Non Stop Narrative by Aulia Gina Aisha

Page 1

a portfolio by aulia gina aisha

non stop narrative PUBLICATION UNIT ARCHITECTURE UPH



Non Stop Narrative a portfolio by AULIA GINA AISHA

PUBLICATION UNIT ARCHITECTURE UPH


PUBLISHED BY:

PUBLICATION UNIT ARCHITECTURE UPH Boulevard 1100 Lippo Village Tangerang

All writings and printed materials in the Publication may only be reproduced with the permission of the editor. Opinions expressed in the article publication are those of the authors


Non Stop Narrative EDITOR Felicia Yosefanny Florentia Michelle Ananta William Ferdinand DESIGN COVER Felicia Yosefanny Aulia Gina Aisha GRAPHICS Aulia Gina Aisha TEXT Aulia Gina Aisha

Publication Unit Pelita Harapan Architecture Tangerang, 15811, Banten


Aulia Gina Aisha

DOB:

Jakarta, March 10th 2001

Contact:

auliaginasasha@gmail.com / +62 87808077703

Education:

Universitas Pelita Harapan 2019 - present

Proficiency:

After effects, Autocad, Excel, Illustrator, Indesign, Photoshop, Premiere, Sketchup, Word

Language:

Indonesian - Native English - Fluent


Content

05 Preface 07 Non-Stop Narrative 19 Site Analysis 51 Non-Human Entities 53 Zoning 67 Massing Development 81 Schematic Section 91 Building Footprint 93 Building Design 117 Tectonics 123 Collage

3


SDA 2021

The objective of the this assignment is to formulate problem in educational institution during pandemic and identified formulation of the problem based on research analysis. Subsequently compose an arguments about the reason for raising certain problem or scenarios based on data and theory and capable to convey the idea through representation drawing. Site interventions and tectonic explorations are the basic requirements as a means to design the previous school ideation. Few explorations have been conducted to mitigate certain issue regarding the physical and non-physical apects from the chosen site.

Preface


5



Non-stop Narrative

7



What if school can always live by combining school and co-working space function and also bestow upon the user freedom to design their space without mutual agreement?


15 Schools Analysis


Flexible Properties of Space

1

2

3

4

5

1. Fluidity : represents the design of space for flows of individuals, sight, sound and air (Caudill, 1954). 2. Versatility : indicates the property of space that allow for multiple uses. 3. Convertibility : designates the ease of adapting educational space for new uses. Space designed for convertibility requires an imagination for future eventualities; it should possess a degree of modularity and open-endedness at a structural level, a design open to re-design by others (Brubaker, 1998). 4. Scaleability : describes the property of space for expansion and contraction (Brubaker, 1998). 5. Modifiability : is the spatial property which invites active manipulation and appropriation (Legget et al. 1977). 11



13


Non- Stop Narrative

Then Conventional School


Now School + Co-working Space

15


C ycle of Moving Units large group discussion (5x8m)

small group discussion (5x4m)

individual space (3x3m)

learning setting scenario


o

cycle of moving units scenario

8am to 12pm

12pm to 4pm

4pm to 7pm

7pm to 10pm 17



Site-Analysis

19


Site Location Ta m a n D i p o n e g o r o 6 ° 1 4’ 20. 4”S 1 0 6 ° 35’ 4 2 .5” E

