ZAIN QURESHI - PORTFOLIO

PROFESSIONAL PRACTICE

PORTFOLIO

INTERNATIONAL SCHOOL LAHORE

CHATSWORTH HOUSE

WEYBRIDGE APARTMENTS

UPPER GREEN WEST APARTMENTS

AANVI OFFICE

KING LANE HOUSE

EDUCATIONAL

CANARY MORPH RETHINKING THE URBAN FABRIC

HOUSE FOR DAD,DOVER ARTS DEVELOPMENT

TEMPORAL PARADOX DEAL CASTLE

ZAIN QURESHI

KICKSTART CO-WORKING

2

REVIVAL OF ROHTAS FORT

SCHOOL FOR ART & CULTURE

HOPE HOSPITAL

3

Pakistan, United KIngdom & Canada

Co-Working - Commericial

Educational

Tech Compnay -Commericial

Residential

Recruitment -Commericial

Commericial - Interior

Cosmestics -Commericial

Commercial

5 4

TYPOLOGIES PROFESSIONAL PRACTICE

12'-10"

27'

9"

1'-6

V13 D8

RM RD GUA X10'-0" 6'-3"

D7

" BATHX4'-0 6'-3"

6'-3

W12

+0'-0"

"

"

+1'-6"

12'-5"

7'

V1

1'-6

"

5'-9

"

" 1'-6

V2

V3

D2

12'

V4

W8

9"

D2

W8

DD1

KITCHEN 11'-721"X11'-712"

BATH X4'-0" 6'-3"

D7

+7-0"

TERRACE 58'-9"X69'-1021"

D8 V13

D4

D4

WASH-UP AREA 8'-0"X11'-3"

W9

W6

W2

W6

V10

V10

Sill=+7'-0" Lintel=Till Ceiling Height From T.F.F.L

Sill=+7'-0" Lintel=Till Ceiling V9 Height From T.F.F.L

Sill=+7'-0" Lintel=Till Ceiling Height From T.F.F.L

Sill=+7'-0" Lintel=Till Ceiling V9 Height From T.F.F.L

Sill=+7'-0" Lintel=Till Ceiling Height From T.F.F.L

Sill=+7'-0" Lintel=Till Ceiling Height From T.F.F.L

Sill=+7'-0" Lintel=Till Ceiling Height From T.F.F.L

2'

D4

D4

D4

D4

STORE 8'-0"X10'-0"

V2

Sill=+0'-0"

Sill=+0'-0"

16'-6"

8'

2'

6"

J.C.

J.C.

6'-3"

6'-3"

15'-3"X11'721" 2'

D5

Sill=+0'-0"

From T.F.F.L

6"

D1

Sill=+0'-0"

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

LIFT 8'-0"X7'-0"

8'

6'-23 4"

W7 D7

W8

W7

W6

4'-55 Sill=+7'-0" 8" 10'-77 Lintel=Till 8" V14 Ceiling PREP RM Height 1" 10'-8"X9'-7 2 From T.F.F.L

6"

STAGE

+23'-0"

V2

6'-21 8"

D6

6"

V4

6" 6"

W5

W5

+25'-0"

W5

+26'-0"

W2

V14

22'

From T.F.F.L

AUDITORIUM 66'-3"X32'-9"

+28'-0"

W5

1'-3" 2'-3" 2'

8'-9" 7'-9" V11

2'

6'-07 8"

4'-21" 8

3'-6"

V8

V1

11'-13 4"

7 15'-3 14'-3 V108"

Sill=+7'-0" Lintel=Till Ceiling Height From T.F.F.L

22'-6"

24'-0"X24'-0"

CR

24'

9'-6" 22'-6"

6"

W4

W4

D1

D1

6"

W2

4'

Lintel=+8'-0" From T.F.F.L

2' 4' 6"Sill=+0'-0" 6"

W4

W4

6" 6" 2' 3'-6"

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

Sill=+0'-9" 4' Lintel=Till Ceiling 1'-3" Height From T.F.F.L

W2

6"

6"

W5

+30'-0"

W5

+31'-0"

W5

+32'-0"

W5

2' 3'-10" 2' 3'-10" 2' 2' 1'-3" 1'-3"

2'

2' 2'-3"

2' 1'-3"

D1

2' 3'-10" 2' 3'-10" 2' 3'-10" 2' 1'-3" 1'-3"

4'-37" 8

2'

W6

9'

6" 3'-6"

V6

D9

D8

23'

UP

10'-0"X13'-3"

D1

9'-71" 3'-6" 2

6"

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

EDUCATION 10' COUNSELOR

10'

PREP RM Height 10'-0"X10'-0" From T.F.F.L

22'-101" 2

24'

CAFE 29'-3"X24'-0"

6'

DD1

CORRIDOR

DN

CORRIDOR

V7

10'-3" 23'-3"

24'-0"X24'-0" W12

CR

V13

24'

V13

23'-3"

D9

V13 12'-9"

W11

D7

4'

4'-37 8"

D1

V7

UP

W4

3'-3"

3'

3'

3'

3'

3'-3"

3'-3"

From T.F.F.L

4' 1'-3" 1'-6"

4'

4' 1'-3"

Sill=+0'-9" Lintel=+Till Ceiling FromW2 T.F.F.L

1" 4'-24

Sill=+0'-9" Lintel=+Till Ceiling 1 22'-10 W2 From T.F.F.L 2"

24'-0"X24'-0" 24'

1" 4'-24

Sill=+0'-9" Lintel=+Till Ceiling FromW2 T.F.F.L

BOYS' COMMON ROOM

From T.F.F.L

3'-6" 2' 9'-1011" 2' 3'-6" 22'-1022 " Sill=+0'-0" 6" Sill=+0'-0" 6" 6" Lintel=+8'-0" Lintel=+8'-0" 6"

W4

Lintel=+8'-0" From T.F.F.L

DN

3'-3"

DD1

CORRIDOR

2' W4

" 12'-101 6' 2

1'

Height From T.F.F.L

9'

W6

6" 6" 2' 3'-6"

BATH 6'-3"X10'-0"

4'

3'-6"

D1

6"

4' W3

W2

W2

W2

W2

W2

4'

4'

W3

6"

2'

CR

21'-6"

24'-0"X24'-0"

CR

Sill=+3'-0"

Sill=+3'-0" Lintel=+9'-0" From T.F.F.L

W1

From T.F.F.L

W1 Lintel=+9'-0"

From T.F.F.L

Sill=+3'-0"

Sill=+3'-0" Lintel=+9'-0" From T.F.F.L

W1

Sill=+3'-0" Lintel=+9'-0" From T.F.F.L

W1

CR

4'-21" 4

D1

4' 1'-3" 1'-6"

2'-6"

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

CR

CR

24'

21'-6"

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

21'-6"

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

24' CR

21'-6"

V7

+33'-0"

CR

4'

24'

D1

6" Sill=+0'-0" 6" Lintel=+8'-0" From T.F.F.L

2' 3'-6"

W4

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

4'

Sill=+0'-9" Lintel=+Till Ceiling FromW2 T.F.F.L

1" 4'-24

Sill=+0'-9" Lintel=+Till 1 Ceiling 22'-10 W2 2" From T.F.F.L

24'-0"X24'-0"

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

21'-6"

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

21'-6"

24'-0"X24'-0"

1" 4'-24

Sill=+0'-9" Lintel=+Till Ceiling W2 From T.F.F.L

Sill=+0'-0"

From T.F.F.L

6' DD1

D1

W6

V8

W6

D1

D1

W6

V7

W6

D1

D1

W6

D1

V7

D1

W6

D1

2'-9"

8'

D1

W4

W4 D1

V7

V7

D1

D1

W4

V6

W4

W4

8'

8'

W4

D1

D1

W4

V6

W4

D1

D1

D1

V8

9'-6" 22'-6"

24'

24'-0"X24'-0"

W4

D1

3'-6"

CR

24'

21'-6"

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

CR

21'-6"

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

CR

24'

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

21'-6"

24'-0"X24'-0"

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

21'-6"

24'-0"X24'-0"

CR

24'

21'-6"

24'-0"X24'-0" 24'

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

6"

W5

W5

W5

W5

W5

W5

W5

W5

4'

W3

W2 Sill=+0'-9" Lintel=Till Ceiling Height From T.F.F.L

4'

4'

