

Position 162

1.0m

163

What if...

I would live with maximum exposure to the sun?

Area

245 m2

Volume

230 m3

Windows

100%

28 m2

144 m2 60 m3

Solar Path Optimalization 164

1.0m

165

ULTIMATE COMFORT

166

What if...

I would live in absolute silence?

167

What if...

0%

I would live in ultimate silence?

Area

168 m2

Volume

144 m3

A/V Ratio

1.17 m2

Absorb. Area 12.38 m2 45 m2 27 m3

Local Noise Absorbtion 168

1.0m

169

What if...

25%

I would live in ultimate silence?

Area

216 m2

Volume

216 m3

A/V Ratio

1.00 m2

Absorb. Area 80.64 m2 45 m2 27 m3

Floor 170

1.0m

171

What if...

50%

I would live in ultimate silence?

Area

216 m2

Volume

216 m3

A/V Ratio

1.00 m2

Absorb. Area 340.6 m2 45 m2 27 m3

Floor & Wall 172

1.0m

173

What if...

75%

I would live in ultimate silence?

Area

216 m2

Volume

216 m3

A/V Ratio

1.00 m2

Absorb. Area 403.2 m2 Noise Level

Floor & Wall & Furniture 174

-20.6 dBA

45 m2 27 m3

1.0m

175

What if...

100%

I would live in ultimate silence?

Area

360 m2

Volume

384 m3

A/V Ratio

0.93 m2

Absorb. Area 806.4 m2 90 m2 54 m3

Maximizing A/V Ratio 176

1.0m

177

ULTIMATE COMFORT

178

What if...

I would live in ultimately soft environment?

179

What if...

I would live in ultimately soft environment?

Area

144 m2

Volume

108 m3

Soft Area

0%

36 m3

45 m2 27 m3

Pliability / Floor 180

1.0m

181

What if...

I would live in ultimately soft environment?

Area

144 m2

Volume

108 m3

Soft Area

25%

92 m3

45 m2 27 m3

Floor & Wall 182

1.0m

183

What if...

I would live in ultimately soft environment?

Area

144 m2

Volume

108 m3

Soft Area

108 m2

50%

45 m2 27 m3

Floor & Wall & Furniture 184

1.0m

185

What if...

I would live in ultimately soft environment?

Area

144 m2

Volume

108 m3

Soft Area

144 m2

75%

45 m2 27 m3

Floor & Wall & Furniture & Object 186

1.0m

187

What if...

I would live in ultimately soft environment?

Area

144 m2

Volume

108 m3

Soft Area

176 m2

100%

45 m2 27 m3

Density and Pliability 188

1.0m

189

ULTIMATE COMFORT

190

What if... our dwelling is shaped by ventilation?

191

What if... our dwelling is shaped by ventilation?

Area

144 m2

Volume

108 m3

Openings

0%

12 m2

90 m2 54 m3

Cross-ventilation 192

1.0m

193

What if... our dwelling is shaped by ventilation?

Area

144 m2

Volume

108 m3

Openings

25%

12 m2

90 m2 54 m3

Enhance & Extrude 194

1.0m

195

What if... our dwelling is shaped by ventilation?

Area

144 m2

Volume

108 m3

Openings

50%

11 m2

90 m2 38 m3

Cut Patio 196

1.0m

197

What if... our dwelling is shaped by ventilation?

Area

245 m2

Volume

165 m3

Openings

75%

16 m2

122 m2 82 m3

Taper and Chimney 198

1.0m

199

What if... our dwelling is shaped by ventilation?

Area

245 m2

Volume

165 m3

Openings

100%

10 m2

62 m2 38 m3

Wind Catcher & Tower 200

1.0m

201

ULTIMATE COMFORT

202

What if... our dwelling is shaped by ability to balance?

203

What if... our dwelling is shaped by ability to balance?

Area

90 m2

Volume

54 m3

Floor Area

90 m2

Walkable Area

72 m2

Passage Width

3 m

0%

54 m2 27 m3 X2

Uncontrolled Movement 204

1.0m

205

What if... our dwelling is shaped by ability to balance?

Area

144 m2

Volume

108 m3

Floor Area

36 m2

Walkable Area

24 m2

Passage Width

1 m

25%

18 m2 54 m3 X2

Sense for Orientation 206

1.0m

207

What if... our dwelling is shaped by ability to balance?

Area

50%

110 m2

Volume

66 m3

Floor Area

22 m2

Walkable Area

14 m2

Passage Width

0.6 m

13 m2 39 m3 X2

Minimizing Operating Area 208

1.0m

209

What if... our dwelling is shaped by ability to balance?

Area

135 m2

Volume

58 m3

Floor Area

20 m2

Walkable Area Passage Width

75%

9 m2 0.6 m

8 m2 24 m3 X2

Maximizing Continuity 210

1.0m

211

What if... our dwelling is shaped by ability to balance?

Area Volume

100%

141 m2 25 m3

Floor Area

2 m2

Walkable Area

2 m2

Passage Width 0.05 m

2 m2 4 m3 X2

Ultimation Proprioreception 212

1.0m

213

What would our house look like if we try to optimalize views. In this excersise I measured the eye height during different activities in the house. These numbers made me decide to lower or higher floor spaces in the house acoring to the eye height of the activity. Only the bathroom area is slightly lowered so it at least covers the torso, but still provides views. To enclose the house a sphere Is wrapped around with its centre point on eye level. This will make it possible to look down when standing close to the shell.

214

What if...

I COULD GET MAXIMUM VIEWS?

215

What if...

0%

I COULD GET MAXIMUM VIEWS?

Area Volume

47 m2 171 m3

Wall area

views

The view 216

217

What if...

25%

I COULD GET MAXIMUM VIEWS?

Area Volume Wall area

47 m2 171 m3 24 m2

views

The view 218

219

What if...

50%

I COULD GET MAXIMUM VIEWS?

Area Volume Wall area

47 m2 171 m3 24 m2

views

m3

The view 220

221

What if...

75%

I COULD GET MAXIMUM VIEWS?

Area Volume Wall area

47 m2 171 m3 24 m2

views

The view 222

223

What if...

100%

I COULD GET MAXIMUM VIEWS?

Area Volume Wall area

47 m2 171 m3 24 m2

views

The view 224

225

The hyper dense environment will force us to shrink living space.

Different fuctions in the house are measured, and if possible merged.

The bed functions as chair, and the sink in the kitchen is also used as a bathroom sink. Circulation space is minimalized by putting all functions in reach when entering the door.

The next step will be to look at the height of different funtions, so the m3 size can be reduced.

226

What if...

WE LIVE IN A SINGLE LEVEL HYPER DENSE ENVIRONMENT?

227

What if...

I COULD SLIDE FUNCTIONS IN MY HOME?

228

229

What if...

0%

I COULD SLIDE FUNCTIONS IN MY HOME?

Area Volume Wall area

47 m2 171 m3 m2

The slide 230

231

What if...

I COULD SLIDE FUNCTIONS IN MY HOME?

Area Volume Wall area

25%

22 m2 43.4 m3 m2

The slide 232

233

What if...

I COULD SLIDE FUNCTIONS IN MY HOME?

Area

19 m2

Volume

39 m3

Wall area

50%

m2

The slide 234

235

What if...

I COULD SLIDE FUNCTIONS IN MY HOME?