12

00

sq

m


m

21


Site Context

Site


Vegetation

Street

23


Site Analysis | Non-physical Qualities | View on Site


25


Ve g e ta t i o n D i s t r i b u t i o n


27


Wind Movement


29


Humidity Distribution


31


Shadow Casting Operation by Time


33


Shadow Casting Operation Simulation on Site


35


A v e r a g e Te m p e r a t u r e

32.7°C

j a

n

32.2°C

f e b

m a r

31.6°C

a p r

33.1°C

m a y

j u

n


30.5°C

j u l

30°C

a u g

29.4°C

s e p

o c t

28.8°C

n o v

d e c

37


Site Analysis | Physical Qualities Site Contour

-10

-5 0 5 15 10

10

15

5

30

m

10

40 m

5

0

10 15


m

5

10

15

20 5

25

39


Contour Section

+1,5m

+1,5m


41


V e g e t a t i o n Ty p o l o g i e s

+6m


+4,5m

+1m

+0,5m

43


Ve g e ta t i o n D i s t r i b u t i o n o n S i te


45


Ve h i c u l a r a n d Pe d e s t r i a n C i rc u l a t i o n


47


Public Private


Private

Private

49


S o l i d Vo i d


Solid

Void

51


Zoning


53



Non-human Entities

55



Non-human Entities

57


Apparatus Concept


Ve n t i l a t i o n E f fe c t o n H u m i d i t y

59


Psychometric Chart

42

80 %

34

60 %

10

0%

38

40 %

30

26

30

%

22

18

14

comfort zone

10

6

40

35

30

25

20

15

10

5

0

2

°C


Inlet and Outlet Size

100%

100%

70%

130%

inlets and outlets should be the same size. If they cannot be the same size, the inlet should be smaller to mazimize the velocity (After Art Bowen, 1981) catch the breeze: locate on a hill or raise above the ground at an angle of 20-40 degree to the prevailing wind Elevation - Rear

61


Non-human Entities | Detail

A(c)

A(b)

A(a)

A(d)

Elevation - Top

Elevation - Side

Elevation - Front


A(a)

Elevation - Rear

A(b)

Elevation - Side

A(c)

A(d)

63


Non-human Entities | View From Inside


65



Massing Development

67


A Library of Hand-sketch | Massing Exploration


69


M a s s i n g D eve l o p m e n t | Ve r t i c a l H o r i zo n ta l A x i s


71


Massing Development | Overheating Protection


73


Massing Development | Split


75


Massing Development | Add - Merge


77


Massing Development | Subtract - Grade


79


Massing Development | Leveling


81



precedent 01

Submerged Concert Hall by Peter Haimerl Architektur

concert house

83


Spatial Strategy | Site View



Spatial Strategy | View from Inside


87



89


Building Footprint

Accesibility

Public 35.8% Parking Area

Restroom

Lobby

Semi-Private 49,8%

al and Performing Arts Hall Visual

Sports Area Classroom Visual and Performing Arts Hall Lounge Area

Classroom

Private 10.4% STEAM Lab ST Library ry

Ser Service 4%

m Restroom

Restroom om Storage orag

Restroom Lobby

STEAM Lab


Dimension

336 m2

120 m2

130 m2

130 m2

50 m2

50 m2 Storage

50 m2

9,6 6 m2 m 29,6 Outdoor Sports Area

9 m2 2

Parking rkin Area

9 m2

Library

Outdoor Lounge Area

Total Fo Tota Footprint otpr 963.6 63 m2 91



Building Design

93


Then Conventional School

Now

School + Co-working


g Space

95



Studying Pod Scale +1.75m

97


Ve r t i c a l a n d H o r i zo n ta l C i rc u l a t i o n


Exit

Entry

Human Circulation Vehicular Circulation

99


Foldable Furniture Accessibility

2,8m

1,3m


0,6m

1,2m

0,98m

0,46 m

m 0,76

2,4

4m

101



precedent 02

B a m b o o Ve i l H o u s e by W a l l f l owe r A rc h i te c t u re + D e s i g n

103


Site Plan


105


Ground Floor

12

8

6

5

9

1. Classroom 2. Storage Room 3. Restroom 4. Visual and Performing Arts Hall 5. Staff and Administration Office 6. Library 7. STEAM Lab 8. Lobby 9. Outdoor Lounge Area 10. Studying Pod 11. Outdoor Sports Area 12. Basement

2

10

20


7

107


First Floor

2

11

3

Entry

Entry

1 8

+5200

9

1. Classroom 2. Storage Room 3. Restroom 4. Visual and Performing Arts Hall 5. Staff and Administration Office 6. Library 7. STEAM Lab 8. Lobby 9. Outdoor Lounge Area 10. Studying Pod 11. Outdoor Sports Area 12. Basement

2

10

20


109


Second Floor

+7200

1 +5200

4 2

1. Classroom 2. Storage Room 3. Restroom 4. Visual and Performing Arts Hall 5. Staff and Administration Office 6. Library 7. STEAM Lab 8. Lobby 9. Outdoor Lounge Area 10. Studying Pod 11. Outdoor Sports Area 12. Basement

2

10

20

3


+4540

111


Schematic Section


2

10

20 81



2

10

20 115



Te c t o n i c

117


Gutter and Sunscreen Detail

Water Pipe

Gutter

Water Pipe and Gutter


Sunscreen and Blackout Screen

119


Gypsum Ceiling


121



123



125



127



129



131



133



135



137



139



SDA 2021

4RD Semester

January - April 2021

141


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