W7

W10

W10

W10

W10

W10

W10

W10

W10

W4

D1

6"

W3

W3 Sill=+0'-9" Lintel=Till Ceiling Height W3 From T.F.F.L

Sill=+0'-9" Lintel=Till Ceiling Height W3 From T.F.F.L

Sill=+0'-9" Lintel=TillW3 Ceiling Height From T.F.F.L W3

W3 Sill=+0'-9" Lintel=Till Ceiling Height W3 From T.F.F.L

UP

DN

22'-6"

21'-6"

6"

2'-9"

Sill=+0'-9" 24' Sill=+0'-0" FOOD Lintel=Till & NUTRITION CLASS Lintel=+8'-0" Ceiling From T.F.F.L 24'-0"X11'-3" HeightW2 From T.F.F.L

6"

6"

2'-9"

-7'-6"

SOUTH GULLEY

V8

V8

Sill=+0'-9" Lintel=Till Ceiling Height From T.F.F.L Sill=+0'-0" 6" 2'-9" Lintel=+8'-0" 6" From2' T.F.F.L 3'-6"

24'-0"X24'-0"

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

3'-6" 6"

W6

2'

6"

4' W3

GIRLS' COMMON ROOM

Sill=+0'-0" 6" 6" Lintel=+8'-0" 3'-6"T.F.F.L From 2'

V6

CORRIDOR

24'-0"X11'-3"

9'-6"

D1

D5

FOOD & NUTRITION CLASS

21'-6"

24'

24'-0"X24'-0"

CR

21'-6"

24'-0"X24'-0"

CR

24'

24'-0"X24'-0"

CR

21'-6"

22'-6"

UP

24'

CR 24'-0"X24'-0"

4'

W4

W4

D1

V9

21'-6"

9'-6" 2'

24'

24'-0"X24'-0"

CR

22'-6"

9'-6"

24'-0"X11'-3"

TUCK SHOP

24'-0"X24'-0"

CR

24'-0"X24'-0"

CR

24'-0"X24'-0"

CR

Sill=+0'-9" W2 Lintel=Till Ceiling Height From T.F.F.L

W4

D1

D1

W4

V7

W4

D1

CR 24'-0"X24'-0"

W6

6"

DN

V6

8'

4'

6"

D1

3'-6"

W4

D1

D1

W4

V7

W4

D1

8'

8'

D1

W6

V8

W6

D1

W6 D1

V7

D1 W6

6" PLANTER

9'

8'

8'

3'-6"

D1

6"

4' W3

D5

D5

D5

GIRLS' WASHROOM D5 15'-3"X11'721"

-6'-0"

W6

D1

4'

D1

V8

CORRIDOR

D1

W6

V7

W6

D1

D1

W6

V8

D1

-6'-0"

D6

D6

BOYS' WASHROOM 15'-3"X11'721" D5

W6

PLANTER

W6

D1

2'-9"

6" 4' Sill=+0'-9" W2 Lintel=Till Ceiling Height From T.F.F.L

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

24'-0"X24'-0" 24'

From T.F.F.L

4'

W3

6"

D1

3'-6"

24'

24'-0"X24'-0"

CR

21'-6"

W4

11'" 22'-102 2'

3'-6" 2' 9'-1011" " 22'-1022 Sill=+0'-0" 6" 6" Lintel=+8'-0"

W4

D1

Lintel=+8'-0" 38'-0"X24'-0"

LAB

1" 22'-102

1" 11'-12

4'

22'-101 W3 2"

6"

4'

2'

24'-0"X24'-0" Sill=+3'-0" Lintel=+9'-0" From T.F.F.L W1

W6

W6

24'-0"X24'-0"

4'

-6'-0"

D1

W11

V7

W11

D1

D1

W11

V6 -6'-0"

W11

D1

D1

W11

V6

W11

D1

D1

W11

V7

W11

WEST GULLEY

D1

W11

V7

W11

D1

D1

W11

V6

W11

D1

D1

D1

-6'-0"

CORRIDOR

D1

W11

V6

W11

D1

D1

W11

V7

W11

D1

6" 6" 3'-6" 2'

4' W3

V8

+40'-6"

W1 Lintel=+9'-0"

D1

W11

W7

D1

W7

W11

1 9'-102"

POINTS FOR BUNSEN BURNER

38'

24'

21'-6"

24'

24'-0"X24'-0"

CR

21'-6"

24'

24'-0"X24'-0"

CR

24'-0"X24'-0"

CR

V8

1 22'-102" 9'-101" 2

24'

24'-0"X24'-0"

CR

1 22'-102"

11'-11" 2

W7

24'-0"X24'-0"

CR

V7

24'-0"X24'-0"

CR

24'-0"X24'-0"

CR

24'-0"X24'-0"

CR

24'-0"X24'-0"

CR

V7

24'-0"X24'-0"

4'-21" 4

W6

Sill=+0'-9" W2 Lintel=Till Ceiling Height From T.F.F.L

6"

D1

3'-6"

W6

2'

6"

W7

W11

W11

W7

D1

D1

W2

4'

W5

W5

W5

W5

D1

W3

W.R 6'-1"X4'-10"

W.R 4' 6'-0"X4'-10"

BATH 6'-2"X4'-0"

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

3'-3"

W5

W5

D1

-6'-0"

W11

-7'-6"

24'-0"X24'-0"

CR

V7

CORRIDOR

CORRIDOR

-7'-6"

W7

Sill=+0'-9" 1"W2 1" 1 D3Sill=+0'-0" Sill=+0'-9" 9'-7 12'-10 Lintel=Till 4' 24'-4 2 2" Lintel=+7'-0" Lintel=Till Ceiling 1'-3" From T.F.F.L Ceiling

W2

CR 24'-0"X24'-0"

W11

D1

6"

4' W3

D1

W11

DD1Sill=+0'-0"

1'-3" 1' 2' 3'-10" 2' 3'-10" 2' 3'-10" 2'

+29'-0"

2'

6" 6"

Sill=+7'-0" Lintel=Till Ceiling Height From T.F.F.L

+27'-0"

4' W2

6"

Sill=+0'-0" Lintel=+8'-0" POINTS FOR BUNSEN BURNER From T.F.F.L

8'-9"

6" Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

V5

1 23'-71 10'-7 2"

STAFF ROOM 24'-0"X24'-0" 24'

W4

W4

3'-6" 2' 6"

D1

D1

6" 3'-6" 2'

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

6"

6"

4'

Sill=+0'-9" Sill=+0'-9" Sill=+0'-9" Sill=+0'-9" Sill=+0'-9" Sill=+0'-9" Sill=+0'-9" Sill=+0'-9" Sill=+0'-9" Lintel=Till Lintel=Till Lintel=Till Lintel=Till Lintel=Till Lintel=Till Lintel=Till Lintel=Till Lintel=Till Ceiling Ceiling Ceiling Ceiling Ceiling Ceiling Ceiling Ceiling Ceiling W5 W5Step W5Step From W5 FromW5 W5Step From W5Step From From Step Step From W5 Step From W5 Step From Step From

+24'-0"

V1

From T.F.F.L

V3

1'

1" 1'-42 6' DD1

W5

LAB 41'-6"X24'-0"

12'-9" 11'-9"

Sill=+7'-0" Lintel=Till Ceiling Height From T.F.F.L

14'-43 4"

1" 1'-42

1'-3" 1'-3" 2' 3'-10" 2' 3'-10" 2' 2'

V13

From T.F.F.L

Sill=+0'-0" 6'-17 3' 8" Lintel=+8'-0"

22'

41'-6"X24'-0"

LAB

8'

6'

POINTS FOR BUNSEN BURNER

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

1

22' D6

22'

DD1

8'

CORRIDOR

1'

D1

LIFT 8'-0"X7'-0" 8'

8'

L.T. ROOM 8'-0"X10'-0"

2'

D1

W3

21'-9"

24'-0"X24'-0"

CR

9'-6"

W6

V9

6"

D1

3'-6"

W3

1'-6" 6" 6" 6" 1 2'-7 3'-71 2"" 2

Sill=+0'-9" Lintel=Till Ceiling Height From W2 T.F.F.L

7'-9" 8'-9"

V11

6" 2'

W6

V4

4'

6"

2'

W6

24'

23'-71 " 10'-7 2" 2

24'-0"X24'-0"

D1

4' W3

W11

-6'-0"

4'

3'-6"

2'