Area

13.68 m2

Volume

26.78 m3

Wall area

75%

m2

The slide 236

237

What if...

I COULD SLIDE FUNCTIONS IN MY HOME?

Area Volume Wall area

100%

11.52 m2 24.2 m3 m2

The slide 238

239

What if...

AMBITION

240

WE COULD ROTATE OUR LIVING ENVIRONMENT?

241

What if...

WE COULD ROTATE OUR LIVING ENVIRONMENT?

Area Volume

0%

47 m2 171 m3

Wall area Rotation Sides

15 m3

The Turn 242

243

What if...

WE COULD ROTATE OUR LIVING ENVIRONMENT?

Area

20.16 m2

Volume

60.48 m3

Wall area

25%

m2

Rotation Sides

The Turn 244

245

What if...

WE COULD ROTATE OUR LIVING ENVIRONMENT?

Area

10.8 m2

Volume

38.8 m3

Wall area

50%

24 m2

Rotation Sides

The Turn 246

247

What if...

WE COULD ROTATE OUR LIVING ENVIRONMENT?

Area Volume Wall area

75%

7.2 m2 29.72 m3 24 m2

Rotation Sides

The Turn 248

249

What if...

WE COULD ROTATE OUR LIVING ENVIRONMENT?

Area Volume Wall area

100%

0.2 m2 33.5 m3 24 m2

Rotation Sides

The Turn 250

251

What if...

AMBITION

252

WE CAN FOLD OUR HOME?

253

What if...

0%

WE CAN FOLD OUR HOME?

Area Volume Wall area

47 m2 171 m3 m2

Folds

The Fold 254

255

What if...

25%

WE CAN FOLD OUR HOME?

Area Volume Wall area

7.2 m2 17.25 m3 24 m2

Folds

The Fold 256

257

What if...

50%

WE CAN FOLD OUR HOME?

Area

5.76 m2

Volume

13.8 m3

Wall area

24 m2

Folds

The Fold 258

259

What if...

75%

WE CAN FOLD OUR HOME?

Area Volume Wall area

4.32 m2 10.35 m3 24 m2

Folds

The Fold 260

261

What if...

100%

WE CAN FOLD OUR HOME?

Area

?? m2

Volume

?? m3

Wall area

?? m2

Folds

The Fold 262

263

What if...

AMBITION

264

WE LIVE ON A 1.44M2 FOOTPRINT AND MERGE FUNCTIONS?

265

What if...

WE LIVE ON A 1.44M2 FOOTPRINT AND MERGE FUNCTIONS?

Area Volume Wall area

0%

47 m2 171 m3 m2

The Column 266

267

What if...

WE LIVE ON A 1.44M2 FOOTPRINT AND MERGE FUNCTIONS?

Area Volume Wall area

25%

1.44 m2 51 m3 m2

The Column 268

269

What if...

WE LIVE ON A 1.44M2 FOOTPRINT AND MERGE FUNCTIONS?

Area Volume Wall area

50%

1.44 m2 37.15 m3 m2

The Column 270

271

What if...

WE LIVE ON A 1.44M2 FOOTPRINT AND MERGE FUNCTIONS?

Area Volume Wall area

75%

1.44 m2 14.68 m3 m2

The Column 272

273

What if...

WE LIVE ON A 1.44M2 FOOTPRINT AND MERGE FUNCTIONS?

Area

1.44 m2

Volume

4.32 m3

Wall area

100%

m2

The Column 274

275

What if...

AMBITION

276

I LIVE ON A STAIR AND MERGE FUNCTIONS?

277

What if...

I LIVE ON A STAIR AND MERGE FUNCTIONS?

Area Volume Wall area

0%

47 m2 171 m3 m2

Stair Stair angle

The Merge 278

279

What if...

I LIVE ON A STAIR AND MERGE FUNCTIONS?

Area

2.88 m2

Volume

63.2 m3

Wall area

25%

m2

Stair Stair angle

The Merge 280

281

What if...

I LIVE ON A STAIR AND MERGE FUNCTIONS?

Area

2.88 m2

Volume

42.8 m3

Wall area

50%

m2

Stair Stair angle

The Merge 282

283

What if...

I LIVE ON A STAIR AND MERGE FUNCTIONS?

Area

2.88 m2

Volume

38.5 m3

Wall area

75%

m2

Stair Stair angle

The Merge 284

285

What if...

I LIVE ON A STAIR AND MERGE FUNCTIONS?

Area

2.88 m2

Volume

29.5 m3

Wall area

100%

m2

Stair Stair angle

The Merge 286

287

What if...

AMBITION

288

WE LIVE IN A SINGLE LEVEL HYPER DENSE ENVIRONMENT AND MERGE FUNCTIONS?

289

What if...

WE LIVE IN A SINGLE LEVEL HYPER DENSE ENVIRONMENT AND MERGE FUNCTIONS?

Area Volume

0%

47 m2 171 m3

Wall area

24 m2

Merged functions

The Minimum 290

291

What if...

WE LIVE IN A SINGLE LEVEL HYPER DENSE ENVIRONMENT AND MERGE FUNCTIONS?

Area Volume

25%

20 m2 48.3 m3

Wall area

m2

Merged functions

The Minimum 292

293

What if...

WE LIVE IN A SINGLE LEVEL HYPER DENSE ENVIRONMENT AND MERGE FUNCTIONS?

Area Volume

50%

8.63 m2 20.69 m3

Wall area

m2

Merged functions

The Minimum 294

295

What if...

WE LIVE IN A SINGLE LEVEL HYPER DENSE ENVIRONMENT AND MERGE FUNCTIONS?

Area

5.76 m2

Volume

13.8 m3

Wall area

75%

m2

Merged functions

The Minimum 296

297

What if...

WE LIVE IN A SINGLE LEVEL HYPER DENSE ENVIRONMENT AND MERGE FUNCTIONS?

Area

5.76 m2

Volume

7.77 m3

Wall area

100%

m2

Merged functions

The Minimum 298

299

Wouldn’t it be amazing that every house would be fitted to their specific individual user? A house that fits like a suit and reflects you as a person. A dwelling that fits your habits, practice, traditions and living pasterns.

A space would change from a pre-defined given fact or a choice in different typologies to an individual entity with no similarities to others.

What if we would customize?

It would create a diverse world. With houses in different shapes, materials and configurations.

DIVERSITY 300

301

What if...

25%

If we would construct from wood

Area Volume Surface area

DIVERSITY 302

47 m2 141 m3 82 m2

0.6m

303

What if...

50%

If we would construct from wood

Area

DIVERSITY 304

47 m2

Volume

141 m3

Surface area

161 m2

0.6m

305

What if...

75%

If we would construct from wood

Area

DIVERSITY 306

47 m2

Volume

141 m3

Surface area

255 m2

0.6m

307

What if...

If we would construct from concrete

Area

DIVERSITY 308

100%

47 m2

Volume

141 m3

Surface area

255 m2

0.6m

309

What if...

If we would construct from concrete

Area Volume Surface area

DIVERSITY 310

25%

47 m2 141 m3 82 m2

0.6m

311

What if...

If we would construct from concrete

Area

DIVERSITY 312

50%

47 m2

Volume

141 m3

Surface area

161 m2

0.6m

313

What if...

If we would construct from concrete

Area

DIVERSITY 314

75%

47 m2

Volume

141 m3

Surface area

255 m2

0.6m

315

What if...

