Final vs hanishi

4

1. CHIMNEY

PERMANENT EXIT ROUTE TO AIR

2.ROYAL CHAMBER

BIGGEST_INNERMOST_MOST INSULATED

3.STORAGE CHAMBERS

SECOND LARGEST_INSULATED

4.RIDGE

MUD FILLED SPACES WITH TUNNELS AND SHAFTS

5.SURFACE

CHARACTERIZED BY OPENINGS

5

2

3

1

SCHEMATIC MODEL

TERMITE MOUND

SURFACE OPENINGS

ENTRY OF WIND

VENTILATION

HANISHI SHAH 08-26

SCHEMATIC MODEL

SURFACE OPENINGS CHIMNEY

ENTRY OF WIND EXIT OF WIND

VENTILATION

HANISHI SHAH 08-26

SCHEMATIC MODEL

SURFACE OPENINGS CHIMNEY

ENTRY OF WIND EXIT OF WIND

LATERAL CONNECTIVES

VERTICAL SHAFTS

LOOPING CONVECTION

VENTILATION

HANISHI SHAH 08-26

SCHEMATIC MODEL

BUFFER ZONES

MOST INSULATEDDOMINATED BY WINDS

FORCED CONVECTION

MIXING ZONES

NATURAL CONVECTION

VARIABLE ZONE BUFFER ZONE STABLE ZONE

UNITS WITH MAXIMUM

CONNECTIVITY

INDEPENDENT UNITS SINGLE BIG SPACES

ZONING

HANISHI SHAH 08-26

SCHEMATIC MODEL

x

x

FILLED UNIT_ CONSTANT_STANDARD DIMENSION ( 'X' x 'X' x 'X' )