W6

22'-41" 2

12'-71" 2

7'-3" Sill=+0'-9" 4' 2' " 22'-411 Lintel=Till 4' 12'-7 22" WR Ceiling D3Sill=+0'-0" 6" Height 8'-0"X5'-6" 8' Lintel=+7'-0" 2'

1'-6" 6"

6"

6"

6"

CR

V9

-7'-0"

-6'-0"

W7

D1

W7

EAST GULLEY

W7

OPEN TO SKY COURTYARD 57'-6"X82'-3"

STAFF ROOM

+1'-6"

D1

D1

3'-6"

6"

V13 11'-63 4"6' 1' DD1

-8'-0"

4' W3

W11

-6'-0"

22'-0"X24'-0"

W11

87'-412"X56'-2"

V5

1'

CORRIDOR

6'

DD1

8'

41'-6"

24'

SENIOR SCHOOL HEAD 24'-0"X24'-0"

22'

8'

2'

CORRIDOR

1'

D1

Sill=+0'-0" Lintel=+8'-0" D2 From T.F.F.L

From T.F.F.L

Sill=+0'-0" Lintel=+8'-0" From T.F.F.L

3'-6"

6"

D1Lintel=+8'-0"

8'

D1

DD1

6" PLANTER

9'

8'

7'-3" 4'

3'7'-3"

1'-91 4"

6"

41'

41'

V3

12'-9" 11'-9"

W3 2'

V5

24'-0"X24'-0"

STAFF ROOM

CONFERENCE ROOM 24'-0"X24'-0"

W11

D1

W7

D1

W7

SPORTS GROUND

-6'-0"

WR 8'-0"X5'-6"D3

W4

DD1

W4

6"7'-4 " Sill=+0'-0" 2 Lintel=+7'-0" From T.F.F.L

PREP RM 8'-0"X11'-3"

8'

6"

COMPUTER LAB 41'-5"X19'-2"

LIBRARY 32'-4"X18'-5"

D3 Lintel=+7'-0"

From T.F.F.L

8'-0"X12'-0"

22'

24'

D2

W4

DD1

W4

W4

DD1

W4

W4

DD1

W4

LIFT 8'-0"X7'-0"

L.T. ROOM 8'-0"X10'-0"

W4

D3

W7

WR 8'-0"X5'-6" D4

L.T. ROOM 8'-0"X10'-0" D2 PARKING 90'-3"X25'-0"

PLANTER

RESOURCE ROOM 24'-0"X10'-0"

D4Lintel=+7'-0" 15'-3"X11'721" From T.F.F.L

D4 Lintel=+7'-0"

7'-3" V16WR

22'

24'-0"X24'-0"

2' GIRLS' WASHROOM

From T.F.F.L

Sill=+0'-0"

Sill=+0'-0"

From T.F.F.L

6'-3" D4Lintel=+7'-0"

Sill=+0'-0"

D4Lintel=+7'-0"

D4 Lintel=+7'-0" D5 From6'-3" T.F.F.L

6' 6'

6"

D1

3'-6"

BOYS' WASHROOM

From T.F.F.L

Sill=+0'-0" D4Lintel=+7'-0" 8'-3"

+7-0"

V6

11'-41"" 10'-41 4 4

6'

6'

6'-3"

6'-3"

D1

PRESCHOOL HEAD

6'

6'

6"

STAGE

V1

5'-3"

J.C.

D5

J.C.

D5

2'

15'-3"X11'72"

W1

D3

D3

TERRACE 8'-0"X11'-3"

V12

2'-101" 2 3'

6'-3"

15'-3"X11'721"

BOYS' WASHROOM

-7'-6"

-6'-0"

PROMENADE 43'-6"X25'-6"

D4 GIRLS' WASHROOM 1

D4

WR 8'-0"X12'-0"

V15

24'-0"X24'-0"

PRINCIPAL'S OFFICE 32'-9"X24'-0"

8'-3"

6'-3"

24'-0"X24'-0"

MEDICAL ROOM 10'-0"X10'-6"

D1

MUSIC ROOM

D1

ART ROOM

FLOOR 1. White 2. Grey ACCOUNTS 3. Beige 22'-0"X10'-6" 4. Wood

D4

V10

J.C.

D6

15'-3"X11'721"

J.C.

D6

15'-3"X11'721"

BOYS' WASHROOM

GIRLS' WASHROOM D5

D5

D5

D5

D5

D5

ART SUPPLIES 8'-0"X11'-3"

DD3

W9

Sill=+7'-0" Lintel=Till Ceiling Height From T.F.F.L

8'

STAFF CHANGING RM

INSTRUMENTS' STORAGE 8'-0"X12'-0"

D10

W3

2'-101" 2

CONFERENCE ROOM 24'-0"X24'-0"

RM RD GUA X10'-0" 6'-3"

V8

V8

NORTH GULLEY 11'-5"

STAFF CHANGING RM

V14 D5 V14 D5

WR V11 8'-0"X12'-0"

+1'-6"

FLOOR 1. White 2. Grey 3. Beige ADMIN LOBBY 24'-0"X32'-9"

WR 11'-712"X11'-721"

+0'-0"

W12

WR D5 8'-0"X8'-0"

DD2

DD1

D4

+1'-6"

I.T. ROOM 11'-3"X8'-0"

D2

36'-5"

W1

COORDINATOR'S OFFICE 12'-0"X8'-0"

FLOOR 4. Wood

DIRECTOR'S OFFICE 32'-9"X24'-0"

-6'-0"

SUNKEN AREA 59'-3"X3'-0"

D5

1 2'-54"

7'-9"

AD

D5

6" 9'-41" 2

10'-8"

STAFF WR

8'-81" 4

STAFF WR

1 2'-11 " 4 1 3'-6" 10'-42"

V12

6"

V12

5'-6"

STAFF BATH

4'-9"

D5

2'-6"

STAFF BATH

24'

D5

24'

10'

SE SE

24'

32'-6"

RO AD

ICE RV RO AD

ICE RV RO ICE RV SE

6" 2'-3" 6" 3'-6" 2'-3"

6"

2'-9"

6" 2'-3"

6" 2'-3"

6" 2'-3"

6" 2'-3"

6" 6" 9'-41" 2 6"

6" 2'-3"

6" 2'-3"

2'-6" 6"

1 1'-72"

2'-6" 6"

1 1'-7 " 2 6"

9'-41 2"

6"

3'-81" 4 1 2'-54"

21'-6"

22'-6" 6" 1 3'-8 2'-3"4"

2'-3" 6"

6"

11'-3" 10'-3"

6" 6" 9'-6" 6"11'-3"

10'-7"

8'

9'-41 2" 6"

6"

2'-3" 3'-6"

16" 3'-8 2'-3" 4"

6"

2'-6" 12'

10'-6" 13'-5"

1'-6"

8'

1" 11'-72 2'-111 4" 1 3'-84" 6"

9'-71 2"

22'

1 5'-84" 2'

1 11'-72" 1 11'-72"

3" 2'

2'-111" 4 2'-111" 4

3" 1 5'-84" 3'

1" 5'-84

2'

3"

3" 2'

9'-71 2"

1'-9"

8'-81" 4

13'-3"

21'-6" 4'

1 2'-11 " 4 1 10'-4 " 2

2'-9"

8'-81 4" 6" 2'-111" 4 1 3'-6"10'-42"

2'-111 4" 1" 10'-42 8'-81 4"

3'

6" 6"

1" 11'-72 1" 2'-114 1" 5'-84

22'-6"

3'-6" 3' 6'

24' 6"

6" 3'-6"

21'-6" 4'-3"

7'

24'

6"

2'-9"

4'-9" 5'-6" 6"

10' 2'-9" 6"

6"

21'-6"

24' 24'

2'-6" 4'-9"

3'

4' 21'-6"

8'

21'-6" 12'-9" 2' 6'-9"

21'-6" 1'-9"

8'

21'-6"

6' 6' 6' 6' 23'-3" 6' 6' 6' 3'

6" 6"

23'-3"

21'-6"

10' 7' 10'-11" 13'-1"

23'-3" 24'

24'

4'

8'-9"

12'-9" 6'-9"

24'

12'

6'

13'-3" 24'

21'-6"

10'

1" 72

71 2"

2'-6"

6"

24'

6"

6'

6'

1" 22'-102

6'

8'-5 3 8"

7' 7'