If we would construct from concrete

Area

DIVERSITY 316

100%

47 m2

Volume

141 m3

Surface area

255 m2

0.6m

317

What if...

25%

If we would construct from steel

Area Volume Surface area

DIVERSITY 318

47 m2 141 m3 82 m2

0.6m

319

What if...

50%

If we would construct from steel

Area

DIVERSITY 320

47 m2

Volume

141 m3

Surface area

161 m2

0.6m

321

What if...

If we would construct from concrete

Area

DIVERSITY 322

75%

47 m2

Volume

141 m3

Surface area

255 m2

0.6m

323

What if...

If we would construct from concrete

Area

DIVERSITY 324

100%

47 m2

Volume

141 m3

Surface area

255 m2

0.6m

325

What if...

0%

If we would construct from glas

Area Volume Surface area

DIVERSITY 326

47 m2 141 m3 0 m2

0.6m

327

What if...

25%

If we would construct from glas

Area Volume Surface area

DIVERSITY 328

47 m2 141 m3 82 m2

0.6m

329

What if...

50%

If we would construct from glas

Area

DIVERSITY 330

47 m2

Volume

141 m3

Surface area

161 m2

0.6m

331

What if...

75%

If we would construct from glas

Area

DIVERSITY 332

47 m2

Volume

141 m3

Surface area

161 m2

0.6m

333

What if...

100%

If we would construct from glas

Area

DIVERSITY 334

47 m2

Volume

141 m3

Surface area

255 m2

0.6m

335

What if...

25%

If we would construct triangular?

Area Volume Wall area

47 m2 141 m3 73 m2

The main volume transformed to a triangular shape

DIVERSITY 336

0.6m

337

What if...

50%

If we would construct triangular?

Area Volume

47 m2 141 m3

At 50%, the interior walls are shaped triangular as well.

DIVERSITY 338

0.6m

339

What if...

75%

If we would construct triangular?

Area Volume

47 m2 141 m3

At 75%, the interior elements are affected.

DIVERSITY 340

0.6m

341

What if...

100%

If we would construct triangular?

Area Volume

47 m2 141 m3

And at 100%, all the objects should be shaped triangular.

DIVERSITY 342

0.6m

343

What if...

25%

If we would construct triangular?

Area Volume

47 m2 141 m3

The main volume transformed to a circular shape

DIVERSITY 344

0.6m

345

What if...

50%

If we would construct triangular?

Area Volume

47 m2 141 m3

At 50%, the interior walls are shaped circular as well.

DIVERSITY 346

0.6m

347

What if...

75%

If we would construct triangular?

Area Volume

47 m2 141 m3

At 75%, the interior elements are affected.

DIVERSITY 348

0.6m

349

What if...

100%

If we would construct triangular?

Area Volume

47 m2 141 m3

And at 100%, all the objects should be shaped triangular.

DIVERSITY 350

0.6m

351

To customize is about altering a given framework, in this case the standard apartment, towards something that would fit the individual person.

000% - STANDARD

025% - TYPOLOGICAL

050% - TYPOFRAMED

It is about the ability to adjust or alter this framework into something that allows for the specific preference of the individual. In beginning it is the ability to choose from different options towards the idea of endless possibilities. When is this framework most presence and how does this inflict the living capabilities? And when does the framework disappears by the endless range of possibilities.

In architecture, the 0% customized apartment is represented by the mass housing flats while the 100%.

Extending this towards a minimum, would translate towards a range of set typologies (25%). Then a set typology could be arranged towards a typological framed composition of individual design elements (50%) and eventually interacting as individual character interacting with other (75%). Continuing this process would lead to a open framework (100%) made by compositions and interaction in typologies and design elements between the layers and overall design.

Finishing, Configuration, Shape, Roofs, Transparency.

The diversification between the appartments is made through the physical elements that shape them. Then effecting the living-space through their performance, look and feels. In overall, the walls make the division of the apartment. Their shape, porosity, height, configuration and finishing create the living-space we use. Can the diversification of these topics result into personal designed space?

075% - COMPOSION

352

353

What if... we customize configuration

25% TYPOLOGIES

50% TYPOFRAMED

75% COMPOSITION

Transforming sub-spaces

DIVERSITY 354

100% OPEN

0.6m

355

Porosity “the quality or state of being porous; the ratio of the volume of interstices of a material to the volume of its mass”.

Porous,” possessing or full of pores; permeable to outside influences” Interstices, “a space that intervenes between things”.

Are their different variations of the concept porosity?

Different level of relationship with the external conditions// difference in permeability.

What if...

The urban environment is in the state of being porous.

Porosity is a tool of achieving certain qualities, it is a Mediator.

356

357

Every dwelling is in a few steps stretched, while maintaining the original sq.m.

The consequence are an altered dwelling organisation and increase in facade area.

358

What if...

Every dwelling is maximised for length?

359

What if...

Every dwelling is maximised for length?

Area Volume Facade area

Rectangle to Line 360

0%

47 m2 141 m3 22 m2

0.6m

361

What if...

Every dwelling is maximised for length?

Area Volume Facade area

Rectangle to Line 362

25%

47 m2 141 m3 31 m2

0.6m

363

What if...

Every dwelling is maximised for length?

Area Volume Facade area

Rectangle to Line 364

50%

47 m2 141 m3 40 m2

0.6m

365

What if...

Every dwelling is maximised for length?

Area

Rectangle to Line 366

75%

47 m2

Volume

141 m3

Facade

49 m2

0.6m

367

What if...

Every dwelling is maximised for length?

Area Volume Wall area

Rectangle to Line 368

100%

47 m2 171 m3 58 m2

0.6m

369

Like the length rudimental transformation in height and depth of the building; do qualities come to the fore or evaporate.

370

What if...

Every dwelling is maximised for height

371

What if...

Every dwelling is maximised for height?

Area Volume Wall area

Up up and away.

372

0%

47 m2 141 m3 22 m2

0.6m

373

What if...

Every dwelling is maximised for height?

Area Volume Facade area

Up up and away.

374

25%

47 m2 141 m3 40 m2

0.6m

375

What if...

Every dwelling is maximised for height?

Area Volume Wall area

Up up and away.

376

50%

47 m2 141 m3 58 m2

0.6m

377

What if...

Every dwelling is maximised for height?

Area Volume Wall area

Up up and away.

378

75%

47 m2 141 m3 76 m2

0.6m

379

What if...

Every dwelling is maximised for height?

Area Volume Facade area

Up up and away.

380

100%

47 m2 141 m3 94 m2

0.6m

381

Variation on the heigth translation, each storey a recess creating a stepped arrangement.

382

What if...

Every dwelling is configured in a stepped arrangement?

383

What if...

Every dwelling is configured in a stepped arrangement?

Area Volume Facade area

Stepped 384

0%

47 m2 141 m3 24 m2

0.6m

385

What if...

Every dwelling is configured in a stepped arrangement?

Area Volume Facade area

Stepped 386

25%

47 m2 141 m3 24 m2

0.6m

387

What if...

Every dwelling is configured in a stepped arrangement?

Area Volume Facade area

Stepped 388

50%

47 m2 141 m3 24 m2

0.6m

389

What if...

Every dwelling is configured in a stepped arrangement?

Area Volume Wall area

Stepped 390

75%

47 m2 141 m3 24 m2

0.6m

391

What if...

Every dwelling is configured in a stepped arrangement?