DEPOSITED ON THE BASIS OF INTRINSIC FACTORS

SHIFTED/REMOVED ON THE BASIS OF EXTRINSIC FACTORS

VOID/HABITABLE SPACES_ VARIABLE

RESIDUAL SPACES LEFT BETWEEN FILLED UNITS

SCHEMATIC MODEL_ TERMITE MOUND

BASIC COMPONENTS

HANISHI SHAH 08-26

QUEEN PHEROMONE_ DISTANCE PARAMETER

REPELLOR_FILLED UNITS ALLOWED ONLY ON ITS PERIPHERY

CEMENT PHEROMONE_ADHESION PARAMETER

ATTRACTOR_FILLED UNITS GET ATTACHED

TRAIL PHEROMONE_ DIRECTION PARAMETER

ALIGNER_ UNITS GETS ALIGNED TO MAXIMIZE SUSTAINIBILITY

A B

B:A

1:1/1:2

STRUCTURE

VARIABLES AND RULES

HANISHI SHAH 08-26


UNITS WITH MAXIMUM

CONNECTIVITY


WIND ROUTE

PROPORTIONS

HANISHI SHAH 08-26


UNITS WITH MAXIMUM

CONNECTIVITY


8x 8x 8x 8x

PRIVATE SPACES

LIVING SPACES

16x

8x 8x16x

16x

8x

16x 16x 16x

16x 16x 16x

16x 16x 16x16x

WIND ROUTE

PROPORTIONS

8x

8x

8x

8x

8x

12x

16x

16x

16x

COOLING

ZONE

MIXING

ZONE

INSULATED

ZONE

forced

convection

buffer

zone

stable

zone

ISOLATED

PRIVATE

UNITS

INTERIOR

BALCONIES/

COURTYARDS

CENTRAL

SPACES

SYSTEMIC

ROLE

VENTILATION

CONDITION

PROGRAMMATIC

TRANSLATION

SYSTEMIC AND PROGRAMMATIC RELATIONSHIP

FUNCTION AND PROPORTION

HANISHI SHAH 08-26

POOL

ROOF

UPPER LEVEL

GROUND

BASEMENT

CASE STUDY

POSITIONING OF PROGRAMS

HANISHI SHAH 08-26

1 2

2 4

1 4

6 8

BEDROOM MASTER BEDROOM LIVING ROOM FORMAL LIVING ROOM

PLAN SECTION

3 HABITABLE ZONES:

PLAN RATIO

SECTIONAL RATIO

1

2

3

1

2

3

SYSTEMIC AND PROGRAMMATIC PROPORTIONS

PERMISSIBLE UNIT MULTIPLES AS PER SYSTEM

HANISHI SHAH 08-26

A

B

C

3M X 3M 4M X 4M 4.5M X 4.5M

BEDROOM MASTER BEDROOMLIVING ROOM FORMAL LIVING ROOM

TYPE A

3

4

4.5

BEDROOM MASTER BEDROOMLIVING ROOM FORMAL LIVING ROOM

TYPE B

BEDROOM MASTER BEDROOMLIVING ROOM

FORMAL LIVING ROOM

TYPE C

3 66

6

4 8

8

8

9

9

94.5

3 4 4.5

3 3

3

4 4

4

6

8

9

4.5

4.5

4.5

HANISHI SHAH 08-26

VILLA TYPOLOGIES

AREA AND DIMENSION

SINGLE MODULE BUILT UP

CORE


TYPE 2 ATTACHMENT

HANISHI SHAH 08-26


TYPE 1 ATTACHMENT


BUFFER ZONE FILLING


BUFFER ZONE FILLING


BUFFER ZONE FILLING

MASS AND VOID

WALLS, OPENINGS, VOLUMES

HANISHI SHAH 08-26

LIVING

ROOM

FORMAL

LIVING

ROOM

MASTER

BEDROOM

BEDROOM

FORMAL

LIVING

ROOM

LIVING

ROOM

MASTER

BEDROOM

BEDROOM


HANISHI SHAH 08-26

MODULES

MASTER

BEDROOM

LIVING

ROOM

FORMAL

LIVING

ROOM

LIVING

ROOM

FORMAL

LIVING

ROOM

LIVING

ROOM

FORMAL

LIVING

ROOM

MASTER

BEDROOM

SECTION

SECTION

MASTER

BEDROOM

BEDROOM


HANISHI SHAH 08-26

ATTATCHMENTS

LIVING

ROOM

FORMAL

LIVING

ROOM

MASTER

BEDROOM

SECTION

BEDROOM

BEDROOM


HANISHI SHAH 08-26

ATTATCHMENTS

LIVING

ROOM

FORMAL

LIVING

ROOM

MASTER

BEDROOM

BEDROOM

BEDROOM

BEDROOM

BEDROOM

BEDROOM

BEDROOM

BEDROOM


HANISHI SHAH 08-26

ATTATCHMENTS

LIVING

ROOM

FORMAL

LIVING

ROOM

MASTER

BEDROOM

BEDROOM

BEDROOM

BEDROOM

BEDROOM

BEDROOM

BEDROOM

BEDROOM


HANISHI SHAH 08-26

WIND ROUTE

LIVING

ROOM

FORMAL

LIVING

ROOM

MASTER

BEDROOM

BEDROOM

BEDROOM

BEDROOM

BEDROOM

BEDROOM

BEDROOM

BEDROOM

LIVING

ROOM

FORMAL

LIVING

ROOM

MASTER

BEDROOM

BEDROOM

LIVING

ROOM

BEDROOM

BEDROOM

BEDROOM


WIND ROUTE

HANISHI SHAH 08-26

WIND MAPPING- G TO G+4

SITE STRATEGY

HANISHI SHAH 08-26

SITE STRATEGY

WIND MAPPING- G+4 TO G+8

HANISHI SHAH 08-26

SITE STRATEGY

WIND MAPPING- G + 8 TO G + 20

HANISHI SHAH 08-26

SITE STRATEGY

ZONING + MASSING

HANISHI SHAH 08-26

SITE STRATEGY

ZONING + MASSING

G TO G+4

> G+8 CASE 1

G+4 TO G+8

> G+8 CASE 2

1+2 PODIUM

A 1+A 2

A 3+A 4

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

REFUGE

B 1+B 2

A 5+A 6

B 3+B 4

19

20

21

C

A 7+A 8

1+2 PODIUM

A 1+A 2

A 3+A 4

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

REFUGE

B 1+B 2

A 5+A 6

B 3+B 4

19

20

21

C

A 7+A 8

REFUGE

22

REFUGE

1+2 PODIUM

A 1+A 2

A 3+A 4

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

REFUGE

B 1+B 2

A 5+A 6

B 3+B 4

19

20

21

C

A 7+A 8

REFUGE

1+2 PODIUM

A 1+A 2

A 3+A 4

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

REFUGE

B 1+B 2

A 5+A 6

B 3+B 4

19

20

21

C

A 7+A 8

22

REFUGE

1+2 PODIUM

A 1+A 2

A 3+A 4

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

REFUGE

B 1+B 2

A 5+A 6

B 3+B 4

19

20

21

C

A 7+A 8

22

REFUGE

1+2 PODIUM

A 1+A 2

A 3+A 4

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

REFUGE

B 1+B 2

A 5+A 6

B 3+B 4

19

20

21

C

A 7+A 8

22

REFUGE

HANISHI SHAH 08-26

TYPOLOGIES

INTER-TYPE RELATIONSHIP

HANISHI SHAH 08-26

TYPOLOGIES

ZONING + MASSING OF EACH UNIT

C: 20 + 21+ 23A7 A8 : 18 + 19

B3 B4 : 12 + 13 + 14 A5 A6 : 16 + 17

B1 B2 : 9 + 10 + 11A3 A4 : 5 + 6

HANISHI SHAH 08-26

SECTION

BLOCK PLACEMENT

1+2 PODIUM

A 1+A 2

A 3+A 4

B 1+B 2

A 5+A 6

B 3+B 4

C

A 7+A 8

1

2

3

4

5

6

7

9

10

11

12

13

14

15

16

17

18

19

G

REFUGE

REFUGE

8

7

1

2

HANISHI SHAH 08-26

TYPOLOGIES

ZONING + MASSING OF EACH UNIT

DEVELOPMENT OF PLAN

A1 A2: 3 + 4

HANISHI SHAH 08-26

HANISHI SHAH 08-26

DEVELOPMENT OF PLAN

A1 A2: 3 + 4

Final vs hanishi

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