6' 5" 7'-9 8

6'

6' 6'

5" 7'-96'8

6' 6' 5" 7'-9 8

6'

24'

2' 3'-6"

21'-6" 3'-6"

21'-6" 22'-101" 2

21'-6" 3'-6" 2' 1 9'-102" 6" 6" 6" 6" 6"

3'-6"

2' 23'-3" 10'-3" 2' 2'

6" 6" 6"

3'-6"

3'-6"

2' 23'-3" 10'-3" 6" 6" 6" 6"

3'-6"

3'-6"

2' 11 22'-10 9'-102" 2" 6"

6' 23'-3"

8'

24' 8'

8'

2' 3'-6" 21'-6"

6"

2'-9"

24'

24' 24'

6"

PLANTER 1 15'-10 " 2 2' 2'

6" 2' 22'-101" 2 9'-101" 2 6" 6" 6"

2'-6" 2'-6" 2'-6"

2' 3'-6" 3'-6" 2' 10'-3" 2'

6" 6" 6" 6" 6" 6"

3'-6" 3'-6" 2' 10'-3" 23'-3" 3'-6"

2'

6" 6" 6" 6"

3'-6" 2'

1 9'-102" 22'-101" 2 2' 3'-6"

6' 1 22'-102"

3'

8'-5 3 8"

21'-6"

24' 6' 7'-96'5 8" 1 23'-3" 3'-42"

21'-6"

6"

24'

6"

6"

2'-9" 21'-6"

24'

24'

6" 6"

24'

6"

6"

6"

8'

21'-6" 6" 6" 2' 3'-6"

11"" 22'-10 9'-102 2 6" 3'-6" 2' 6"

6" 6" 2' 3'-6" 23'-3" 6" 6" 3'-6" 2' 2' 3'-6" 23'-3" 10'-3" 3'-6" 2' 6"

6" 6" 2' 3'-6"

1" 22'-102 1" 9'-102 3'-6" 2'

8'

3" 10'-7 8

21'-6"

24'

8' 2' 3'-6" 10'-3" 23'-3" 3'-6" 2' 9'-101"

24'

2' 2' 2' 2'-6" 2' 2'-6" 2' 2'-6" 2' 1 15'-102"

PLANTER

23'-3" 22'-101" 2

21'-6"

4'-41" 2

6" 9'

4' 4'-41" 2

PLANTER 6"

15'-101 2" 2' 2'-6"

2' 3'-6" 6" 6"

9'-1011" " 22'-1022 3'-6" 2' 6"

6"

24' 24'

2'

1" 22'-102 23'-3" 23'-3"

2' 2' 2'

2'-6" 2'-6" 2'-6"

6" 2' 3'-6" 6" 6"

10'-3" 23'-3" 3'-6" 2' 6" 6"

6" 6"

6"

6" 2' 3'-6" 6" 6"

2 22'-101 2" 3'-6" 2'

14

6"

3" " '-73CE RA '-7 88 13 TER 14 6"

19'-3"

1" '-9 2

10'-6"

6"

8'

6"

2' 2'-6"

Section CC’

3" 6" 9'-7 8

2' 2'-6"

Section AA’ 1" 26'-5 2

2'

First Floor

6"

1" 25'-5 2

24'

"

1" 13'-9 2

6"

22'-101 2"

1'-6

6"

6"

1" 15'-102

"

6"

1" 13'-3 8

6"

1'-6

3 18'-2 4"

1" 14'-5 8

9'

1" -1 2

6"

6"

PLANTER 6"

15'

6"

6" 6"

19'-3"

"

5 17'-5 8"

3 18'-2 4"

1" 4'-42

1'-6

6"

6"

4'

6 1" 42

3'

11'-3"

Site Photograph - A Ground Floor

14'-

10'-7"

3" 8'-5 8

11'-3"

ISL- 3D View ING '-0" RK PA "X71 27'-0

6"

3" 8'-5 8

1" 4'-42

54450 Square/ft School design, International School Lahore strives to provide the best educational opportunities, resources, and possibilities for our students. We endeavor for excellence in mentor-ship and teaching through our faculty, coaches, counselors and mentors; our human assets.

11'-3"

Lahore, Pakistan 24'

INTERNATIONAL SCHOOL LAHORE

TERRACE

70' -6"

" 1'-6

18'

9"

Third Floor

Site Photograph - B

Site Photograph - D

Site Photograph - C

Site Photograph - E

Axonometric

Section BB’

Site Photograph - F 7

London, United Kingdom The proposal will look convert residential house of C3 to 2 self-contained units. The site is surrounded by residential development and therefore the principle of additional residence in this area is acceptable.

REV DATE

DESCRIPTION

WT1

Box

WT1 3 m²

APPR

WT5

WT3

3 m²

Hall

WT5

WT3

WT3

0m SCALE 1:50 @ A3

0.5m

12 m²

1m

1.5m

EXtg

1.5m

EXtg

WT1

Bedroom 2

WT3

2 m²

Store

1m

EXtg

WT4

19 m²

0.5m

L/D/K

SCALE 1:50 @ A3

0m

WT2

WT3

WT3

WT1

WT5

14 m²

Bedroom

WT3

WT3

WT3

7 m²

WT5

WT2

WT2

WT3

Corridor

Up

12 R @ 212.5 mm

WT5

13 m²

4 m²

Bath

WT2

WT3

Bedroom 1

Store

UP

WT1

APPR

2m

2m

2.5m

2.5m

9 8

First Floor Plan 3D Views Site Plan

NOTES: 1. THIS DRAWING IS COPYRIGHT AND MUST NOT BE RE-PRODUCED IN WHOLE OR IN PART WITHOUT WRITTEN PERMISSION. 2. THIS DRAWING MUST NOT BE SCALED. REFER TO FIGURED DIMENSIONS ONLY, EXCEPT FOR PURPOSE OF CONSIDERATION UNDER PLANNING LEGISLATION. 3. USE FIGURED DIMENSIONS ONLY. ALL DIMENSIONS AND LEVELS TO BE CHECKED ON SITE PRIOR TO CONSTRUCTION. CLIENT TO BE NOTIFIED OF ANY DISCREPANCIES. 4. THIS DRAWING TO BE READ IN CONJUNCTION WITH THE OTHER RELEVANT PROJECT DRAWINGS AND CURRENT INSTRUCTIONS. 5. ALL STRUCTURAL DETAILS TO BE CHECKED AGAINST THE STRUCTURAL ENGINEERS DRAWINGS AND CALCULATIONS .

6. ALL M & E DETAILS TO BE CHECKED AGAINST M & E ENGINEERS, APPROVED SUB-CONTRACTORS DRAWINGS AND CURRENT INSTRUCTIONS. 7. ALL DRAWINGS AND SPECIFICATIONS FOR THE PROJECT TO BE READ IN CONJUNCTION WITH DESIGNER'S HAZARD AND ENVIRONMENTAL ASSESSMENT RECORD. 8. ALL WORK TO BE UNDERTAKEN WITH THE REQUIREMENTS OF THE CURRENT BUILDING AND WATER REGULATIONS. 9. CONTRACTOR SHALL OBTAIN REQUIRED PERMITS FROM ALL AGENCIES AND PAY ALL FEES PRIOR TO COMMENCEMENT OF ANY WORK. COPYRIGHT © 2019

DESCRIPTION

AT D CH OA R

Back Elevation Front Elevation

ADJACENT BUILDING

Ground Floor Plan ADJACENT BUILDING

Landscape Plan

Wall Type

REV DATE

H RT

1 : 50

NOTES: 1. THIS DRAWING IS COPYRIGHT AND MUST NOT BE RE-PRODUCED IN WHOLE OR IN PART WITHOUT WRITTEN PERMISSION. 2. THIS DRAWING MUST NOT BE SCALED. REFER TO FIGURED DIMENSIONS ONLY, EXCEPT FOR PURPOSE OF CONSIDERATION UNDER PLANNING LEGISLATION. 3. USE FIGURED DIMENSIONS ONLY. ALL DIMENSIONS AND LEVELS TO BE CHECKED ON SITE PRIOR TO CONSTRUCTION. CLIENT TO BE NOTIFIED OF ANY DISCREPANCIES. 4. THIS DRAWING TO BE READ IN CONJUNCTION WITH THE OTHER RELEVANT PROJECT DRAWINGS AND CURRENT INSTRUCTIONS. 5. ALL STRUCTURAL DETAILS TO BE CHECKED AGAINST THE STRUCTURAL ENGINEERS DRAWINGS AND CALCULATIONS .