Area Volume Facade area

Stepped 392

100%

47 m2 141 m3 24 m2

0.6m

393

Maintaining the original sqm, a patio is inserted in the center.

When does the dwelling start to reorientate itself.

394

What if...

Every dwelling would have a patio?

395

What if...

Every dwelling would have a patio?

Area Volume Wall area

Re-Orientation 396

0%

47 m2 141 m3 18 m2

0.6m

397

What if...

Every dwelling would have a patio?

Area Volume Facade area

Re-Orientation 398

25%

47 m2 141 m3 28 m2

0.6m

399

What if...

Every dwelling would have a patio?

Area Volume Facade area

Re-Orientation 400

50%

47 m2 141 m3 32 m2

0.6m

401

What if...

Every dwelling would have a patio?

Area Volume Facade area

Re-Orientation 402

75%

47 m2 141 m3 36 m2

0.6m

403

What if...

Every dwelling would have a patio?

Area Volume Facade area

Re-Orientation 404

100%

47 m2 141 m3 40 m2

0.6m

405

Environment

406

407

What if...

We lived with an extended family?

408

409

tle

What if...

0%

0.6m

410

411

Title

tle

What if...

25%

0.6m

412

413

Title

tle

What if...

50%

0.6m

414

415

Title

tle

What if...

75%

0.6m

416

417

Title

tle

What if...

100%

0.6m

418

419

What if... we had too many guests?

420

421

tle

What if...

0%

0.6m

422

423

Title

tle

What if...

25%

0.6m

424

425

Title

tle

What if...

50%

0.6m

426

427

Title

tle

What if...

75%

0.6m

428

429

Title

tle

What if...

100%

0.6m

430

431

Can building materials generate electricity ?

This fascination explores a series of scenario where we can save up spaces used to produce electricity by integrating energy production to building components such as wall,floor,roof and furniture. Would we generate more energy!

432

What if... solar panels would become a building material?

433

What if...

0%

solar panels would become a building material?

Footprint

78 m2

House area

47 m2

Solarpanels

31.3 m

RoomVolume

171 m3

1.62 m2

2

Average Electricity Consumption Total Electricity produced Each Solar Panel produced # of solar panels

30 kWh/day (US) 30.1 kWh 1.436 kWh@ 25% efficiency 21 panels

typical connection?

434

435

What if...

25%

solar panels would become a building material?

Footprint

47 m2

House area

47 m2

Solarpanels

48.4 m

RoomVolume

186 m3

1.62 m2

2

Average Electricity Consumption Total Electricity produced Each Solar Panel produced # of solar panels

30 kWh/day (US) 40.2 kWh 1.436 kWh@ 25% efficiency 28 panels

wall?

436

437

What if...

50%

solar panels would become a building material?

Footprint

47 m2

House area

47 m2

Solarpanels

81.3 m2

RoomVolume

186 m3

36 m2

Average Electricity Consumption

30 kWh/day (US)

Total Electricity produced

72 kWh

Each Solar Panel produced # of solar panels

1.436 kWh@ 25% efficiency 50 panels

wall+floor?

438

439

What if...

75%

solar panels would become a building material?

Footprint

47 m2

House area

47 m2

Solarpanels

133 m2

RoomVolume

230 m3

51.84 m2

Average Electricity Consumption

30 kWh/day (US)

Total Electricity produced

117.7 kWh

Each Solar Panel produced

1.436 kWh@ 25% efficiency

# of solar panels

82 panels

wall+floor+roof?

440

441

What if...

100%

solar panels would become a building material?

Footprint

47 m2

House area

47 m2

Solarpanels

150.6 m2

RoomVolume

230 m3

18 m2

Average Electricity Consumption

30 kWh/day (US)

Total Electricity produced

133.5 kWh

Each Solar Panel produced

1.436 kWh@ 25% efficiency

# of solar panels

93 panels

wall+floor+roof+furniture?

442

443

Can building materials generate electricity ?

This fascination explores a series of scenario where we can save up spaces used to produce electricity by integrating energy production to building components such as wall,floor,roof and furniture. Would we generate more energy!

444

What if... wind turbine would become a building material?

445

What if...

0%

wind turbine would become a building material?

Footprint

47 m2

House area

47 m2

Turbine Ă˜

6 m

RoomVolume 140.4 m3

Average Electricity Consumption

30 kWh/day (US)

Total Electricity produced

30.1 kWh

Each Turbine produced

32.9 kWh@ 25% efficiency 5.5m/s

# of turbines

1 turbine

typical connection?

446

447

What if...

25%

wind turbine would become a building material?

Footprint

47 m2

House area

47 m2

Turbine Ă˜

0.6 m

RoomVolume 140.4 m3

Average Electricity Consumption

30 kWh/day (US)

Total Electricity produced

37.72 kWh

Each Turbine produced

0.328 kWh@ 25% efficiency 5.5m/s

# of turbines

115 turbine

wall?

448

449

What if...

50%

wind turbine would become a building material?

Footprint

47 m2

House area

47 m2

Turbine Ă˜

0.6 m2

RoomVolume 140.4 m3

Average Electricity Consumption

30 kWh/day (US)

Total Electricity produced

50.84 kWh

Each Turbine produced

0.328 kWh@ 25% efficiency 5.5m/s

# of turbines

155 turbine

wall+floor?

450

451

What if...

75%

wind turbine would become a building material?

Footprint

47 m2

House area

47 m2

Turbine Ă˜

0.6 m2

RoomVolume

230 m3

Average Electricity Consumption Total Electricity produced Each Turbine produced # of turbines

30 kWh/day (US) 59.6 kWh 0.328 kWh@ 25% efficiency 5.5m/s 182 turbine

wall+floor+roof?

452

453

What if...

100%

wind turbine would become a building material?

Footprint

47 m2

House area

47 m2

Turbine Ă˜

0.6 m2

RoomVolume

230 m3

Average Electricity Consumption

30 kWh/day (US)

Total Electricity produced

61 kWh

Each Turbine produced # of turbines

0.328 kWh@ 25% efficiency 5.5m/s 186 turbine

wall+floor+roof+furniture?

454

455

This fascination explores a series of scenarios where a living unit could become energy self-sufficient, namely from solar, wind. By manipulating and reconfiguring typology of rooms

456

What if...

I could reconfigure my spaces to generate self-efficient house with solar panels?

457

What if...

I could reconfigure my spaces to generate self-efficient house

0%

with solar panels?

Footprint

47 m2

House area

47 m2

Solarpanels

0 m2

Average Electricity Consumption Total Electricity produced Each Solar Panel produced # of solar panels

458

30 kWh/day (US) 0 kWh 1.436 kWh@ 25% efficiency 0 panels

459

What if...

I could reconfigure my spaces to generate self-efficient house

25%

with solar panels?

Footprint

48 m2

House area

48 m2

Solarpanels

9.72 m2

Average Electricity Consumption

30 kWh/day (US)

Total Electricity produced

8.6 kWh

Each Solar Panel produced # of solar panels

460

1.436 kWh@ 25% efficiency 6 panels

461

What if...

I could reconfigure my spaces to generate self-efficient house

50%

with solar panels?

Footprint

52 m2

House area

52 m2

Solarpanels

18.6 m2

Average Electricity Consumption Total Electricity produced Each Solar Panel produced # of solar panels

462

30 kWh/day (US) 15.8 kWh 1.436 kWh@ 25% efficiency 11 panels

463

What if...