6. ALL M & E DETAILS TO BE CHECKED AGAINST M & E ENGINEERS, APPROVED SUB-CONTRACTORS DRAWINGS AND CURRENT INSTRUCTIONS. 7. ALL DRAWINGS AND SPECIFICATIONS FOR THE PROJECT TO BE READ IN CONJUNCTION WITH DESIGNER'S HAZARD AND ENVIRONMENTAL ASSESSMENT RECORD. 8. ALL WORK TO BE UNDERTAKEN WITH THE REQUIREMENTS OF THE CURRENT BUILDING AND WATER REGULATIONS. 9. CONTRACTOR SHALL OBTAIN REQUIRED PERMITS FROM ALL AGENCIES AND PAY ALL FEES PRIOR TO COMMENCEMENT OF ANY WORK. COPYRIGHT © 2019

O SW

Erection of a single storey wraparound side and rear extension following demolition of the existing garage, conversion of roofspace to habitable use to include a rear dormer roof extension, 1 x front facing rooflight and conversion of roofspace from hip to gable end and change of use from single dwelling to 2 no. dwellings with associated bin store, cycle store, car parking and subdivision of rear garden.

CHATSWORTH HOUSE

02/05/2023 16:37:16

02/05/2023 16:37:18

A R02

F 0 1 - G r ou n d f l oo r s l a b - U - v a l u e = 0 . 1 8 -Floor finish TBC by the client -65mm Screed -Polythene separation layer -150mm Kingspan Kolltherm K103 or eq. insulation -DPM lapped around edge of insulation min 150mm -150mm RC slab (TBC by SE) -1200 gauge DPM -25m sand blinding -250mm minimum well compacted hardcore

Roof Level 8881

Roof Level 8881

B

B

C

C

R 0 2 - F l at r oo f - U - v a l u e = 0 . 1 5 -Sarnfil or eq. single ply membrane -9mm OSB Sheathing -150mm Kingspan Thermaroof TR27 or eq. insulation -Tyvek or eq. breather membrane lapped around the edge of insulation minimum 150mm -18mm exterior grade WBP plywood -75-25mm timber furring piece (to achieve 1:60 fall) -150mm SW timber joist (TBC by SE) -1no. layer 12.5mm Gyproc Soundbloc plasterboard

A

R 0 1 - P i t c h e d r o of - U - V al u e = 0 . 1 5 -12mm Roof tiles as per planning approval -25x38mm SW treated timber horizontal battens -Loose laid sarking felt -150mm rafters (TBC by SE) with 100mm Kingspan Kooltherm K107 or eq. insulation between rafters and 50mm clear ventilation gap -62.5mm Kingspan K118 or eq. insulated plasterboard below rafters

2nd Floor 5300

R 0 2 - U p g r a d e P i t c h e d r o of - U - V al u e = 0 . 1 5 -Existing rafters upgrade with 100mm Kingspan Kooltherm K107 or eq. insulation between rafters and 50mm clear ventilation gap -62.5mm Kingspan K118 or eq. insulated plasterboard below rafters

2nd Floor 5300

R 0 3 - D o r m e r R oo f - U - v a l u e = 0 . 1 5 -Sarnfil or eq. single ply membrane -18mm exterior grade WBP plywood -75-25mm timber furring piece (to achieve 1:60 fall) -150mm SW timber joist (TBC by SE) with 100mm Kingspan Kooltherm K107 or eq. insulation between rafters and 50mm clear -62.5mm Kingspan K118 or eq. insulated plasterboard

150

R01 A R02 1st Floor Roof Level2750

B

8881

R02 C

PROPOSED EXTENSION A

For Foundation Details section and Depth see SE drawing No.HP2364-STR/002 Rev.No.C0

150

R01

B-B 1 Section 1 : 50

R02

150

10

Ground FFL 150

F01

150

NEW DOMER

02/05/2023 16:38:14

PROPOSED EXTENSION

F01

NOTES: 1. THIS DRAWING IS COPYRIGHT AND MUST NOT BE RE-PRODUCED IN WHOLE OR IN PART WITHOUT WRITTEN PERMISSION. 2. THIS DRAWING MUST NOT BE SCALED. REFER TO FIGURED DIMENSIONS ONLY, EXCEPT FOR PURPOSE OF CONSIDERATION UNDER PLANNING LEGISLATION. 3. USE FIGURED DIMENSIONS ONLY. ALL DIMENSIONS AND LEVELS TO BE CHECKED ON SITE PRIOR TO CONSTRUCTION. CLIENT TO BE NOTIFIED OF ANY DISCREPANCIES. 4. THIS DRAWING TO BE READ IN CONJUNCTION WITH THE OTHER RELEVANT PROJECT DRAWINGS AND CURRENT INSTRUCTIONS. 5. ALL STRUCTURAL DETAILS TO BE CHECKED AGAINST THE STRUCTURAL ENGINEERS DRAWINGS AND CALCULATIONS .

6. ALL M & E DETAILS TO BE CHECKED AGAINST M & E ENGINEERS, APPROVED SUB-CONTRACTORS DRAWINGS AND CURRENT INSTRUCTIONS. 7. ALL DRAWINGS AND SPECIFICATIONS FOR THE PROJECT TO BE READ IN CONJUNCTION WITH DESIGNER'S HAZARD AND ENVIRONMENTAL ASSESSMENT RECORD. 8. ALL WORK TO BE UNDERTAKEN WITH THE REQUIREMENTS OF THE CURRENT BUILDING AND WATER REGULATIONS. 9. CONTRACTOR SHALL OBTAIN REQUIRED PERMITS FROM ALL AGENCIES AND PAY ALL FEES PRIOR TO COMMENCEMENT OF ANY WORK. COPYRIGHT © 2019

2750

EXISTING BUILDING

C-C 2 Section 1 : 50

Section BB’’

1st Floor 2750

Section CC’’

PROJECT NAME

2998

1st Floor 2750

Ground FFL 150

Beam 203x203x46 UC

F01

Ground FFL 150

0m SCALE 1:50 @ A3 0m REV DATE

DESCRIPTION

APPR

SCALE 1:200 @ A3

0.5m

2m

1m

4m

1.5m

6m

2m

2.5m

8m

10m

DOCUMENT NUMBER

11 Chatsworth Rd, Hayes, UB4 9ES

21067 - GAA - XX - ZZ - DR - A - 2202

DRAWING TITLE

DATE

DRAWN

Section B-B & C-C

12/04/2023

MJ

STATUS

REVIEWED

PROJECT NUMBER

21067

SCALE

As indicated

STAGE

Initial Status

S0

Rev.No.

P01.01

CHECK

APPROVED

DESIGNING RESIDENTIAL COMMUNITIES

© GA&A DESIGN Ltd

Ground FFL 150

150

2nd Floor 5300

R 0 2 - U p g r a d e P i t c h e d r o of - U - Val u e = 0 . 1 5 -Existing rafters upgrade with 100mm Kingspan Kooltherm K107 or eq. insulation between rafters and 50mm clear ventilation gap -62.5mm Kingspan K118 or eq. insulated plasterboard below rafters R 0 3 - D or me r R oof - U-val u e = 0 . 1 5 -Sarnfil or eq. single ply membrane -18mm exterior grade WBP plywood -75-25mm timber furring piece (to achieve 1:60 fall) -150mm SW timber joist (TBC by SE) with 100mm Kingspan Kooltherm K107 or eq. insulation between rafters and 50mm clear -62.5mm Kingspan K118 or eq. insulated plasterboard

Long Section AA’

NEW DOMER

F01

R 0 1 - P i t c h e d r o of - U - V al u e = 0 . 1 5 -12mm Roof tiles as per planning approval -25x38mm SW treated timber horizontal battens -Loose laid sarking felt -150mm rafters (TBC by SE) with 100mm Kingspan Kooltherm K107 or eq. insulation between rafters and 50mm clear ventilation gap -62.5mm Kingspan K118 or eq. insulated plasterboard below rafters

2nd Floor 5300

EXISTING BUILDING 2998

C

R 0 2 - F l at r oo f - U - v a l u e = 0 . 1 5 -Sarnfil or eq. single ply membrane -9mm OSB Sheathing -150mm Kingspan Thermaroof TR27 or eq. insulation -Tyvek or eq. breather membrane lapped around the edge of insulation minimum 150mm -18mm exterior grade WBP plywood -75-25mm timber furring piece (to achieve 1:60 fall) -150mm SW timber joist (TBC by SE) -1no. layer 12.5mm Gyproc Soundbloc plasterboard

150

Roof Level 8881

1st Floor 2750

B

2750

F 0 1 - G r ou n d f l oo r s l a b - U - v a l u e = 0 . 1 8 -Floor finish TBC by the client -65mm Screed -Polythene separation layer -150mm Kingspan Kolltherm K103 or eq. insulation -DPM lapped around edge of insulation min 150mm -150mm RC slab (TBC by SE) -1200 gauge DPM -25m sand blinding -250mm minimum well compacted hardcore

Beam 203x203x46 UC

A3

11

WEYBRIDGE APARTMENTS Surrey, United Kingdom Introduction: The Pre-App meeting held, after planning officer highlighted certain points where we focused into the design proposal changes compared with the previous submitted pre-app design which are elobaratored down below Changes 1- Facade Set back + Mass reduction In the design proposal as per pre advice Building from the entrance is set backed to enhance and emphasize the entrance.

Proposed design to fit into the context by reducing mass, so it wouldnt overwhelm the neighbourhood 2- Roof - Mansard Roof An important element of design such as the Mansard Roof is introduced in the design proposal so it blends in it’s context. As comparison to adjoining building bridgehouse in their design development process also included a mansard roof to minimize the size of the building 3- Facade Ornamnentation & Material

Pre-App Submission 3D

Proposed Submission 3D

Pre-Application Design - Front Elevation

Pre-Application Design - Side Elevation

The materials for this proposal will be brick cladding similar to that of bridgehouse. A mix blend of Red brick & Staffordshire blue brick which is going to be used for Bridgehouse. We want to enhance the character and also respect the context with proposed design Metal cladding will provide a contrast in the elevation, where brick blends into the heritage of surrounding buildings and metal cladding provides a element unique image

Mansard Roof Setting back the elevation Facade Ornamentation & Material Setback Facade 12

Facade Ornamentation & Material

Mansard Roof

Pre-Application Design - Ground Floor

Pre-Application Design - First Floor

Pre-Application Design - Second Floor 13

Proposed Design - 3D Front View

Proposed Design - Front Elevation

Proposed Design - 3D Side View

Proposed Design - 3D Front View

Proposed Design - Ground Floor 14

Proposed Design - Side Elevation

Proposed Design - First Floor

Proposed Design - Second Floor

Proposed Design - Side Elevation 15

UPPER GREEN WEST London, United Kingdom

The proposal will look convert commercial buidling with 7 self-contained units. The site is surrounded by downtown development and therefore the principle of additional residence in this area is acceptable.

16

Proposed Design - Ground Floor Plan

Proposed Design - First Floor Plan

Proposed Design - Front Elevation

Proposed Design - Second Floor Plan

Proposed Design - Roof Plan

Proposed Design - Back Elevation

Proposed Design - 3D Front Elevation - 1

Proposed Design - 3D Front Elevation - 2

Proposed Design - 3D Back Elevation - 1

Proposed Design - 3D Back Elevation - 2

17

AANVI OFFICE

KING LANE HOUSE

Ontario, Canada

Ontario, Canada

EAM

STR

FER

BUF

GARAGE 30'-2" x 30'-0"

GARAGE 24'-11" x 24'-0"

MUD ROOM 25'-0" x 12'-0"

GREASE KITCHEN 12'-6" x 18'-0"

STORAGE OPEN TO ABOVE

AM

E STR

STORAGE OPEN ABOVE

COVERED DECK

DINETTE 24'-0" x12'-0"

GUEST BED 24'-0" x 14'-0"

GREAT ROOM 30'-0" x 31'-10"

OPEN TO BELOW

BATH 10'-6" x 8'-0"

KITCHEN 24'-0" x 22'-0"

OPEN TO ABOVE

DRESS 7'-0" x 8'-0"

OPEN TO BELOW

LINE OF DOUBLE HEIGHT

STUDY 17'-10" x 14'-0"

DRIVEWAY

SERVERY 12'-0" x 8'-8" PANTRY 11'-4" x 8'-0" OPEN TO BELOW GLASS FLOOR ABOVE

EAM

ELECTRIC BOX

KITCHEN

STR

FFER

BU

OPEN TO BELOW

LINE OF DOUBLE HEIGHT

1.5M SQ. VUELIFT ELEVATOR

LINE OF DOUBLE HEIGHT

OPEN TO ABOVE & BELOW

OPEN TO ABOVE

OPEN TO ABOVE

LIVING 24'-6" x 20'-0"

KITCHEN

RAILING

OPEN TO ABOVE & BELOW

RAILING

DINING 24'-6" x 20'-0"

EXIT

LINE OF BALCONY ABOVE

OFFICE - S- 6 157

PROJECTOR SCREEN WALL

181

OFFICE - G - 3

181 196

192

181

192

181

N

EE

GR

N

OL

D PO

E

EE

GR

ONY

LINE

OF

ABOV

CO

N

EE

GR

RE

VE

BALC

RAILING

ALL

W ING

TAIN

/ TH ER/ BA OW Y SH DR LAUN

RE

DRESS 12'-6" x 14'-2"

E

ONY

TERRACE

L

ONY E

ING

D RE VE N CO DE WOO CK DE

ABOV

TAIN

BALC

L

WAL

WAL

N

L

W.I.C ( HER ) 9'-0" x 10'-8"

L

WAL

LL

RE

W.I.C ( HIS ) 9'-0" x 10'-8"

ETBA

SK

BA

BED 2 24'-0" x 20'-0" SKYLIGHT ABOVE

D

RE VE CO H RC PO

ICO

RT

PO

ING

TAIN

Y RE G TO O S LLIN TW DWE ED OS AMILY OP PR GLE F IN S

OFFICE - S- 4 157 157

ENSUITE 24'-0" x 12'-0"

OF

ING

TAIN

ABOV

BALC

WAL

RE

ING

TAIN

RE

OF

LINE

OFFICE - S- 5

OPEN TO BELOW

MASTER BED 24'-0" x 30'-0"

N

MECH. ROOM 14'-10" x 8'-0"

EE

GR

POTENTIAL FEATURE WALL

D

SO

GLASS FLOOR

IVEW DR

170

OPEN TO BELOW

OPEN TO BELOW

AY

208OH 208OH

BALCONY

N

EE

E ABOV

Proposed Design - Ground Floor Plan

LAUNDRY/LIN. 15'-0" x 13'-4"

SITTING 30'-0" x 17'-0"

BALCONY

ONY

145

R GA

4 CA

EN OP TO W LO BE

197

181

GE

RA

ABOV

BALC

157

LOGO WALL

E

ONY

OF

101

BALC

OF

GR

LINE

189

102

157 WAITING AREA

157

AY

OFFICE - G - 1

LINE

IVEW

LOBBY ENTRANCE

EN OP TO W LO BE

NG ISTI TO BE EX ED D VE SH MO RE DR

UP

GARAGE ROOF BELOW

ENSUITE 12'-6" x 15'-9" N

EE

EE

SERVER

OL

PO

GR

155/156 155/156

155/156 155/156

. RM

CH

ME

GR

OFFICE - G - 2

Proposed Design - Ground Floor

W

E US HO D VE MO

LINE

157

BU

ING IST EX BE RE TO

RE

GROUND FLOOR

ER

FF

D

AN

L ET

POTENTIAL FEATURE WALL

192 192

PORTICO 26'-6" x 25'-0"

Proposed Design - Render 1

LOBBY & WAITING AREA

181

181

BO

LA

W

DRAWING RM / STUDIO

192

102

OPEN TO BELOW

Y

DR

UN

ND

ET

DN.