I could reconfigure my spaces to generate self-efficient house

75%

with solar panels?

Footprint

56 m2

House area

56 m2

Solarpanels

23.5 m2

Average Electricity Consumption Total Electricity produced Each Solar Panel produced # of solar panels

464

30 kWh/day (US) 20.8 kWh 1.436 kWh@ 25% efficiency 14.5 panels

465

What if...

I could reconfigure my spaces to generate self-efficient house

100%

with solar panels?

Footprint

58 m2

House area

58 m2

Solarpanels

34 m2

Average Electricity Consumption Total Electricity produced Each Solar Panel produced # of solar panels

466

30 kWh/day (US) 30.1 kWh 1.436 kWh@ 25% efficiency 21 panels

467

This fascination explores a series of scenarios where a living unit could become energy self-sufficient, namely from solar, wind. By manipulating and reconfiguring typology of rooms

468

What if...

I could reconfigure my spaces to generate self-efficient house with wind turbines?

469

What if...

0%

I could reconfigure my spaces to generate self-efficient house with wind turbines?

Footprint

47 m2

House area

47 m2

Turbine Ă˜

0.6 m2

Average Electricity Consumption

470

30 kWh/day (US)

Total Electricity produced

0 kWh

Each Turbine produced

0 kWh@ 25% efficiency 5.5m/s

# of turbines

0 turbine

471

What if...

25%

I could reconfigure my spaces to generate self-efficient house with wind turbines?

Footprint

43.2 m2

House area

100 m2

Turbine Ă˜

0.6 m2

Average Electricity Consumption

30 kWh/day (US)

Total Electricity produced

8.4 kWh

Each Turbine produced

1.2 kWh@ 25% efficiency 5.5m/s

# of turbines

472

7 turbine

473

What if...

50%

I could reconfigure my spaces to generate self-efficient house with wind turbines?

Footprint

32.4 m2

House area

100 m2

Turbine Ă˜

0.6 m2

Average Electricity Consumption Total Electricity produced

474

30 kWh/day (US) 15.6 kWh

Each Turbine produced

1.2 kWh@ 25% efficiency 5.5m/s

# of turbines

13 turbine

475

What if...

75%

I could reconfigure my spaces to generate self-efficient house with wind turbines?

Footprint

22.3 m2

House area

100 m2

Turbine Ă˜

0.6 m2

Average Electricity Consumption Total Electricity produced

476

30 kWh/day (US) 25.2 kWh

Each Turbine produced

1.2 kWh@ 25% efficiency 5.5m/s

# of turbines

21 turbine

477

What if...

100%

I could reconfigure my spaces to generate self-efficient house with wind turbines?

Footprint

16.7 m2

House area

100 m2

Turbine Ă˜

0.6 m2

Average Electricity Consumption Total Electricity produced

478

30 kWh/day (US) 32.4 kWh

Each Turbine produced

1.2 kWh@ 25% efficiency 5.5m/s

# of turbines

27 turbine

479

Food is one of the first things to take control of in order to become self sufficient. What do you need to eat? How much do you need to eat? What do you want to eat?

How do you grow your food? How much space does that take?

Diet and technology have a big impact on the amount of land used for the production of our food.

These scenarios show the impact of the combinations of these factors.

480

What if...

I would produce my own food?

481

What if...

0%

we produce our own food with standard technology?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 3400

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

374 136 34 136 1156 1054 510 7400 10800

current US diet (BAS) nutrient type daily intake per capita energy (kcal/day) 2844 protein (g/day) 92 fat (g/day) 120 carboydrates (g/day) 363

... and follow the US diet?

482

483

What if...

0%

we produce our own food with standard technology?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 2000

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

360 200 100 20 660 600 60 4500 6500

less meat (OMNI 60) nutrient type daily intake per capita energy (kcal/day) 2153 protein (g/day) 84,2 fat (g/day) 72 carboydrates (g/day) 306,1

... and eat less meat?

484

485

What if...

0%

we produce our own food with standard technology?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 1500

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

345 195 165 15 480 300 0 1000 2500

even less meat (OMNI 20) nutrient type daily intake per capita energy (kcal/day) 2153 protein (g/day) 79 fat (g/day) 71 carboydrates (g/day) 315

... and eat even less meat?

486

487

What if...

0%

we produce our own food with standard technology?

Land type Cropland

Subtype

Land use (m2) 1400

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

350 196 210 14 434

Grazing land Total

196 0 24 1424

vegetarian (OVO) nutrient type daily intake per capita energy (kcal/day) 2153 77,5 protein (g/day) Highlight = direct human consumption

fat (g/day) carboydrates (g/day)

71 320

... and follow a vegetarian diet?

488

489

What if...

0%

we produce our own food with standard technology?

Land type Cropland

Subtype

Land use (m2) 1300

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

351 208 442 13 286

Grazing land Total

0 0 0 1300

vegan (VEG) nutrient type daily intake per capita energy (kcal/day) 2153 74 protein (g/day) Highlight = direct human consumption

fat (g/day) carboydrates (g/day)

66 336

... and follow a vegan diet?

490

491

What if...

25%

we produce our own food with biointensive farming?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 1700

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

187 68 17 68 578 527 255 3700 5400

current US diet (BAS) nutrient type daily intake per capita energy (kcal/day) 2844 protein (g/day) 92 fat (g/day) 120 carboydrates (g/day) 363

... and follow the US diet?

492

493

What if...

25%

we produce our own food with biointensive farming?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 1000

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

180 100 50 10 330 300 30 2250 3250

less meat (OMNI 60) nutrient type daily intake per capita energy (kcal/day) 2153 protein (g/day) 84,2 fat (g/day) 72 carboydrates (g/day) 306,1

... and eat less meat?

494

495

What if...

25%

we produce our own food with biointensive farming?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 750

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

172,5 97,5 82,5 7,5 240 150 0 500 1250

even less meat (OMNI 20) nutrient type daily intake per capita energy (kcal/day) 2153 protein (g/day) 79 fat (g/day) 71 carboydrates (g/day) 315

... and eat even less meat?

496

497

What if...

25%

we produce our own food with biointensive farming?

Land type Cropland

Subtype

Land use (m2) 700

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

175 98 105 7 217

Grazing land Total

98 0 24 724

vegetarian (OVO) nutrient type daily intake per capita energy (kcal/day) 2153 77,5 protein (g/day) Highlight = direct human consumption

fat (g/day) carboydrates (g/day)

71 320

... and follow a vegetarian diet?

498

499

What if...

25%

we produce our own food with biointensive farming?

Land type Cropland

Subtype

Land use (m2) 650

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

175,5 104 221 6,5 143

Grazing land Total

0 0 0 650

vegan (VEG) nutrient type daily intake per capita energy (kcal/day) 2153 74 protein (g/day) Highlight = direct human consumption

fat (g/day) carboydrates (g/day)

66 336

... and follow a vegan diet?

500

501

What if...

50%

we produce our own food with hydroponics?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 680

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

74,8 27,2 6,8 27,2 231,2 210,8 102 1480 2160

current US diet (BAS) nutrient type daily intake per capita energy (kcal/day) 2844 protein (g/day) 92 fat (g/day) 120 carboydrates (g/day) 363

... and follow the US diet?

502

503

What if...