LINE OF BALCONY ABOVE

PDR. ROOM 12'-6" x 6'-0"

PORCH 31'-4" x 9'-6"

Proposed Design - Lobby Render 1

OFFICE - S- 7

155/156

PRINTER

192

COAT CLOSET 12'-6" x 7'-0"

RAILING

192 181

ENTRANCE LOBBY 18'-0" x 18'-0"

OPEN TO BELOW

BATH

155/156

OPEN TO ABOVE

SHOE RACK

OFFICE 12'-6" x 13'-6"

MEETING ROOM

1.5M SQ. VUELIFT ELEVATOR

AY

ALT

PH

AS

IVEW

DR

OPEN TO BELOW

OPEN TO BELOW

N

EE

GR

PTIC

BED 4 20'-0" x 20'-0"

TANK

SE

192

166

111

166

NG

TAINI

143

LL

WA

D

SO

RE

FIRST FLOOR LAYOUT PLAN

DRESS 9'-6" x 12'-0"

EN

TR

BALCONY

DRESS 9'-6" x 12'-0"

AN

CE

GAT

E

Proposed Design - First Floor Plan

BED 3 20'-0" x 20'-0" OPEN TO BELOW

BALCONY

ENSUITE 12'-6" x 13'-6"

BALCONY

SKYLIGHT ABOVE

ENSUITE 12'-6" x 13'-6"

BALCONY

Proposed Design - Lobby Render 2

SECOND FLOOR LAYOUT PLAN

Proposed Design - Render 2

Proposed Design - Site Plan

Proposed Design - First Floor

TOP OF ROOF

MIDPOINT OF SLOPED ROOF

MIDPOINT OF SLOPED ROOF

TOP OF PARAPET TOP OF PARAPET

TOP OF PLATE TOP OF PLATE

TOP OF FIN. SECOND FLOOR

TOP OF FIN. SECOND FLOOR

TOP OF FIN. FIRST FLOOR

TOP OF FIN. FIRST FLOOR

FINISHED GRADE AVERAGE GRADE

GRADE AT THE BACK TOP OF FIN. BASEMENT FLOOR

Proposed Design - Reception Render 18

Proposed Design - Executive Office

TOP OF FIN. BASEMENT FLOOR

TOP OF SUNKEN AREA U/S OF FOOTING

FRONT ELEVATION (SOUTH-WEST)

Proposed Design - Front Elevation

SUNKEN AREA U/S OF FOOTING

Proposed Design - Right Side Elevation

RIGHT SIDE ELEVATION (SOUTH-EAST)

19

KICKSTART CO-WORKING

HOPE REHABLITION CENTRE

Lahore, Pakistan

Lahore, Pakistan

Hope Rehabilitation Hospital was founded in 1989 by a dedicated group of professionals in the medical field. At the beginning, the Society operated by collecting funds to acquire artificial limbs for those who were unable to earn their livelihood due to the loss of their legs, arms or hands. Design was focused on the following, Layout design and Visuals as per the clients requirements.

OVEN ROOM 6'-9" X 10'-112" UP

UP

CAST FILLING=JIG 6'-0" X 8'-0"

Proposed Design - Ground Floor Entrance

SIZE CAST ROOM 10'-9" X 8'-0"

TRY/FITTING WALKING BAR 10'-112" X 10'-712"

Proposed Design - Ground Floor Plan - Lobby

TOTAL AREA 19'-2" X 16'-6"

DN 12 DN 6

AREA 8'-812" X 5'-712"

Proposed Design - Ground Floor Plan

TRY 9'-112" X 8'-0"

TRY/FITTING WALKING BAR 11'-5" X 8'-3"

SIZE CAST ROOM 10'-9" X 7'-9"

Proposed Design -First Floor

TOILET

DN 12

2'

1'

1'

1'

DN 6

1'

DN 6

2'

DN 6

1'

1'

DN 12

2'

1'-1"

DN 6 85 " 1'-5256

DN 6

1'

1'

DN 6

DN 6 DN 12

Groove

DN 12

1 1'-42"

DN 6

DN 12 DN 6

DN 12

DR. ROOM 12'-4" X 8'-0"

1'

1' 9"

5 85 " 256

9"

AREA 15'-0" X 11'-0"

DN 6

DN 12

DN 12

2'

9"

LOBBY 9'-43 4" WIDE

DN 12

DR. ROOM 12'-4" X 8'-3"

1'

DN 12

DN 6

DN 12

Proposed Design - First Floor Lobby

1'

DN 12

DN 12

DN 6

DN 6

LIMB DISPLAY 15'-0" X 9'-0"

LIFT 6'-0"X6'-0"

1'

Proposed Design - First Floor Plan - Conference Room

LIFT 6'-0"X6'-0"

1'

1' 1'

2'

DN 12 DN 6

DN 12

EQ EQ

EQX2

PORCH 14'-3" X 13'-712"

EQX2

EQ

EQX2

COUNTER

EQX2

EQ

1'-11 2"

1'-11 2"

EQ

1'-11 2"

1 1'-12"

DN 6 DN 12

DN 6

1 1'-1 2"

DN 12 1 1'-1 2"

DN 6 DN 12

1 1'-1 2" 1 1'-1 2"

DN 6

DN 12 1 1'-12"

DN 6 DN 12

1'-11 2"

COUNTER

1'-11" 2

1' 1 1'-12"

12'-6" X 15'-0"

ENTRANCE/ WAITING HALL 32'-9" X 15'-3"

1'

2'

RECEPTION 9'-0" X 8'-0"

DISPLAY/SALE

DN 6

DN 6

1'

2'

1'

TUCK SHOP 5'-412" X 10'-0"

Proposed Design - Open Workspace

9"

DN 6 1'

DN 12

9"

1 9" 102"

DN 12

9"

1'

WAITING AREA

1'

DN 16

BATH 5'-0" X 5'-0"

DN 6

DN 12

1'

DN 12

DN 12 1'

Proposed Design - First Floor Plan

FF P.T ROOM FALSE CEILING LAYOUT HOPE Foundation Hospital Faisal Town Lahore 09-08-19

Proposed GROUND FLOOR Design - Ground Floor Plan 03-08-2019 20

Proposed Design - First Floor Plan - O.P.D 21

CANARY MORPH - FUTURE OF URBAN FABRIC London, United Kingdom Background: In the future of Canary Wharf after the economic meltdown, most of the major corporations felt the existing skyscrapers abandon. Once it was a mini Manhattan an island of finance was rotting away. This gave me a chance to speculate the future of the canary wharf. Different scenarios were explored and one was chosen among other. Speculative scenarios were based on the following questions. 1- In the future due to an economic meltdown, most of the companies went bankrupt leaving a vertical concrete graveyard. 2- The question is what do we do with the abondoned unused buildings? 3- How can we revive the building in this scenario? 3- Maybe a vertical community in the sky? 4- Consequently, large-scale office buildings are now redundant, and these architectural dinosaurs can be manipulated to respond to emerging l ifestyles that have resulted from economic meltdown and extenuate London’s housing crisis.

Narrative: Narrative started experimentation on different scenarios as form in the realm of speculative architecture and research. Canary wharf in London being the canvas as an empty or abandoned high rise building. 4 different scenarios were implemented to create a vertical community by linking one Canada square, HSBC building and surrounding buildings. Started with merged with linear horizontal green roof linking the building together to create greenery which canary wharf lacked. Vertical towers converted into housing and multipurpose spaces. Bridges or links serving multi purposes office inside on the green space on top. Firm Form to Explored was Link & Flow – This form was straightforward linking existing with new. Second was Infinity loopcreating loop around the existing. Third form – Final form The Snake by breaking the grid which canary wharf is form by one continuous snake form wrapping the surrounding buildings along creative different programs.

- Superimposed four different Scenarios of the speculative future of Canary Wharf

22

Canary Morph - Creating green spaces in an elevated level linked with existing building

- Main Cover Artwork for the future narrative called Canary Morhp

Concept : Started with linking with the existing building with green spaces which canary wharf lacked gave the opporunity to create speculative idea

Canary Wharf - Design based Sunpath & Solar Streographic Diagram, Understanding summer & winter solstices

Canary Morph - Understanding of Urban planning

Canary Morph - Axonometric Fundamental programs with existing

23

First Form - Link & Flow

Programs : The final form chosen to design and implement was the snake.

-Start position leading to one canada square which would be multi-purpose between offices and social spaces.

- Linking with Citi Group via main space for social interaction between people in the middle called "Forest Link".

-Citigroup few floor reusing exisiting with new structure. Few exisiting floor into residential.

-Link & Flow started as a first concept and form to be experiment, linear horizontal Second Form - Infinity Loop

-School and Nusery Branching out of Citigroup.

-Journey from Citigroup to forest link to one canada square building would be the penthouse in the sky which will be a mixer of social activites ranging from Dinning to other leisure activties. On top would be an swimming pool

- Infinity Loop creating a loop of horizontol form with green spaces on top Third Form - The Snake

Canary Morph - Main Programmatic Section detailing and dividing spaces & programs CW- Exisiting Grid

- Superimposed four different Scenarios of the speculative future of Canary Wharf

Breaking Grid

- The snake being the final form which wraps around the existing buildings

Program Flow - Grid Urban Mass Modeling Concept - Understanding Canary Wharf 24

Urban Mass Modeling Concept - Linking existing building

Urban Mass Modeling Concept - Main tower connection

Canary Morph - Master Plan layered with existing canary wharf with the final form - The Snake 25

Journey : Idea of living in Canary Morph As part of the idea of snake wrapping around one canada square linking forest with citigroup building. Some of the Citigroup floors were converted into residential and some into school with nusery. Greenroof giving the residents an open space to enjoy as canary wharf lacked green spaces to begin with. The idea started a parent would drop their children to school or nusery while making their journey via forest link to One canada square building with existing office spaces or leisure space on the top.

Forest Link : Creating a social space for people to meet

Render 1 : Lounge view Citigroup overlooking forest link & One canada square

Forest Link : Platforms introduced inside different levels

Forest Link : Visual of the connection between two buildings

Render 2 : Residential view Citigroup overlooking forest link & One canada square

Canary Morph - Visual 3d plan of citigroup building shows residential and greenroof

Render 3 : View of school playground facing forest link

Canary Morph - Visual 3d plan of citigroup building existing with school & nusery 26

Render 4 : View of Nusery area facing forest link

Canary Morph - Visual 3d Section Nusery and Greenroof with the citigroup

Forest Link : Section a relationship between man&nature

Forest Link : Creating a community in the sky

Forest Link : Visual journey of from Citi group building to one canada square building 27

HOUSE FOR D-A-D. THE HEART OF DOVER

Planning : A House for DAD

Kent, United Kingdom

A communal kiln as an idea heart of the design, by requirement a site was given surrouding with existing building while being respectful of the heritage.Design focused on something that stands out becomes a beacon to gather the community in a ceratin place where they woul meet with the artist, learn creative lesson using the kiln and other things. These were the following highlight of the area 1- Art gallery , 2- Kiln & workshop in the basement 3 - Artist residence 4 - Outdoor social space 5 - Artist Workspace

- Dover has been through the years a city rich in commercial and port activities and above all, the gateway to Europe. In 2006, Dover Arts Development [DAD] set up an ambitious project in the heart of the city, which consists of a collaborative grouping of local and international artists in order to exchange, discover and extend their talent to the deepest of their being and as far as possible across the borders. Art in all its broadest forms is represented there, from painting to music and sculpture to poetry, - DAD is the meeting place for artists and those curious about the Arts world. The idea is to design a building that would be a place of exchange in the artistic community, with multiple and varied spaces. This concept would particularly contain a key, modular, central and multi-use space, along with a communal kiln [the key piece of the building] to meet the strong local demand

Community Kiln Development

Heart of Dover : Axonometric View

28

Heart of Dover : Roof Plan

29

Heart of Dover : 3D Viusal Long Section explains the relationship between different level and programs

30

Heart of Dover : Exterior visual shows materials on the design as compare to existing

Heart of Dover : a visual of Kiln being the centre pieces of design from basement to roof

Heart of Dover : Front Exterior visual comparison of design as compare to existing

Heart of Dover : Community engaging their interest with inside workshop for artist

31

TEMPORAL PARADOX - PAST & FUTURE

Hisotry of Deal :

Deal Castle, United Kindom

-Deal castle in dover was one of the finest artillery castles in England built by King henry VIII. It belonged to group of coastal castles which had their unique function for the coast.

- Our journey as a cluster started with three people looking to explore ideas and implement into a site, combination and collectiveness of our work would form a mega installation that would be engaging and tackling the narrative dealing with Deal in Future, Present and Past.

- An architecture installation can make a socio-political statement in a dystopian society. The geodesic dome itself is a symbol of simplicity and a symbol of hope for those who are in constant in need. The whole purpose of drop city was freedom to live their lives against the capitalism, societal norms. That “we” the people should have the right to express our thoughts our lifestyle. I do believe through architecture and design we can make a mountain of an impact through our art

Deal Castle : View

- Deal’s main component with war and it’s shore. On top of the castle deal has a unique looking stone pillar which is also an entry for the roof itself.

Symbolically for ships it was a beacon of hope to bring them closer to the shore. According to the narrative deal castle’s roof was an important part of the design and story.

Concept : Alternative Architecture:

Deal Castle : Plans

Deal becoming a beacon of hope in the future concept art 32

Deal Castle : Aerial View

About a few percentages of architect are taking the risk of going against the norms of society’s general perception of architecture. People like Elon Musk who are working on a neural network of artificial intelligence system i.e. an A.I brain. In 2020 right now we are facing a pandemic of a new virus called Covid-19 which has changed our lives entirely.

An impact of a non-physical entity on the role of society.

If we to imagine the impact of technological advancement in A.I will have an equal in all fields of society, especially on the architecture, design and construction as a whole. Now the question arises, what will be the role of architects? Well some of the critics have an emphasis of an extinction of architects and designer.

Temporal Paradox: Past, Present & Future Concept

Dome’s Journey : The Future

Dome installation act as a symbol of hope from the outside. As you go up the stairs inside the deal castle to reach the roof. Visitor would get a first glance on the first installation and the spiral staircase leading up to a platform where you can look down upon both installation of past and present concepts and experiencing the dome as the third installation

Temporal Paradox: Long Section with the interior site analysis and understanding

Temporal Paradox: Long Section with the interior site analysis and understanding 33

Design Intervention: First Intervention for the future concept for deal castle on this page shows with a Geodesic Dome on top as a beacon of hope in the near future.

Second Intervention for the Past concept for deal castle on the next page shows Reconstruct the captains of the deal caslte which was lost in WW2

Temporal Paradox: Final Render with Design visual 1

Temporal Paradox: Final Render with Design visual 2

Temporal Paradox: Visuals of future of Deal castle - Render 1 & 2 Temporal Paradox: Final Render with Design visual 1

Blow up Geodesic Dome on top of deal with design

Temporal Paradox: Visuals of future of Deal castle - Render 3 & 4 34

Temporal Paradox: Long Section exploring the insides of Deal Caslte and Site

Temporal Paradox: Roof Plan with Design 35

REVIVAL OF ROHTAS FORT - UNESCO SITE Jhelum, Pakistan

The Government of Pakistan were less interested in what happens to these historical monuments in the present & future each and every site of Rohtas fort is decaying and it’s exiestence material isnt looked upon. Views of Rohtas Fort surrounding historical level seen below. Main heart of this site was Baoli which means well. Broken parts of Fort allowed an opportunity to translate a design to make use of vantage points of the Jhelum river

Site Photography - Shahi (Royal) Gate

Revival of Rohtas : Master Plan with Zoomed with Shahi Baoli(Well) Site

Site Photography - Broken Wall

Revival of Rohtas : Hand Sketches

Site Photography - Panaromic Views of the Site 36

Revival of Rohtas : Plan A

Revival of Rohtas : Plan B

Revival of Rohtas : Plan C

Revival of Rohtas Concept Sketches 37

Revival of Rohtas : Section A-A’

Revival of Rohtas : Section B-B’

Revival of Rohtas : Section D-D’

Revival of Rohtas : Render 2

Revival of Rohtas : Final Visual - Rohtas Fort with Design 38

Revival of Rohtas : Render 1

Revival of Rohtas : Final Visuals Journey to the Vantage Point Revival of Rohtas : Render 3 39

SCHOOL FOR ARTS & CULTURE Lahore, Pakistan

Panaromic View of Historic Wall School for Arts & Culture : Short Section A - A’

School for Arts & Culture : 3D Section - Auditorium

Site - View to Badshahi Mosque and Park

School for Arts & Culture : Elevation A

School for Arts & Culture : Short Section B - B’

School for Arts & Culture : Elevation B

School for Arts & Culture : 3D Section - Tree of Life Site - Zoomed in view of the Mosque from Site

School for Arts & Culture : Ground Floor 40

School for Arts & Culture : First Floor

School of Arts & Culture : Long Section D - D’

School for Arts & Culture : 3D Section - Centre 41

42

43