50%

we produce our own food with hydroponics?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 400

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

72 40 20 4 132 120 12 900 1300

less meat (OMNI 60) nutrient type daily intake per capita energy (kcal/day) 2153 protein (g/day) 84,2 fat (g/day) 72 carboydrates (g/day) 306,1

... and eat less meat?

504

505

What if...

50%

we produce our own food with hydroponics?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 300

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

69 39 33 3 96 60 0 200 500

even less meat (OMNI 20) nutrient type daily intake per capita energy (kcal/day) 2153 protein (g/day) 79 fat (g/day) 71 carboydrates (g/day) 315

... and eat even less meat?

506

507

What if...

50%

we produce our own food with hydroponics?

Land type Cropland

Subtype

Land use (m2) 280

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

70 39,2 42 2,8 86,8

Grazing land Total

39,2 0 24 304

vegetarian (OVO) nutrient type daily intake per capita energy (kcal/day) 2153 77,5 protein (g/day) Highlight = direct human consumption

fat (g/day) carboydrates (g/day)

71 320

... and follow a vegetarian diet?

508

509

What if...

50%

we produce our own food with hydroponics?

Land type Cropland

Subtype

Land use (m2) 260

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

70,2 41,6 88,4 2,6 57,2

Grazing land Total

0 0 0 260

vegan (VEG) nutrient type daily intake per capita energy (kcal/day) 2153 74 protein (g/day) Highlight = direct human consumption

fat (g/day) carboydrates (g/day)

66 336

... and follow a vegan diet?

510

511

What if...

75%

we produce our own food with aeroponics?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 340

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

37,4 13,6 3,4 13,6 115,6 105,4 51 740 1080

current US diet (BAS) nutrient type daily intake per capita energy (kcal/day) 2844 protein (g/day) 92 fat (g/day) 120 carboydrates (g/day) 363

... and follow the US diet?

512

513

What if...

75%

we produce our own food with aeroponics?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 200

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

36 20 10 2 66 60 6 450 650

less meat (OMNI 60) nutrient type daily intake per capita energy (kcal/day) 2153 protein (g/day) 84,2 fat (g/day) 72 carboydrates (g/day) 306,1

... and eat less meat?

514

515

What if...

75%

we produce our own food with aeroponics?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 150

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

34,5 19,5 16,5 1,5 48 30 0 100 250

even less meat (OMNI 20) nutrient type daily intake per capita energy (kcal/day) 2153 protein (g/day) 79 fat (g/day) 71 carboydrates (g/day) 315

... and eat even less meat?

516

517

What if...

75%

we produce our own food with aeroponics?

Land type Cropland

Subtype

Land use (m2) 140

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

35 19,6 21 1,4 43,4

Grazing land Total

19,6 0 24 164

vegetarian (OVO) nutrient type daily intake per capita energy (kcal/day) 2153 77,5 protein (g/day) Highlight = direct human consumption

fat (g/day) carboydrates (g/day)

71 320

... and follow a vegetarian diet?

518

519

What if...

75%

we produce our own food with aeroponics?

Land type Cropland

Subtype

Land use (m2) 130

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

35,1 20,8 44,2 1,3 28,6

Grazing land Total

0 0 130

vegan (VEG) nutrient type daily intake per capita energy (kcal/day) 2153 74 protein (g/day) Highlight = direct human consumption

fat (g/day) carboydrates (g/day)

66 336

... and follow a vegan diet?

520

521

What if...

100%

we produce our own food with vertical farming?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 180

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

37,4 13,6 3,4 13,6 115,6 105,4 51 740 920

current US diet (BAS) nutrient type daily intake per capita energy (kcal/day) 2844 protein (g/day) 92 fat (g/day) 120 carboydrates (g/day) 363

... and follow the US diet?

522

523

What if...

100%

we produce our own food with vertical farming?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 108

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

36 20 10 2 66 60 6 450 650

less meat (OMNI 60) nutrient type daily intake per capita energy (kcal/day) 2153 protein (g/day) 84,2 fat (g/day) 72 carboydrates (g/day) 306,1

... and eat less meat?

524

525

What if...

100%

we produce our own food with vertical farming?

Land type Cropland

Grazing land Total

Highlight = direct human consumption

Subtype

Land use (m2) 81

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

345 195 165 15 480 300 0 100 181

even less meat (OMNI 20) nutrient type daily intake per capita energy (kcal/day) 2153 protein (g/day) 79 fat (g/day) 71 carboydrates (g/day) 315

... and eat even less meat?

526

527

What if...

100%

we produce our own food with vertical farming?

Land type Cropland

Subtype

Land use (m2) 76

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

35 19,6 21 1,4 43,4

Grazing land Total

19,6 0 24 100

vegetarian (OVO) nutrient type daily intake per capita energy (kcal/day) 2153 77,5 protein (g/day) Highlight = direct human consumption

fat (g/day) carboydrates (g/day)

71 320

... and follow a vegetarian diet?

528

529

What if...

100%

we produce our own food with vertical farming?

Land type Cropland

Subtype

Land use (m2) 71

grains fruit/veg nuts/pulses sweeteners feed grains/ oilseeds hay pasture

35,1 20,8 44,2 1,3 28,6

Grazing land Total

0 0 0

vegan (VEG) nutrient type daily intake per capita energy (kcal/day) 2153 74 protein (g/day) Highlight = direct human consumption

fat (g/day) carboydrates (g/day)

66 336

... and follow a vegan diet?

530

531

What if...

0%

we integrated vertical farming with our house?

House area

54 m2

Farm area

71 m2

“vertical farming� means aeroponic farming with LED lighting here.

Foodify 532

0.6m

533

What if...

25%

we integrated vertical farming in structural walls?

House area

54 m2

Farm area

88 m2

“vertical farming� means aeroponic farming with LED lighting here.

Foodify 534

0.6m

535

What if...

50%

we integrated vertical farming with partition walls?

House area

43 m2

Farm area

120 m2

“vertical farming� means aeroponic farming with LED lighting here.

Foodify 536

0.6m

537

What if...

75%

we integrated vertical farming with floors?

House area

43 m2

Farm area

144 m2

“vertical farming� means aeroponic farming with LED lighting here.

Foodify 538

0.6m

539

What if... we integrated vertical farming with furniture?

100%

House area Farm area

43 m2 ~160 m2

“vertical farming� means aeroponic farming with LED lighting here.

Foodify 540

0.6m

541

Diet ingredients Food group

Food subgroup

Unit

BAS

OMNI 60

OMNI 20

OVO

VEG

Grains

Whole and refined grains

grams

217,2

198,7

198,7

198,7

198,7

Vegetables

Total vegetables

grams

Dark green vegetables

grams

24,0

39,0

39,0

39,0

39,0

Red and orange vegetables

grams

45,0

123,0

123,0

123,0

123,0

Dry beans, lentils, and peas

grams

16,5

39,0

39,0

39,0

39,0

Starchy vegetables

grams

69,0

120,0

120,0

120,0

120,0

Other vegetables

grams

79,5

97,5

97,5

97,5

97,5

Fruits

All fruit

grams

129,0

288,0

288,0

288,0

288,0

Dairy

All dairy

grams

Cow’s milk products

grams

403,2

444,0

484,8

540,0

0,0

Fluid milk and yogurt

grams

163,2

379,2

412,8

460,8

0,0

Cheese and other dairy

grams

240,0

67,2

72,0

81,6

0,0

Soy milk

grams

n/a

0,0

0,0

0,0

693,6

All protein foods

grams

189,1

164,4

164,4

164,4

164,4

Dry beans, lentils, and peas

grams

n/a

14,5

28,6

43,4

57,3

Nuts

grams

21,8

32,9

46,8

64,9

64,9

Tofu

grams

n/a

18,7

37,1

56,1

42,0

Beef

grams

51,0

26,6

8,8

0,0

0,0

Pork

grams

33,7

17,6

6,0

0,0

0,0

Chicken

grams

42,8

22,4

7,4

0,0

0,0

Turkey

grams

11,1

6,0

2,0

0,0

0,0

Eggs

grams

15,0

19,3

25,2

0,0

0,0

Fish

grams

13,6

7,1

2,3

0,0

0,0

Plant oils

grams

64,5

28,0

28,0

28,0

28,0

Dairy fats

grams

7,3

1,1

1,1

1,1

0,0

Animal fat (lard and tallow)

grams allowed in diet

2,9

0,3

0,1

0,0

0,0

All sweeteners

grams

101,2

25,31

15,19

15,19

15,19

Protein

Added fats

Sweeteners

Assumptions regarding diet + tech land use Technology The factors for increasing farming output because of improved technology are averaged between different sources. Yield improvement factors vary wildly for the level of advancement of the applied technology and for specific crops. Assumed yield improvement factors: bio: x2, hydro: x5, aero: x10.

Grazing land Grazing land is both for growing animal food and their need for movement. The diets were modeled with animals grazing and eating harvested crops.

When hydroponics/aeroponics are used to grow the food for animals, the grazing land and the cropland are reduced by the general land reduce factor.

Assumed is that an increasing share of the animal food is cultivated and harvested.

For the vegetarian diet there is no grazing land at all. For these diets food rations for animals were modeled with only harvested crops. A minimum land need to keep these animals is used as grazing land.

Table format and data for diets taken from: https://www.elementascience.org/articles/116/tabs/figures_and_data

542

543

Products

544

545

What if...

We lived in a data center?

546

547

tle

What if...

0%

0.6m

548

549

Title

tle

What if...

25%

0.6m

550

551

Title

tle

What if...

50%

0.6m

552

553

Title

tle

What if...

75%

0.6m

554

555

Title

tle

What if...

100%

0.6m

556

557

What if... we had a lot of furniture to store things?

558

559

tle

What if...

0%

0.6m

560

561

Title

tle

What if...

25%

0.6m

562

563

Title

tle

What if...

50%

0.6m

564

565

Title

tle

What if...

75%

0.6m

566

567

Title

tle

What if...

100%

0.6m

568

569

What if...

We used the floor as a storage?

570

571

tle

What if...

0%

0.6m

572

573

Title

tle

What if...

25%

0.6m

574

575

Title

tle

What if...

50%

0.6m

576

577

Title

tle

What if...

75%

0.6m

578

579

Title

tle

What if...

100%

0.6m

580

581

What if...

We needed to keep everything on display?

582

583

tle

What if...

0%

0.6m

584

585

Title

tle

What if...

25%

0.6m

586

587

Title

tle

What if...

50%

0.6m

588

589

Title

tle

What if...

75%

0.6m

590

591

Title

tle

What if...

100%

0.6m

592

593

Imagine living in a block where you have access to whatever you please in your house, whether it be a climbing wall, a runing circuit, a pool, a garden ,welding machines and more.

594

What if...

I would live in a house with climbing walls?

595

What if...

I would live in a house without climbing walls?

Area Volume Footprint

0%

47 m2 171 m3 47 m2

Climable wall

0 m2

Grip density(S)

10 1/m2

Grip density(M) 7.5 1/m2 Grip density(L)

The Tree 596

5 1/m2

0.6m

0.6

m .6m 0

597

What if...

I would live in a house accessible with climbing walls?

Area Volume

25%

47 m2 162 m3

Footprint

12 m2

Climable wall

7.2 m2

Grip density(S)

10 1/m2

Grip density(M) 7.5 1/m2 Grip density(L)

The Tree 598

5 1/m2

0.6m

0.6

m .6m 0

599

What if...

I would live in a house with climbing walls?

Area Volume Footprint Climable wall Grip density(S)

50%

42 m2 150 m3 6 m2 19.8 m2 10 1/m2

Grip density(M) 7.5 1/m2 Grip density(L)

The Tree 600

5 1/m2

0.6m

0.6

m .6m 0

601

What if...

I would live in a house with climbing walls?

Area Volume

75%

42 m2 100.5 m3

Footprint Climable wall Grip density(S)

3.6 m2 33.5 m2 10 1/m2

Grip density(M) 7.5 1/m2 Grip density(L)

The Tree 602

5 1/m2

0.6m

0.6

m .6m 0

603

What if...

I would live in a house with climbing walls?

Area Volume

100%

28 m2 153.8 m3

Footprint Climable wall Grip density(S)

3.6 m2 23.8 m2 10 1/m2

Grip density(M) 7.5 1/m2 Grip density(L)

The Tree 604

5 1/m2

0.6m

0.6

m .6m 0

605

Imagine living in a block where you have access to whatever you please in your house, whether it be a climbing wall, a runing circuit, a pool, a garden ,welding machines and more.

606

What if...

I would live in a house with climbing walls?

607

What if...

I would live in a house without climbing walls?

Area Volume Footprint

0%

47 m2 171 m3 47 m2

Climable wall

0 m2

Grip density(S)

10 1/m2

Grip density(M) 7.5 1/m2 Grip density(L)

The Ladder 608

5 1/m2

0.6m

0.6

m .6m 0

609

What if...

I would live in a house accessible with climbing walls?

Area Volume

25%

47 m2 162 m3

Footprint

12 m2

Climable wall

7.2 m2

Grip density(S)

10 1/m2

Grip density(M) 7.5 1/m2 Grip density(L)

The Ladder 610

5 1/m2

0.6m

0.6

m .6m 0

611

What if...

I would live in a house with climbing walls?

Area Volume Footprint Climable wall Grip density(S)

50%

42 m2 150 m3 6 m2 19.8 m2 10 1/m2

Grip density(M) 7.5 1/m2 Grip density(L)

The Ladder 612

5 1/m2

0.6m

0.6

m .6m 0

613

What if...

I would live in a house with climbing walls?

Area Volume

75%

42 m2 100.5 m3

Footprint Climable wall Grip density(S)

3.6 m2 33.5 m2 10 1/m2

Grip density(M) 7.5 1/m2 Grip density(L)

The Ladder 614

5 1/m2

0.6m

0.6

m .6m 0

615

What if...

I would live in a house with climbing walls?

Area Volume

100%

28 m2 153.8 m3

Footprint Climable wall Grip density(S)

3.6 m2 23.8 m2 10 1/m2

Grip density(M) 7.5 1/m2 Grip density(L)

The Ladder 616

5 1/m2

0.6m

0.6

m .6m 0

617

Imagine living in a block where you have access to whatever you please in your house, whether it be a climbing wall, a runing circuit, a pool, a garden ,welding machines and more.

618

What if...

I would live in a house with a running track?

619

What if...

I would live in a house without a running track?

Area Volume Footprint Track

New York 620

0%

47 m2 171 m3 47 m2 0 m2

0.6m

0.6

m .6m 0

621

What if...

I would live in a house accessible with a running track?

Area Volume

New York 622

25%

85 m2 257 m3

Footprint

85 m2

Track

39 m2

0.6m

0.6

m .6m 0

623

What if...

I would live in a house with a running track?

Area

115 m2

Volume

349 m3

Footprint

115 m2

Track

New York 624

50%

73 m2

0.6m

0.6

m .6m 0

625

What if...

I would live in a house with a running track?

New York 626

Area

131 m2

Volume

394 m3

Footprint

131 m2

Track

89.4 m2

75%

0.6m

0.6

m .6m 0

627

What if...

I would live in a house with a running track?

New York 628

Area

99.7 m2

Volume

300 m3

Footprint

99.7 m2

Track

79.9 m2

100%

0.6m

0.6

m .6m 0

629

Imagine living in a block where you have access to whatever you please in your house, whether it be a climbing wall, a runing circuit, a pool, a garden ,welding machines and more.

630

What if...

I would live in a house with an olympic swimming pool?

631

What if...

I would live in a house without a pool?

Temperature

26.5 ËšC

Area

Light

1500 lux

Volume

Long pool

50 m

Short pool

25 m1

Lane

2.5 m1

The River 632

1

Footprint Pool

0%

47 m2 171 m3 47 m2 0 m2

0.6m

0.6

m .6m 0

633

What if...

I would live in a house with a pool?

Temperature

26.5 ËšC

Area

Light

1500 lux

Volume

Long pool

50 m

Short pool

25 m1

Lane

2.5 m1

The River 634

1

25%

85 m2 257 m3

Footprint

85 m2

Pool

39 m2

0.6m

0.6

m .6m 0

635

What if...

I would live in a house with a pool?

Temperature

26.5 ËšC

Area

115 m2

Light

1500 lux

Volume

349 m3

Footprint

115 m2

Long pool

50 m

Short pool

25 m1

Lane

2.5 m1

The River 636

1

Pool

50%

73 m2

0.6m

0.6

m .6m 0

637

What if...

I would live in a house with a pool?

Temperature

26.5 ËšC

Area

131 m2

Light

1500 lux

Volume

394 m3

Footprint

131 m2

Pool

89.4 m2

Long pool

50 m

Short pool

25 m1

Lane

2.5 m1

The River 638

1

75%

0.6m

0.6

m .6m 0

639

What if...

I would live in a house with a pool?

Temperature

26.5 ËšC

Area

99.7 m2

Light

1500 lux

Volume

300 m3

Footprint

99.7 m2

Pool

79.9 m2

Long pool

50 m

Short pool

25 m1

Lane

2.5 m1

The River 640

1

100%

0.6m

0.6

m .6m 0

641

Imagine living in a block where you have access to whatever you please in your house, whether it be a climbing wall, a runing circuit, a pool, a garden ,welding machines and more.

642

What if...

I would live in a house with a basketball court?

643

What if...

I would live in a house without a basketball court

Temperature Light

18 ËšC 1000 lux

Area Volume Footprint Court

The River 644

0%

47 m2 171 m3 47 m2 0 m2

0.6m

0.6

m .6m 0

645

What if...

I would live in a house accessible with a basketball court?

Temperature Light

18 ËšC 1000 lux

The River 646

Area Volume

25%

85 m2 257 m3

Footprint

85 m2

Court

39 m2

0.6m

0.6

m .6m 0

647

What if...

I would live in a house accessible with a basketball court?

Temperature Light

18 ËšC 1000 lux

Area

115 m2

Volume

349 m3

Footprint

115 m2

Court

The River 648

50%

73 m2

0.6m

0.6

m .6m 0

649

What if...

I would live in a house accessible with a basketball court?

Temperature Light

18 ËšC 1000 lux

The River 650

Area

131 m2

Volume

394 m3

Footprint

131 m2

Court

89.4 m2

75%

0.6m

0.6

m .6m 0

651

What if...

I would live in a house accessible with a basketball court?

Temperature Light

18 ËšC 1000 lux

The River 652

Area

99.7 m2

Volume

300 m3

Footprint

99.7 m2

Court

79.9 m2

100%

0.6m

0.6

m .6m 0

653

MAINFRAME 655 654

The Makers Overview During exercise one, the different scenarios propose different houses based on a transformation of a standard scenario. These different approaches are analysed and put into a ‘housemaker’ that can recreate the previously shown scenarios.

Additionally the world is analysed, from this a context should derive which poses constraints for the posed scenarios, hence the ‘contextmaker’.

As the different scenarios are combined into the block, an environment of negotiation should be created. This is where the role of the ‘blockmaker’ is introduced.

W World Collector

C Context Maker

B Block Maker

H H H House Maker

What if...?

656

657

Context Maker CONTEXT MAKER

To create an environment for the block to be in, the world data is converted into parameters used as a reference.

These parameters can be adjusted to fit a what if scenario.

HOUSE MAKER

The user’s needs are predefined using a standard house and converted into parameters. These will change accordingly to the users desires, defined by the what if scenario.

BLOCK MAKER

The information from the contextmaker and the housemaker are combined and assembled. The blockmaker functions as a forum for the user’s desires to debate corresponding to the constraints given by the context.

658

World City World average

WC

Input

Output Reference City

City /location

RC

Density Diversity Porosity Collectiveness Accesibility What If...?

(y)our City

YC 659

House Maker CONTEXT MAKER

To create an environment for the block to be in, the world data is converted into parameters used as a reference.

These parameters can be adjusted to fit a what if scenario.

HOUSE MAKER

The user’s needs are predefined using a standard house and converted into parameters. These will change accordingly to the users desires, defined by the what if scenario.

BLOCK MAKER

The information from the contextmaker and the housemaker are combined and assembled. The blockmaker functions as a forum for the user’s desires to debate corresponding to the constraints given by the context.

660

World House World average

WH

Input User Needs Sleeping area Bathing area Dressing area Cooking area Seating area Storage area Entrance area

Parameters Area Volume Adjacency Light Noise Ventilation Organization typology Ceiling height

What If...?

User Desires Ceiling height Large kitchen Organization typology

Geometry of: Needs Wants Shares

Output Reference House

Parameters Area Volume Adjacency Light Noise Ventilation Organization typology Ceiling height

RH

Geometry of: Needs Wants Shares

(y)our House

YH

Geometry of: Needs Wants Shares

661

Block Maker CONTEXT MAKER

To create an environment for the block to be in, the world data is converted into parameters used as a reference.

These parameters can be adjusted to fit a what if scenario.

HOUSE MAKER

The user’s needs are predefined using a standard house and converted into parameters. These will change accordingly to the users desires, defined by the what if scenario.

Input

Input

CM

HM

City /location Density Diversity Porosity Collectiveness Accesibility

BM

Geaometry of: Needs Wants Shares

BLOCK MAKER

The information from the context maker and the house maker are combined and assembled. The block maker functions as a forum for the user’s desires to debate corresponding to the constraints given by the context.

662

Output Arrangement Number of houses acces/pipes

663

Credits

STUDENTS

Floris van der Burght Sietse van Elderen Matteo Faduto Cheuk Ming Cheung Josef Odvรกrka Roman Oost Veerasu Sae-Tae Minck Simonis Boudewijn Thomas Annelot Wartna

TEACHERS

Javier Arpa Fernandez Patrick Janssen Winy Maas Adrien Ravon Arend van Waart

664

665